libtest-output-perl 1.03-1 / usr / share / perl5 / Test / Output.pm

package Test::Output;
use vars qw($VERSION);

use warnings;
use strict;

use Test::Builder;
use Capture::Tiny qw/capture capture_stdout capture_stderr capture_merged/;
use Sub::Exporter -setup => {
  exports => [
    qw(output_is output_isnt output_like output_unlike
      stderr_is stderr_isnt stderr_like stderr_unlike
      stdout_is stdout_isnt stdout_like stdout_unlike
      combined_is combined_isnt combined_like combined_unlike
      output_from stderr_from stdout_from combined_from
      )
  ],
  groups => {
    stdout => [
      qw(
        stdout_is stdout_isnt stdout_like stdout_unlike
        )
    ],
    stderr => [
      qw(
        stderr_is stderr_isnt stderr_like stderr_unlike
        )
    ],
    output => [
      qw(
        output_is output_isnt output_like output_unlike
        )
    ],
    combined => [
      qw(
        combined_is combined_isnt combined_like combined_unlike
        )
    ],
    functions => [
      qw(
        output_from stderr_from stdout_from combined_from
        )
    ],
    tests => [
      qw(
        output_is output_isnt output_like output_unlike
        stderr_is stderr_isnt stderr_like stderr_unlike
        stdout_is stdout_isnt stdout_like stdout_unlike
        combined_is combined_isnt combined_like combined_unlike
        )
    ],
    default => [ '-tests' ],
  },
};

my $Test = Test::Builder->new;

=head1 NAME

Test::Output - Utilities to test STDOUT and STDERR messages.

=head1 VERSION

Version 0.16

=cut

$VERSION = '1.03';

=head1 SYNOPSIS

    use Test::More tests => 4;
    use Test::Output;

    sub writer {
      print "Write out.\n";
      print STDERR "Error out.\n";
    }

    stdout_is(\&writer,"Write out.\n",'Test STDOUT');

    stderr_isnt(\&writer,"No error out.\n",'Test STDERR');

    combined_is(
                \&writer,
                "Write out.\nError out.\n",
                'Test STDOUT & STDERR combined'
               );

    output_is(
              \&writer,
              "Write out.\n",
              "Error out.\n",
              'Test STDOUT & STDERR'
            );

   # Use bare blocks.

   stdout_is { print "test" } "test", "Test STDOUT";
   stderr_isnt { print "bad test" } "test", "Test STDERR";
   output_is { print 'STDOUT'; print STDERR 'STDERR' }
     "STDOUT", "STDERR", "Test output";

=head1 DESCRIPTION

Test::Output provides a simple interface for testing output sent to STDOUT
or STDERR. A number of different utilities are included to try and be as
flexible as possible to the tester.

Originally this module was designed not to have external requirements, 
however, the features provided by L<Sub::Exporter> over what L<Exporter>
provides is just to great to pass up.

Likewise, Capture::Tiny provides a much more robust capture mechanism without
than the original Test::Output::Tie.

=cut

=head1 TESTS

=cut

=head2 STDOUT

=over 4

=item B<stdout_is>

=item B<stdout_isnt>

   stdout_is  ( $coderef, $expected, 'description' );
   stdout_is    { ... } $expected, 'description';
   stdout_isnt( $coderef, $expected, 'description' );
   stdout_isnt  { ... } $expected, 'description';

stdout_is() captures output sent to STDOUT from $coderef and compares
it against $expected. The test passes if equal.

stdout_isnt() passes if STDOUT is not equal to $expected.

=cut

sub stdout_is (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my $stdout = stdout_from($test);

  my $ok = ( $stdout eq $expected );

  $Test->ok( $ok, $description )
    || $Test->diag("STDOUT is:\n$stdout\nnot:\n$expected\nas expected");

  return $ok;
}

sub stdout_isnt (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my $stdout = stdout_from($test);

  my $ok = ( $stdout ne $expected );

  $Test->ok( $ok, $description )
    || $Test->diag("STDOUT:\n$stdout\nmatching:\n$expected\nnot expected");

  return $ok;
}

=item B<stdout_like>

=item B<stdout_unlike>

   stdout_like  ( $coderef, qr/$expected/, 'description' );
   stdout_like    { ... } qr/$expected/, 'description';
   stdout_unlike( $coderef, qr/$expected/, 'description' );
   stdout_unlike  { ... } qr/$expected/, 'description';

stdout_like() captures the output sent to STDOUT from $coderef and compares
it to the regex in $expected. The test passes if the regex matches.

stdout_unlike() passes if STDOUT does not match the regex.

=back

=cut

sub stdout_like (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  unless ( my $regextest = _chkregex( 'stdout_like' => $expected ) ) {
    return $regextest;
  }

  my $stdout = stdout_from($test);

  my $ok = ( $stdout =~ $expected );

  $Test->ok( $ok, $description )
    || $Test->diag("STDOUT:\n$stdout\ndoesn't match:\n$expected\nas expected");

  return $ok;
}

sub stdout_unlike (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  unless ( my $regextest = _chkregex( 'stdout_unlike' => $expected ) ) {
    return $regextest;
  }

  my $stdout = stdout_from($test);

  my $ok = ( $stdout !~ $expected );

  $Test->ok( $ok, $description )
    || $Test->diag("STDOUT:\n$stdout\nmatches:\n$expected\nnot expected");

  return $ok;
}

=head2 STDERR

=over 4

=item B<stderr_is>

=item B<stderr_isnt>

   stderr_is  ( $coderef, $expected, 'description' );
   stderr_is    {... } $expected, 'description';

   stderr_isnt( $coderef, $expected, 'description' );
   stderr_isnt  {... } $expected, 'description';

stderr_is() is similar to stdout_is, except that it captures STDERR. The
test passes if STDERR from $coderef equals $expected.

stderr_isnt() passes if STDERR is not equal to $expected.

=cut

sub stderr_is (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my $stderr = stderr_from($test);

  my $ok = ( $stderr eq $expected );

  $Test->ok( $ok, $description )
    || $Test->diag("STDERR is:\n$stderr\nnot:\n$expected\nas expected");

  return $ok;
}

sub stderr_isnt (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my $stderr = stderr_from($test);

  my $ok = ( $stderr ne $expected );

  $Test->ok( $ok, $description )
    || $Test->diag("STDERR:\n$stderr\nmatches:\n$expected\nnot expected");

  return $ok;
}

=item B<stderr_like>

=item B<stderr_unlike>

   stderr_like  ( $coderef, qr/$expected/, 'description' );
   stderr_like   { ...} qr/$expected/, 'description';
   stderr_unlike( $coderef, qr/$expected/, 'description' );
   stderr_unlike  { ...} qr/$expected/, 'description';

stderr_like() is similar to stdout_like() except that it compares the regex
$expected to STDERR captured from $codref. The test passes if the regex
matches.

stderr_unlike() passes if STDERR does not match the regex.

=back

=cut

sub stderr_like (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  unless ( my $regextest = _chkregex( 'stderr_like' => $expected ) ) {
    return $regextest;
  }

  my $stderr = stderr_from($test);

  my $ok = ( $stderr =~ $expected );

  $Test->ok( $ok, $description )
    || $Test->diag("STDERR:\n$stderr\ndoesn't match:\n$expected\nas expected");

  return $ok;
}

sub stderr_unlike (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  unless ( my $regextest = _chkregex( 'stderr_unlike' => $expected ) ) {
    return $regextest;
  }

  my $stderr = stderr_from($test);

  my $ok = ( $stderr !~ $expected );

  $Test->ok( $ok, $description )
    || $Test->diag("STDERR:\n$stderr\nmatches:\n$expected\nnot expected");

  return $ok;
}

=head2 COMBINED OUTPUT

=over 4

=item B<combined_is>

=item B<combined_isnt>

   combined_is   ( $coderef, $expected, 'description' );
   combined_is   {... } $expected, 'description';
   combined_isnt ( $coderef, $expected, 'description' );
   combined_isnt {... } $expected, 'description';

combined_is() directs STDERR to STDOUT then captures STDOUT. This is
equivalent to UNIXs 2>&1. The test passes if the combined STDOUT 
and STDERR from $coderef equals $expected.

combined_isnt() passes if combined STDOUT and STDERR are not equal 
to $expected.

=cut

sub combined_is (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my $combined = combined_from($test);

  my $ok = ( $combined eq $expected );

  $Test->ok( $ok, $description )
    || $Test->diag(
    "STDOUT & STDERR are:\n$combined\nnot:\n$expected\nas expected");

  return $ok;
}

sub combined_isnt (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my $combined = combined_from($test);

  my $ok = ( $combined ne $expected );

  $Test->ok( $ok, $description )
    || $Test->diag(
    "STDOUT & STDERR:\n$combined\nmatching:\n$expected\nnot expected");

  return $ok;
}

=item B<combined_like>

=item B<combined_unlike>

   combined_like   ( $coderef, qr/$expected/, 'description' );
   combined_like   { ...} qr/$expected/, 'description';
   combined_unlike ( $coderef, qr/$expected/, 'description' );
   combined_unlike { ...} qr/$expected/, 'description';

combined_like() is similar to combined_is() except that it compares a regex
($expected) to STDOUT and STDERR captured from $codref. The test passes if 
the regex matches.

combined_unlike() passes if the combined STDOUT and STDERR does not match 
the regex.

=back

=cut

sub combined_like (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  unless ( my $regextest = _chkregex( 'combined_like' => $expected ) ) {
    return $regextest;
  }

  my $combined = combined_from($test);

  my $ok = ( $combined =~ $expected );

  $Test->ok( $ok, $description )
    || $Test->diag(
    "STDOUT & STDERR:\n$combined\ndon't match:\n$expected\nas expected");

  return $ok;
}

sub combined_unlike (&$;$$) {
  my $test        = shift;
  my $expected    = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  unless ( my $regextest = _chkregex( 'combined_unlike' => $expected ) ) {
    return $regextest;
  }

  my $combined = combined_from($test);

  my $ok = ( $combined !~ $expected );

  $Test->ok( $ok, $description )
    || $Test->diag(
    "STDOUT & STDERR:\n$combined\nmatching:\n$expected\nnot expected");

  return $ok;
}

=head2 OUTPUT

=over 4

=item B<output_is>

=item B<output_isnt>

   output_is  ( $coderef, $expected_stdout, $expected_stderr, 'description' );
   output_is    {... } $expected_stdout, $expected_stderr, 'description';
   output_isnt( $coderef, $expected_stdout, $expected_stderr, 'description' );
   output_isnt  {... } $expected_stdout, $expected_stderr, 'description';

The output_is() function is a combination of the stdout_is() and stderr_is()
functions. For example:

  output_is(sub {print "foo"; print STDERR "bar";},'foo','bar');

is functionally equivalent to

  stdout_is(sub {print "foo";},'foo') 
    && stderr_is(sub {print STDERR "bar";'bar');

except that $coderef is only executed once.

Unlike, stdout_is() and stderr_is() which ignore STDERR and STDOUT
respectively, output_is() requires both STDOUT and STDERR to match in order
to pass. Setting either $expected_stdout or $expected_stderr to C<undef>
ignores STDOUT or STDERR respectively.

  output_is(sub {print "foo"; print STDERR "bar";},'foo',undef);

is the same as

  stdout_is(sub {print "foo";},'foo') 

output_isnt() provides the opposite function of output_is(). It is a 
combination of stdout_isnt() and stderr_isnt().

  output_isnt(sub {print "foo"; print STDERR "bar";},'bar','foo');

is functionally equivalent to

  stdout_is(sub {print "foo";},'bar') 
    && stderr_is(sub {print STDERR "bar";'foo');

As with output_is(), setting either $expected_stdout or $expected_stderr to
C<undef> ignores the output to that facility.

  output_isnt(sub {print "foo"; print STDERR "bar";},undef,'foo');

is the same as

  stderr_is(sub {print STDERR "bar";},'foo') 

=cut

sub output_is (&$$;$$) {
  my $test        = shift;
  my $expout      = shift;
  my $experr      = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my ( $stdout, $stderr ) = output_from($test);

  my $ok = 1;
  my $diag;

  if ( defined($experr) && defined($expout) ) {
    unless ( $stdout eq $expout ) {
      $ok = 0;
      $diag .= "STDOUT is:\n$stdout\nnot:\n$expout\nas expected";
    }
    unless ( $stderr eq $experr ) {
      $diag .= "\n" unless ($ok);
      $ok = 0;
      $diag .= "STDERR is:\n$stderr\nnot:\n$experr\nas expected";
    }
  }
  elsif ( defined($expout) ) {
    $ok = ( $stdout eq $expout );
    $diag .= "STDOUT is:\n$stdout\nnot:\n$expout\nas expected";
  }
  elsif ( defined($experr) ) {
    $ok = ( $stderr eq $experr );
    $diag .= "STDERR is:\n$stderr\nnot:\n$experr\nas expected";
  }
  else {
    unless ( $stdout eq '' ) {
      $ok = 0;
      $diag .= "STDOUT is:\n$stdout\nnot:\n\nas expected";
    }
    unless ( $stderr eq '' ) {
      $diag .= "\n" unless ($ok);
      $ok = 0;
      $diag .= "STDERR is:\n$stderr\nnot:\n\nas expected";
    }
  }

  $Test->ok( $ok, $description ) || $Test->diag($diag);

  return $ok;
}

sub output_isnt (&$$;$$) {
  my $test        = shift;
  my $expout      = shift;
  my $experr      = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my ( $stdout, $stderr ) = output_from($test);

  my $ok = 1;
  my $diag;

  if ( defined($experr) && defined($expout) ) {
    if ( $stdout eq $expout ) {
      $ok = 0;
      $diag .= "STDOUT:\n$stdout\nmatching:\n$expout\nnot expected";
    }
    if ( $stderr eq $experr ) {
      $diag .= "\n" unless ($ok);
      $ok = 0;
      $diag .= "STDERR:\n$stderr\nmatching:\n$experr\nnot expected";
    }
  }
  elsif ( defined($expout) ) {
    $ok = ( $stdout ne $expout );
    $diag = "STDOUT:\n$stdout\nmatching:\n$expout\nnot expected";
  }
  elsif ( defined($experr) ) {
    $ok = ( $stderr ne $experr );
    $diag = "STDERR:\n$stderr\nmatching:\n$experr\nnot expected";
  }
  else {
    if ( $stdout eq '' ) {
      $ok   = 0;
      $diag = "STDOUT:\n$stdout\nmatching:\n\nnot expected";
    }
    if ( $stderr eq '' ) {
      $diag .= "\n" unless ($ok);
      $ok = 0;
      $diag .= "STDERR:\n$stderr\nmatching:\n\nnot expected";
    }
  }

  $Test->ok( $ok, $description ) || $Test->diag($diag);

  return $ok;
}

=item B<output_like>

=item B<output_unlike>

  output_like  ( $coderef, $regex_stdout, $regex_stderr, 'description' );
  output_like  { ... } $regex_stdout, $regex_stderr, 'description';
  output_unlike( $coderef, $regex_stdout, $regex_stderr, 'description' );
  output_unlike { ... } $regex_stdout, $regex_stderr, 'description';

output_like() and output_unlike() follow the same principles as output_is()
and output_isnt() except they use a regular expression for matching.

output_like() attempts to match $regex_stdout and $regex_stderr against
STDOUT and STDERR produced by $coderef. The test passes if both match.

  output_like(sub {print "foo"; print STDERR "bar";},qr/foo/,qr/bar/);

The above test is successful.

Like output_is(), setting either $regex_stdout or $regex_stderr to
C<undef> ignores the output to that facility.

  output_like(sub {print "foo"; print STDERR "bar";},qr/foo/,undef);

is the same as

  stdout_like(sub {print "foo"; print STDERR "bar";},qr/foo/);

output_unlike() test pass if output from $coderef doesn't match 
$regex_stdout and $regex_stderr.

=back

=cut

sub output_like (&$$;$$) {
  my $test        = shift;
  my $expout      = shift;
  my $experr      = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my ( $stdout, $stderr ) = output_from($test);

  my $ok = 1;

  unless (
    my $regextest = _chkregex(
      'output_like_STDERR' => $experr,
      'output_like_STDOUT' => $expout
    )
    )
  {
    return $regextest;
  }

  my $diag;
  if ( defined($experr) && defined($expout) ) {
    unless ( $stdout =~ $expout ) {
      $ok = 0;
      $diag .= "STDOUT:\n$stdout\ndoesn't match:\n$expout\nas expected";
    }
    unless ( $stderr =~ $experr ) {
      $diag .= "\n" unless ($ok);
      $ok = 0;
      $diag .= "STDERR:\n$stderr\ndoesn't match:\n$experr\nas expected";
    }
  }
  elsif ( defined($expout) ) {
    $ok = ( $stdout =~ $expout );
    $diag .= "STDOUT:\n$stdout\ndoesn't match:\n$expout\nas expected";
  }
  elsif ( defined($experr) ) {
    $ok = ( $stderr =~ $experr );
    $diag .= "STDERR:\n$stderr\ndoesn't match:\n$experr\nas expected";
  }
  else {
    unless ( $stdout eq '' ) {
      $ok = 0;
      $diag .= "STDOUT is:\n$stdout\nnot:\n\nas expected";
    }
    unless ( $stderr eq '' ) {
      $diag .= "\n" unless ($ok);
      $ok = 0;
      $diag .= "STDERR is:\n$stderr\nnot:\n\nas expected";
    }
  }

  $Test->ok( $ok, $description ) || $Test->diag($diag);

  return $ok;
}

sub output_unlike (&$$;$$) {
  my $test        = shift;
  my $expout      = shift;
  my $experr      = shift;
  my $options     = shift if ( ref( $_[0] ) );
  my $description = shift;

  my ( $stdout, $stderr ) = output_from($test);

  my $ok = 1;

  unless (
    my $regextest = _chkregex(
      'output_unlike_STDERR' => $experr,
      'output_unlike_STDOUT' => $expout
    )
    )
  {
    return $regextest;
  }

  my $diag;
  if ( defined($experr) && defined($expout) ) {
    if ( $stdout =~ $expout ) {
      $ok = 0;
      $diag .= "STDOUT:\n$stdout\nmatches:\n$expout\nnot expected";
    }
    if ( $stderr =~ $experr ) {
      $diag .= "\n" unless ($ok);
      $ok = 0;
      $diag .= "STDERR:\n$stderr\nmatches:\n$experr\nnot expected";
    }
  }
  elsif ( defined($expout) ) {
    $ok = ( $stdout !~ $expout );
    $diag .= "STDOUT:\n$stdout\nmatches:\n$expout\nnot expected";
  }
  elsif ( defined($experr) ) {
    $ok = ( $stderr !~ $experr );
    $diag .= "STDERR:\n$stderr\nmatches:\n$experr\nnot expected";
  }

  $Test->ok( $ok, $description ) || $Test->diag($diag);

  return $ok;
}

=head1 EXPORTS

By default, all tests are exported, however with the switch to L<Sub::Exporter>
export groups are now available to better limit imports.

To import tests for STDOUT:

  use Test::Output qw(:stdout);

To import tests STDERR:

  use Test::Output qw(:stderr);

To import just the functions:

  use Test::Output qw(:functions);

And to import all tests:

  use Test::Output;

The following is a list of group names and which functions are exported:

=over 4

=item stdout

stdout_is stdout_isnt stdout_like stdout_unlike

=item stderr

stderr_is stderr_isnt stderr_like stderr_unlike

=item output

output_is output_isnt output_like output_unlike

=item combined

combined_is combined_isnt combined_like combined_unlike

=item tests

All of the above, this is the default when no options are given.

=back

L<Sub::Exporter> allows for many other options, I encourage reading its
documentation.

=cut

=head1 FUNCTIONS

=cut

=head2 stdout_from

  my $stdout = stdout_from($coderef)
  my $stdout = stdout_from { ... };

stdout_from() executes $coderef and captures STDOUT.

=cut

sub stdout_from (&) {
  my $test = shift;

  my $stdout = capture_stdout {
    select( ( select(STDOUT), $| = 1 )[0] );
    $test->()
  };

  return $stdout;
}

=head2 stderr_from

  my $stderr = stderr_from($coderef)
  my $stderr = stderr_from { ... };

stderr_from() executes $coderef and captures STDERR.

=cut

sub stderr_from (&) {
  my $test = shift;

  # XXX why is this here and not in output_from or combined_from -- xdg, 2012-05-13
  local $SIG{__WARN__} = sub { print STDERR @_ }
    if $] < 5.008;

  my $stderr = capture_stderr {
    select( ( select(STDERR), $| = 1 )[0] );
    $test->()
  };

  return $stderr;
}

=head2 output_from

  my ($stdout, $stderr) = output_from($coderef)
  my ($stdout, $stderr) = output_from {...};

output_from() executes $coderef one time capturing both STDOUT and STDERR.

=cut

sub output_from (&) {
  my $test = shift;

  my ($stdout, $stderr) = capture {
    select( ( select(STDOUT), $| = 1 )[0] );
    select( ( select(STDERR), $| = 1 )[0] );
    $test->();
  };

  return ( $stdout, $stderr );
}

=head2 combined_from

  my $combined = combined_from($coderef);
  my $combined = combined_from {...};

combined_from() executes $coderef one time combines STDOUT and STDERR, and
captures them. combined_from() is equivalent to using 2>&1 in UNIX.

=cut

sub combined_from (&) {
  my $test = shift;

  my $combined = capture_merged {
    select( ( select(STDOUT), $| = 1 )[0] );
    select( ( select(STDERR), $| = 1 )[0] );
    $test->();
  };

  return $combined;
}

sub _chkregex {
  my %regexs = @_;

  foreach my $test ( keys(%regexs) ) {
    next unless ( defined( $regexs{$test} ) );

    my $usable_regex = $Test->maybe_regex( $regexs{$test} );
    unless ( defined($usable_regex) ) {
      my $ok = $Test->ok( 0, $test );

      $Test->diag("'$regexs{$test}' doesn't look much like a regex to me.");
#       unless $ok;

      return $ok;
    }
  }
  return 1;
}

=head1 AUTHOR

Currently maintained by brian d foy, C<bdfoy@cpan.org>.

Shawn Sorichetti, C<< <ssoriche@cpan.org> >>

=head1 SOURCE AVAILABILITY
 
This module is in Github:

	http://github.com/briandfoy/test-output/tree/master

=head1 BUGS

Please report any bugs or feature requests to
C<bug-test-output@rt.cpan.org>, or through the web interface at
L<http://rt.cpan.org>.  I will be notified, and then you'll automatically
be notified of progress on your bug as I make changes.

=head1 ACKNOWLEDGEMENTS

Thanks to chromatic whose TieOut.pm was the basis for capturing output.

Also thanks to rjbs for his help cleaning the documentation, and pushing me to
L<Sub::Exporter>.

Thanks to David Wheeler for providing code block support and tests.

Thanks to Michael G Schwern for the solution to combining STDOUT and STDERR.

=head1 COPYRIGHT & LICENSE

Copyright 2005-2013 Shawn Sorichetti, All Rights Reserved.

This program is free software; you can redistribute it and/or modify it
under the same terms as Perl itself.

=cut

1;    # End of Test::Output