Current File : //usr/share/perl5/HTML/Formatter.pm
package HTML::Formatter;
# ABSTRACT: Base class for HTML formatters
use 5.006_001;
use strict;
use warnings;
use Carp;
use HTML::Element 3.15 ();
# We now use Smart::Comments in place of the old DEBUG framework.
# this should be commented out in release versions....
##use Smart::Comments;
our $VERSION = '2.16'; # VERSION
our $AUTHORITY = 'cpan:NIGELM'; # AUTHORITY
#
# A typical formatter will not use all of the features of this
# class. But it will use some, as best fits the mapping
# of HTML to the particular output format.
#
# ------------------------------------------------------------------------
sub new {
my ( $class, %arg ) = @_;
my $self = bless { $class->default_values }, $class;
$self->configure( \%arg ) if keys %arg;
return $self;
}
# ------------------------------------------------------------------------
sub default_values {
();
}
# ------------------------------------------------------------------------
sub configure {
my ( $self, $arg ) = @_;
for ( keys %$arg ) {
warn "Unknown configure argument '$_'" if $^W;
}
return $self;
}
# ------------------------------------------------------------------------
sub massage_tree {
my ( $self, $html ) = @_;
return if $html->tag eq 'p'; # sanity
### Before massaging: $html->dump()
$html->simplify_pres();
# Does anything else need doing?
### After massaging: $html->dump()
return;
}
# ------------------------------------------------------------------------
sub format_from_file { return shift->format_file(@_); }
sub format_file {
my ( $self, $filename, @params ) = @_;
$self = $self->new(@params) unless ref $self;
croak "What filename to format from?"
unless ( defined($filename) and length($filename) );
my $tree = $self->_default_tree();
$tree->parse_file($filename);
my $out = $self->format($tree);
$tree->delete;
return $out;
}
# ------------------------------------------------------------------------
# ------------------------------------------------------------------------
sub format_from_string { shift->format_string(@_) }
sub format_string {
my ( $self, $content, @params ) = @_;
$self = $self->new(@params) unless ref $self;
croak "What string to format?" unless defined $content;
my $tree = $self->_default_tree();
$tree->parse($content);
$tree->eof();
undef $content;
my $out = $self->format($tree);
$tree->delete;
return $out;
}
# ------------------------------------------------------------------------
sub _default_tree {
require HTML::TreeBuilder;
my $t = HTML::TreeBuilder->new;
# If nothing else works, try using these parser options:s
#$t->implicit_body_p_tag(1);
#$t->p_strict(1);
return $t;
}
# ------------------------------------------------------------------------
sub format {
my ( $self, $html ) = @_;
croak "Usage: \$formatter->format(\$tree)" unless ( defined($html) and ref($html) and $html->can('tag') );
#### Tree to format: $html->dump
$self->set_version_tag($html);
$self->massage_tree($html);
$self->begin($html);
$html->number_lists();
# Per-iteration scratch:
my ( $node, $start, $depth, $tag, $func );
$html->traverse(
sub {
( $node, $start, $depth ) = @_;
if ( ref $node ) {
$tag = $node->tag;
$func = $tag . '_' . ( $start ? "start" : "end" );
# Use ->can so that we can recover if
# a handler is not defined for the tag.
if ( $self->can($func) ) {
### Calling : (' ' x $depth) . $func
return $self->$func($node);
}
else {
### Skipping: (' ' x $depth) . $func
return 1;
}
}
else {
$self->textflow($node);
}
1;
}
);
$self->end($html);
return join( '', @{ $self->{output} } );
}
# ------------------------------------------------------------------------
sub begin {
my $self = shift;
# Flags
$self->{anchor} = 0;
$self->{underline} = 0;
$self->{bold} = 0;
$self->{italic} = 0;
$self->{center} = 0;
$self->{superscript} = 0;
$self->{subscript} = 0;
$self->{strikethrough} = 0;
$self->{center_stack} = []; # push and pop 'center' states to it
$self->{nobr} = 0;
$self->{'font_size'} = [3]; # last element is current size
$self->{basefont_size} = [3];
$self->{vspace} = undef; # vertical space (dimension)
$self->{output} = [];
}
# ------------------------------------------------------------------------
sub end { }
# ------------------------------------------------------------------------
sub set_version_tag {
my ( $self, $html ) = @_;
if ($html) {
$self->{'version_tag'} = sprintf(
"%s (v%s, using %s v%s%s)",
ref($self), $self->VERSION || '?',
ref($html),
$html->VERSION || '?',
$HTML::Parser::VERSION ? ", and HTML::Parser v$HTML::Parser::VERSION" : ''
);
}
elsif ($HTML::Parser::VERSION) {
$self->{'version_tag'} =
sprintf( "%s (v%s, using %s)", ref($self), $self->VERSION || "?", "HTML::Parser v$HTML::Parser::VERSION", );
}
else {
$self->{'version_tag'} = sprintf( "%s (v%s)", ref($self), $self->VERSION || '?', );
}
}
# ------------------------------------------------------------------------
sub version_tag { shift->{'version_tag'} }
# ------------------------------------------------------------------------
sub html_start { 1; }
sub html_end { }
sub body_start { 1; }
sub body_end { }
sub head_start { 0; }
sub script_start { 0; }
sub style_start { 0; }
sub frameset_start { 0; }
# ------------------------------------------------------------------------
sub header_start {
my ( $self, undef, $node ) = @_;
my $align = $node->attr('align');
if ( defined($align) && lc($align) eq 'center' ) {
$self->{center}++;
}
1;
}
# ------------------------------------------------------------------------
sub header_end {
my ( $self, undef, $node ) = @_;
my $align = $node->attr('align');
if ( defined($align) && lc($align) eq 'center' ) {
$self->{center}--;
}
}
# ------------------------------------------------------------------------
sub h1_start { shift->header_start( 1, @_ ) }
sub h2_start { shift->header_start( 2, @_ ) }
sub h3_start { shift->header_start( 3, @_ ) }
sub h4_start { shift->header_start( 4, @_ ) }
sub h5_start { shift->header_start( 5, @_ ) }
sub h6_start { shift->header_start( 6, @_ ) }
# ------------------------------------------------------------------------
sub h1_end { shift->header_end( 1, @_ ) }
sub h2_end { shift->header_end( 2, @_ ) }
sub h3_end { shift->header_end( 3, @_ ) }
sub h4_end { shift->header_end( 4, @_ ) }
sub h5_end { shift->header_end( 5, @_ ) }
sub h6_end { shift->header_end( 6, @_ ) }
sub br_start { my $self = shift; $self->vspace( 0, 1 ); }
sub hr_start { my $self = shift; $self->vspace(1); 1; }
# ------------------------------------------------------------------------
sub img_start {
my ( $self, $node ) = @_;
my $alt = $node->attr('alt');
$self->out( defined($alt) ? $alt : "[IMAGE]" );
}
# ------------------------------------------------------------------------
sub a_start { shift->{anchor}++; 1; }
sub a_end { shift->{anchor}--; }
sub u_start { shift->{underline}++; 1; }
sub u_end { shift->{underline}--; }
sub b_start { shift->{bold}++; 1; }
sub b_end { shift->{bold}--; }
sub tt_start { shift->{teletype}++; 1; }
sub tt_end { shift->{teletype}--; }
sub i_start { shift->{italic}++; 1; }
sub i_end { shift->{italic}--; }
sub center_start { shift->{center}++; 1; }
sub center_end { shift->{center}--; }
# ------------------------------------------------------------------------
sub div_start { # interesting only for its 'align' attribute
my ( $self, $node ) = @_;
my $align = $node->attr('align');
if ( defined($align) && lc($align) eq 'center' ) {
return $self->center_start;
}
1;
}
# ------------------------------------------------------------------------
sub div_end {
my ( $self, $node ) = @_;
my $align = $node->attr('align');
if ( defined($align) && lc($align) eq 'center' ) {
return $self->center_end;
}
}
# ------------------------------------------------------------------------
sub nobr_start { shift->{nobr}++; 1; }
sub nobr_end { shift->{nobr}--; }
sub wbr_start { 1; }
# ------------------------------------------------------------------------
sub font_start {
my ( $self, $elem ) = @_;
my $size = $elem->attr('size');
return 1 unless ( defined($size) );
if ( $size =~ /^\s*[+\-]/ ) {
my $base = $self->{basefont_size}[-1];
# yes, base it on the most recent one
$size = $base + $size;
}
push @{ $self->{'font_size'} }, $size;
$self->new_font_size($size);
1;
}
# ------------------------------------------------------------------------
sub font_end {
my ( $self, $elem ) = @_;
my $size = $elem->attr('size');
return unless defined $size;
pop @{ $self->{'font_size'} };
$self->restore_font_size( $self->{'font_size'}[-1] );
}
# ------------------------------------------------------------------------
sub big_start {
my $self = $_[0];
push @{ $self->{'font_size'} }, $self->{basefont_size}[-1] + 1; # same as font size="+1"
$self->new_font_size( $self->{'font_size'}[-1] );
1;
}
# ------------------------------------------------------------------------
sub small_start {
my $self = $_[0];
push @{ $self->{'font_size'} }, $self->{basefont_size}[-1] - 1, # same as font size="-1"
;
$self->new_font_size( $self->{'font_size'}[-1] );
1;
}
# ------------------------------------------------------------------------
sub big_end {
my $self = $_[0];
pop @{ $self->{'font_size'} };
$self->restore_font_size( $self->{'font_size'}[-1] );
1;
}
# ------------------------------------------------------------------------
sub small_end {
my $self = $_[0];
pop @{ $self->{'font_size'} };
$self->restore_font_size( $self->{'font_size'}[-1] );
1;
}
# ------------------------------------------------------------------------
sub basefont_start {
my ( $self, $elem ) = @_;
my $size = $elem->attr('size');
return unless defined $size;
push( @{ $self->{basefont_size} }, $size );
1;
}
# ------------------------------------------------------------------------
sub basefont_end {
my ( $self, $elem ) = @_;
my $size = $elem->attr('size');
return unless defined $size;
pop( @{ $self->{basefont_size} } );
}
# ------------------------------------------------------------------------
#
# Override in subclasses, if you like.
#
sub new_font_size { } #my( $self, $font_size_number ) = @_;
sub restore_font_size { } #my( $self, $font_size_number ) = @_;
# ------------------------------------------------------------------------
sub q_start { shift->out(q<">); 1; }
sub q_end { shift->out(q<">); 1; }
sub sup_start { shift->{superscript}++; 1; }
sub sup_end { shift->{superscript}--; 1; }
sub sub_start { shift->{subscript}++; 1; }
sub sub_end { shift->{subscript}--; 1; }
sub strike_start { shift->{strikethrough}++; 1; }
sub strike_end { shift->{strikethrough}--; 1; }
sub s_start { shift->strike_start(@_); }
sub s_end { shift->strike_end(@_); }
sub dfn_start { 1; }
sub dfn_end { 1; }
sub abbr_start { 1; }
sub abbr_end { 1; }
sub acronym_start { 1; }
sub acronym_end { 1; }
sub span_start { 1; }
sub span_end { 1; }
sub ins_start { 1; }
sub ins_end { 1; }
sub del_start { 0; } # Don't render the del'd bits
sub del_end { 0; }
# ------------------------------------------------------------------------
my @Size_magic_numbers = (
0.60, 0.75, 0.89, 1, 1.20, 1.50, 2.00, 3.00
# #0 #1 #2 #3 #4 #5 #6 #7
#________________ - | + _________________________
# -3 -2 -1 0 +1 +2 +3 +4
);
# ------------------------------------------------------------------------
sub scale_font_for {
my ( $self, $reference_size ) = @_;
# Mozilla's source, at
# http://lxr.mozilla.org/seamonkey/source/content/html/style/src/nsStyleUtil.cpp#299
# says:
# static PRInt32 sFontSizeFactors[8] = { 60,75,89,100,120,150,200,300 };
#
# For comparison, Gisle's earlier HTML::FormatPS has:
# | # size 0 1 2 3 4 5 6 7
# | @FontSizes = ( 5, 6, 8, 10, 12, 14, 18, 24, 32);
# ...and gets different sizing via just a scaling factor.
my $size_number = int( defined( $_[2] ) ? $_[2] : $self->{'font_size'}[-1] );
# force the size_number into range:
$size_number =
( $size_number < 0 ) ? 0
: ( $size_number > $#Size_magic_numbers ) ? $#Size_magic_numbers
: int($size_number);
my $result = int( .5 + $reference_size * $Size_magic_numbers[$size_number] );
### Scale Font: sprintf("reference %s, size %s => %s", $reference_size, $size_number, $result);
return $result;
}
# ------------------------------------------------------------------------
# Aliases for logical markup:
sub strong_start { shift->b_start(@_) }
sub strong_end { shift->b_end(@_) }
sub cite_start { shift->i_start(@_) }
sub cite_end { shift->i_end(@_) }
sub em_start { shift->i_start(@_) }
sub em_end { shift->i_end(@_) }
sub code_start { shift->tt_start(@_) }
sub code_end { shift->tt_end(@_) }
sub kbd_start { shift->tt_start(@_) }
sub kbd_end { shift->tt_end(@_) }
sub samp_start { shift->tt_start(@_) }
sub samp_end { shift->tt_end(@_) }
sub var_start { shift->tt_start(@_) }
sub var_end { shift->tt_end(@_) }
# ------------------------------------------------------------------------
sub p_start {
my $self = shift;
#$self->adjust_lm(0); # assert new paragraph
$self->vspace(1);
# assert one line's worth of vertical space at para-start
$self->out('');
1;
}
# ------------------------------------------------------------------------
sub p_end {
shift->vspace(1); # assert one line's worth of vertical space at para-end
}
# ------------------------------------------------------------------------
sub pre_start {
my $self = shift;
$self->{pre}++;
$self->vspace(1); # assert one line's worth of vertical space at pre-start
1;
}
# ------------------------------------------------------------------------
sub pre_end {
my $self = shift;
$self->{pre}--; # assert one line's worth of vertical space at pre-end
$self->vspace(1);
}
# ------------------------------------------------------------------------
sub listing_start { shift->pre_start(@_) }
sub listing_end { shift->pre_end(@_) }
sub xmp_start { shift->pre_start(@_) }
sub xmp_end { shift->pre_end(@_) }
# ------------------------------------------------------------------------
sub blockquote_start {
my $self = shift;
$self->vspace(1); # assert one line's worth of vertical space at blockquote-start
$self->adjust_lm(+2);
$self->adjust_rm(-2);
1;
}
# ------------------------------------------------------------------------
sub blockquote_end {
my $self = shift;
$self->vspace(1); # assert one line's worth of vertical space at blockquote-end
$self->adjust_lm(-2);
$self->adjust_rm(+2);
}
# ------------------------------------------------------------------------
sub address_start {
my $self = shift;
$self->vspace(1); # assert one line's worth of vertical space at address-para-start
$self->i_start(@_);
1;
}
# ------------------------------------------------------------------------
sub address_end {
my $self = shift;
$self->i_end(@_); # assert one line's worth of vertical space at address-para-end
$self->vspace(1);
}
# ------------------------------------------------------------------------
# Handling of list elements
sub ul_start {
my $self = shift;
$self->vspace(1); # assert one line's worth of vertical space at ul-start
$self->adjust_lm(+2);
1;
}
# ------------------------------------------------------------------------
sub ul_end {
my $self = shift;
$self->adjust_lm(-2); # assert one line's worth of vertical space at ul-end
$self->vspace(1);
}
# ------------------------------------------------------------------------
sub li_start {
my $self = shift;
$self->bullet( shift->attr('_bullet') || '' );
$self->adjust_lm(+2);
1;
}
# ------------------------------------------------------------------------
sub bullet { shift->out(@_); }
# ------------------------------------------------------------------------
sub li_end {
my $self = shift;
$self->vspace(1);
$self->adjust_lm(-2);
}
# ------------------------------------------------------------------------
sub menu_start { shift->ul_start(@_) }
sub menu_end { shift->ul_end(@_) }
sub dir_start { shift->ul_start(@_) }
sub dir_end { shift->ul_end(@_) }
# ------------------------------------------------------------------------
sub ol_start {
my $self = shift;
$self->vspace(1);
$self->adjust_lm(+2);
1;
}
# ------------------------------------------------------------------------
sub ol_end {
my $self = shift;
$self->adjust_lm(-2);
$self->vspace(1);
}
# ------------------------------------------------------------------------
sub dl_start {
my $self = shift;
# $self->adjust_lm(+2);
$self->vspace(1); # assert one line's worth of vertical space at dl-start
1;
}
# ------------------------------------------------------------------------
sub dl_end {
my $self = shift;
# $self->adjust_lm(-2);
$self->vspace(1); # assert one line's worth of vertical space at dl-end
}
# ------------------------------------------------------------------------
sub dt_start {
my $self = shift;
$self->vspace(1); # assert one line's worth of vertical space at dt-start
1;
}
# ------------------------------------------------------------------------
sub dt_end { }
# ------------------------------------------------------------------------
sub dd_start {
my $self = shift;
$self->adjust_lm(+6);
$self->vspace(0); # hm, what's that do? nothing?
1;
}
# ------------------------------------------------------------------------
sub dd_end {
my $self = shift;
$self->vspace(1); # assert one line's worth of vertical space at dd-end
$self->adjust_lm(-6);
}
# ------------------------------------------------------------------------
# And now some things that are basically sane fall-throughs for classes
# that don't really handle tables or forms specially...
# Things not formatted at all
sub input_start { 0; }
sub textarea_start { 0; }
sub select_start { 0; }
sub option_start { 0; }
# ------------------------------------------------------------------------
sub td_start {
my $self = shift;
push @{ $self->{'center_stack'} }, $self->{'center'};
$self->{center} = 0;
$self->p_start(@_);
}
# ------------------------------------------------------------------------
sub td_end {
my $self = shift;
$self->{'center'} = pop @{ $self->{'center_stack'} };
$self->p_end(@_);
}
# ------------------------------------------------------------------------
sub th_start {
my $self = shift;
push @{ $self->{'center_stack'} }, $self->{'center'};
$self->{center} = 0;
$self->p_start(@_);
$self->b_start(@_);
}
# ------------------------------------------------------------------------
sub th_end {
my $self = shift;
$self->b_end(@_);
$self->{'center'} = pop @{ $self->{'center_stack'} };
$self->p_end(@_);
}
# But if you wanted to just SKIP tables and forms, you'd do this:
# sub table_start { shift->out('[TABLE NOT SHOWN]'); 0; }
# sub form_start { shift->out('[FORM NOT SHOWN]'); 0; }
# ------------------------------------------------------------------------
sub textflow {
my $self = shift;
if ( $self->{pre} ) {
# Strip one leading and one trailing newline so that a <pre>
# tag can be placed on a line of its own without causing extra
# vertical space as part of the preformatted text.
$_[0] =~ s/\n$//;
$_[0] =~ s/^\n//;
$self->pre_out( $_[0] );
}
elsif ( $self->{blockquote} ) {
$_[0] =~ s/\A\s//;
$self->blockquote_out( $_[0] );
}
else {
$_[0] = $self->_convert_spacelike_characters_to_space( $_[0] );
for ( split( /(\s+)/, $_[0] ) ) {
next unless length $_;
$self->out($_);
}
}
}
# ------------------------------------------------------------------------
sub vspace {
my ( $self, $min, $add ) = @_;
# This method sets the vspace attribute. When vspace is
# defined, then a new line should be started. If vspace
# is a nonzero value, then that should be taken as the
# number of lines to be skipped before following text
# is written out.
#
# You may think it odd to conflate the two concepts of
# ending this paragraph, and asserting how much space should
# follow; but it happens to work out pretty well.
my $old = $self->{vspace};
if ( defined $old ) {
my $new = $old;
$new += $add || 0;
$new = $min if $new < $min;
$self->{vspace} = $new;
}
else {
$self->{vspace} = $min;
}
### vspace: $self->{vspace}
$old;
}
# ------------------------------------------------------------------------
sub collect { push( @{ shift->{output} }, @_ ); }
# ------------------------------------------------------------------------
sub out { confess "Must be overridden by subclass"; } # Output a word
sub pre_out { confess "Must be overridden by subclass"; }
sub adjust_lm { confess "Must be overridden by subclass"; }
sub adjust_rm { confess "Must be overridden by subclass"; }
# ------------------------------------------------------------------------
# Supplied with a string in bytes, takes any characters that look like
# they really should be spaces and turns them into spaces.
# Currently only handles the following characters:
# 0x00A0 NO-BREAK SPACE
# 0x00AD SOFT HYPHEN.
sub _convert_spacelike_characters_to_space {
my ( $self, $text ) = @_;
return if !defined $text;
eval {
require Encode;
my $unicode_text = Encode::decode( 'UTF-8', $text );
if ( $unicode_text =~ s/ ( \xA0 | \xAD ) / /gx ) {
$text = Encode::encode( 'UTF-8', $unicode_text );
}
};
return $text;
}
# ------------------------------------------------------------------------
1;
__END__
=pod
=encoding UTF-8
=head1 NAME
HTML::Formatter - Base class for HTML formatters
=head1 VERSION
version 2.16
=for test_synopsis 1;
__END__
=for stopwords dependancies formatters CPAN homepage
=for HTML <a href="https://travis-ci.org/nigelm/html-formatter"><img src="https://travis-ci.org/nigelm/html-formatter.svg?branch=master"></a>
=head1 SYNOPSIS
use HTML::FormatSomething;
my $infile = "whatever.html";
my $outfile = "whatever.file";
open OUT, ">$outfile"
or die "Can't write-open $outfile: $!\n";
print OUT HTML::FormatSomething->format_file(
$infile,
'option1' => 'value1',
'option2' => 'value2',
...
);
close(OUT);
=head1 DESCRIPTION
HTML::Formatter is a base class for classes that take HTML and format it to
some output format. When you take an object of such a base class and call
C<$formatter->format( $tree )> with an L<HTML::TreeBuilder> (or
L<HTML::Element>) object, they return the appropriately formatted string for
the input HTML.
HTML formatters are able to format a HTML syntax tree into various printable
formats. Different formatters produce output for different output media.
Common for all formatters are that they will return the formatted output when
the format() method is called. The format() method takes a HTML::Element
object (usually the HTML::TreeBuilder root object) as parameter.
The distribution name has been changed to C<HTML-Formatter> as detailed in
L<DISTRIBUTION NAME>
=head1 METHODS
=head2 new
my $formatter = FormatterClass->new(
option1 => value1, option2 => value2, ...
);
This creates a new formatter object with the given options.
=head2 format_file
=head2 format_from_file
$string = FormatterClass->format_file(
$html_source,
option1 => value1, option2 => value2, ...
);
Return a string consisting of the result of using the given class to format the
given HTML file according to the given (optional) options. Internally it calls
C<< SomeClass->new( ... )->format( ... ) >> on a new HTML::TreeBuilder object
based on the given HTML file.
=head2 format_string
=head2 format_from_string
$string = FormatterClass->format_string(
$html_source,
option1 => value1, option2 => value2, ...
);
Return a string consisting of the result of using the given class to format the
given HTML source according to the given (optional) options. Internally it
calls C<< SomeClass->new( ... )->format( ... ) >> on a new HTML::TreeBuilder
object based on the given source.
=head2 format
my $render_string = $formatter->format( $html_tree_object );
This renders the given HTML object according to the options set for $formatter.
After you've used a particular formatter object to format a particular HTML
tree object, you probably should not use either again.
=head1 DISTRIBUTION NAME
This module was originally named C<HTML-Format> despite not containing a
C<HTML::Format> module within it. As rules on naming have been taken more
seriously, and the L<PAUSE|https://pause.perl.org/> toolchain adapted so that
getting the distribution indexed was more difficult, it became obvious that I
should rename the distribution to C<HTML-Formatter> matching the base
L<HTML::Formatter> module.
As of release 2.13 this is released as the C<HTML-Formatter> distribution with
corresponding changes to the git repository name and associated items.
Due to the way that the module is put together this should have no effect on
code using the module. The only issues will be where the distribution name was
used within dependancies.
=head1 SEE ALSO
The three specific formatters:-
=over
=item L<HTML::FormatText>
Format HTML into plain text
=item L<HTML::FormatPS>
Format HTML into postscript
=item L<HTML::FormatRTF>
Format HTML into Rich Text Format
=back
Also the HTML manipulation libraries used - L<HTML::TreeBuilder>,
L<HTML::Element> and L<HTML::Tree>
=for :stopwords cpan testmatrix url annocpan anno bugtracker rt cpants kwalitee diff irc mailto metadata placeholders metacpan
=head1 SUPPORT
=head2 Bugs / Feature Requests
Please report any bugs or feature requests through the issue tracker
at L<http://rt.cpan.org/Public/Dist/Display.html?Name=HTML-Formatter>.
You will be notified automatically of any progress on your issue.
=head2 Source Code
This is open source software. The code repository is available for
public review and contribution under the terms of the license.
L<https://github.com/nigelm/html-formatter>
git clone https://github.com/nigelm/html-formatter.git
=head1 AUTHORS
=over 4
=item *
Nigel Metheringham <nigelm@cpan.org>
=item *
Sean M Burke <sburke@cpan.org>
=item *
Gisle Aas <gisle@ActiveState.com>
=back
=head1 COPYRIGHT AND LICENSE
This software is copyright (c) 2016 by Nigel Metheringham, 2002-2005 Sean M Burke, 1999-2002 Gisle Aas.
This is free software; you can redistribute it and/or modify it under
the same terms as the Perl 5 programming language system itself.
=cut
Mini Shell