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  # Using the script that comes with the distribution. file.chef
  # Using the module
  use Acme::Chef;
  my $compiled = Acme::Chef->compile($code_string);  
  print $compiled->execute();
  my $string = $compiled->dump(); # requires Data::Dumper
  # Save it to disk, send it over the web, whatever.
  my $reconstructed_object = eval $string;
  # or:
  $string = $compiled->dump('autorun'); # requires Data::Dumper
  # Save it to disk, send it over the web, whatever.
  my $output_of_chef_program = eval $string;


Chef is an esoteric programming language in which programs look like
recipes. I needn't mention that using it in
production environment, heck, using it for anything but entertainment
ought to result in bugs and chaos in reverse order.

All methods provided by Acme::Chef are adequately described in the
synopsis. If you don't think so, you need to read the source code.

There has been an update to the Chef specification. I have implemented
the changes and marked them in the following documentation with
"I<new specification>".

With that out of the way, I would like to present a pod-formatted
copy of the Chef specification from David Morgan-Mar's homepage

=head2 METHODS

This is a list of methods in this package.

=over 2

=item compile

Takes Chef source code as first argument and compiles a Chef program from it.
This method doesn't run the code, but returns a program object.


sub compile {
   my $proto = shift;
   my $class = ref $proto || $proto;

   my $code = shift;
   defined $code or croak "compile takes one argument: a code string.";

   my $self = {};

   bless $self => $class;

   my @paragraphs = $self->_get_paragraphs( $code );
   my @recipes    = $self->_paragraphsToRecipes(\@paragraphs);

   $_->compile() foreach @recipes;

   $self->{start_recipe} = $recipes[0]->recipe_name();

   $self->{recipes} = {
                        map { ($_->recipe_name(), $_) } @recipes

   return $self;

=item execute
Takes no arguments. Runs the program and returns its output.


sub execute {
   my $self = shift;

   my $start_recipe = $self->{recipes}->{ $self->{start_recipe} }->new();


   return $start_recipe->output();   

=item dump
Takes one optional argument. If it equals 'autorun',
dump returns a string that, when evaluated, executes
the program and returns the output.

If the argument does not equal 'autorun', a different
string is returned that reconstructs the Acme::Chef


sub dump {
   my $self = shift;
   my $type = shift;
   $type = '' if not defined $type;

   local $@ = undef;
   require Data::Dumper;

   my $dumper = Data::Dumper->new([$self], ['self']);

   my $dump = $dumper->Dump();

   if ($type =~ /^autorun$/) {

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