File Coverage

blib/lib/POE/Component/Server/Daytime.pm

Criterion	Covered	Total	%
statement	55	56	98.2
branch	7	14	50.0
condition	3	9	33.3
subroutine	14	15	93.3
pod	1	1	100.0
total	80	95	84.2

# $Id: Daytime.pm,v 1.1.1.1 2005/01/27 15:03:34 chris Exp $
#
# POE::Component::Server::Daytime, by Chris 'BinGOs' Williams
#
# This module may be used, modified, and distributed under the same
# terms as Perl itself. Please see the license that came with your Perl
# distribution for details.
#

package POE::Component::Server::Daytime;

use strict;
use warnings;
use Carp;
use POE;
use Socket;
use POSIX;
use base qw(POE::Component::Server::Echo);
use vars qw($VERSION);

use constant DATAGRAM_MAXLEN => 1024;
use constant DEFAULT_PORT => 13;

$VERSION = '1.14';

sub spawn {
  my $package = shift;
  croak "$package requires an even number of parameters" if @_ & 1;

  my %parms = @_;

  $parms{'Alias'} = 'Qotd-Server' unless defined $parms{'Alias'} and $parms{'Alias'};
  $parms{'tcp'} = 1 unless defined $parms{'tcp'} and $parms{'tcp'} == 0;
  $parms{'udp'} = 1 unless defined $parms{'udp'} and $parms{'udp'} == 0;

  my $self = bless { }, $package;

  $self->{CONFIG} = \%parms;

  POE::Session->create(
        object_states => [
                $self => { _start => '_server_start',
                           _stop  => '_server_stop',
                           shutdown => '_server_close' },
                $self => [ qw(_accept_new_client _accept_failed _client_input _client_error _client_flushed _get_datagram) ],
                          ],
        ( ref $parms{'options'} eq 'HASH' ? ( options => $parms{'options'} ) : () ),
  );

  return $self;
}

sub _accept_new_client {
  my ($kernel,$self,$socket,$peeraddr,$peerport,$wheel_id) = @_[KERNEL,OBJECT,ARG0 .. ARG3];
  $peeraddr = inet_ntoa($peeraddr);

  my $wheel = POE::Wheel::ReadWrite->new (
        Handle => $socket,
        Filter => POE::Filter::Line->new(),
        InputEvent => '_client_input',
        ErrorEvent => '_client_error',
	FlushedEvent => '_client_flushed',
  );

  $self->{Clients}->{ $wheel->ID() } = { Wheel => $wheel, peeraddr => $peeraddr, peerport => $peerport };
  $wheel->put( strftime("%A, %B %d, %Y %X-%Z", localtime) );
}

sub _client_input {
  undef;
}

sub _client_flushed {
  my ($kernel,$self,$wheel_id) = @_[KERNEL,OBJECT,ARG0];
  delete $self->{Clients}->{ $wheel_id }->{Wheel};
  delete $self->{Clients}->{ $wheel_id };
  undef;
}

sub _get_datagram {
  my ( $kernel, $self, $socket ) = @_[ KERNEL, OBJECT, ARG0 ];

  my $remote_address = recv( $socket, my $message = "", DATAGRAM_MAXLEN, 0 );
    return unless defined $remote_address;

  my $output = strftime("%A, %B %d, %Y %X-%Z", localtime);
  send( $socket, $output, 0, $remote_address ) == length( $output )
      or warn "Trouble sending response: $!";

  undef;
}

1;
__END__