Net/XMPP2/Client.pm

package Net::XMPP2::Client;
use strict;
use AnyEvent;
use Net::XMPP2::IM::Connection;
use Net::XMPP2::Util qw/stringprep_jid prep_bare_jid dump_twig_xml/;
use Net::XMPP2::Namespaces qw/xmpp_ns/;
use Net::XMPP2::Event;
use Net::XMPP2::Extendable;
use Net::XMPP2::IM::Account;

#use XML::Twig;
#
#sub _dumpxml {
#   my $data = shift;
#   my $t = XML::Twig->new;
#   if ($t->safe_parse ("<deb>$data</deb>")) {
#      $t->set_pretty_print ('indented');
#      $t->print;
#      print "\n";
#   } else {
#      print "[$data]\n";
#   }
#}

our @ISA = qw/Net::XMPP2::Event Net::XMPP2::Extendable/;

=head1 NAME

Net::XMPP2::Client - XMPP Client abstraction

=head1 SYNOPSIS

   use Net::XMPP2::Client;
   use AnyEvent;

   my $j = AnyEvent->condvar;

   my $cl = Net::XMPP2::Client->new;
   $cl->start;

   $j->wait;

=head1 DESCRIPTION

This module tries to implement a straight forward and easy to
use API to communicate with XMPP entities. L<Net::XMPP2::Client>
handles connections and timeouts and all such stuff for you.

For more flexibility please have a look at L<Net::XMPP2::Connection>
and L<Net::XMPP2::IM::Connection>, they allow you to control what
and how something is being sent more precisely.

=head1 METHODS

=head2 new (%args)

Following arguments can be passed in C<%args>:

=over 4

=back

=cut

sub new {
   my $this = shift;
   my $class = ref($this) || $this;
   my $self = { @_ };
   bless $self, $class;

   if ($self->{debug}) {
      $self->reg_cb (
         debug_recv => sub {
            my ($self, $acc, $data) = @_;
            printf "recv>> %s\n%s", $acc->jid, dump_twig_xml ($data)
         },
         debug_send => sub {
            my ($self, $acc, $data) = @_;
            printf "send<< %s\n%s", $acc->jid, dump_twig_xml ($data)
         },
      )
   }
   return $self;
}

sub add_extension {
   my ($self, $ext) = @_;
   $self->add_forward ($ext, sub {
      my ($self, $ext, $ev, $acc, @args) = @_;
      $ext->event ($ev, $acc->connection (), @args);
   });
}

=head2 add_account ($jid, $password, $host, $port)

This method adds a jabber account for connection with the JID C<$jid>
and the password C<$password>.

C<$host> and C<$port> are optional and can be undef. C<$host> overrides the
host to connect to.

Returns 1 on success and undef when the account already exists.

=cut

sub add_account {
   my ($self, $jid, $password, $host, $port) = @_;

   $jid = stringprep_jid $jid;
   my $bj = prep_bare_jid $jid;

   return if exists $self->{accounts}->{$bj};

   my $acc =
      $self->{accounts}->{$bj} =
         Net::XMPP2::IM::Account->new (
            jid      => $jid,
            password => $password,
            host     => $host,
            port     => $port,
         );

   $self->update_connections
      if $self->{started};

   $acc
}

=head2 start ()

This method initiates the connections to the XMPP servers.

=cut

sub start {
   my ($self) = @_;
   $self->{started} = 1;
   $self->update_connections;
}

=head2 update_connections ()

This method tries to connect all unconnected accounts.

=cut

sub update_connections {
   my ($self) = @_;

   for my $acc (values %{$self->{accounts}}) {
      unless ($acc->is_connected) {
         my %args = (initial_presence => 10);

         if (defined $self->{presence}) {
            if (defined $self->{presence}->{priority}) {
               $args{initial_presence} = $self->{presence}->{priority};
            }
         }

         my $con = $acc->spawn_connection (%args);

         $con->add_forward ($self, sub {
            my ($con, $self, $ev, @arg) = @_;
            $self->event ($ev, $acc, @arg);
         });

         $con->reg_cb (
            session_ready => sub {
               my ($con) = @_;
               $self->event (connected => $acc);
               if (defined $self->{presence}) {
                  $con->send_presence (undef, undef, %{$self->{presence} || {}});
               }
               $con->unreg_me
            },
            disconnect => sub {
               delete $self->{accounts}->{$acc};
               $_[0]->unreg_me
            }
         );

         unless ($con->connect) {
            $self->event (connect_error => "Couldn't connect to ".($acc->jid).": $!");
            next
         }
         $con->init
      }
   }
}

=head2 disconnect ($msg)

Disconnect all accounts.

=cut

sub disconnect {
   my ($self, $msg) = @_;
   for my $acc (values %{$self->{accounts}}) {
      if ($acc->is_connected) { $acc->connection ()->disconnect ($msg) }
   }
}

=head2 remove_accounts ($msg)

Removes all accounts and disconnects.

=cut

sub remove_accounts {
   my ($self, $msg) = @_;
   for my $acc (keys %{$self->{accounts}}) {
      my $acca = $self->{accounts}->{$acc};
      if ($acca->is_connected) { $acca->connection ()->disconnect ($msg) }
      delete $self->{accounts}->{$acc};
   }
}

=head2 remove_account ($acc)

Removes and disconnects account C<$acc>.

=cut

sub remove_account {
   my ($self, $acc, $reason) = @_;
   if ($acc->is_connected) {
      $acc->connection ()->disconnect ($reason);
   }
   delete $self->{accounts}->{$acc};
}

=head2 send_message ($msg, $dest_jid, $src, $type)

Sends a message to the destination C<$dest_jid>.
C<$msg> can either be a string or a L<Net::XMPP2::IM::Message> object.
If C<$msg> is such an object C<$dest_jid> is optional, but will, when
passed, override the destination of the message.

C<$src> is optional. It specifies which account to use
to send the message. If it is not passed L<Net::XMPP2::Client> will try
to find an account itself. First it will look through all rosters
to find C<$dest_jid> and if none found it will pick any of the accounts that
are connected.

C<$src> can either be a JID or a L<Net::XMPP2::IM::Account> object as returned
by C<add_account> and C<get_account>.

C<$type> is optional but overrides the type of the message object in C<$msg>
if C<$msg> is such an object.

C<$type> should be 'chat' for normal chatter. If no C<$type> is specified
the type of the message defaults to the value documented in L<Net::XMPP2::IM::Message>
(should be 'normal').

=cut

sub send_message {
   my ($self, $msg, $dest_jid, $src, $type) = @_;

   unless (ref $msg) {
      $msg = Net::XMPP2::IM::Message->new (body => $msg);
   }

   if (defined $dest_jid) {
      my $jid = stringprep_jid $dest_jid
         or die "send_message: \$dest_jid is not a proper JID";
      $msg->to ($jid);
   }

   $msg->type ($type) if defined $type;

   my $srcacc;
   if (ref $src) {
      $srcacc = $src;
   } elsif (defined $src) {
      $srcacc = $self->get_account ($src)
   } else {
      $srcacc = $self->find_account_for_dest_jid ($dest_jid);
   }

   unless ($srcacc && $srcacc->is_connected) {
      die "send_message: Couldn't get connected account for sending"
   }

   $msg->send ($srcacc->connection)
}

=head2 get_account ($jid)

Returns the L<Net::XMPP2::IM::Account> account object for the JID C<$jid>
if there is any such account added. (returns undef otherwise).

=cut

sub get_account {
   my ($self, $jid) = @_;
   $self->{accounts}->{prep_bare_jid $jid}
}

=head2 get_accounts ()

Returns a list of L<Net::XMPP2::IM::Account>s.

=cut

sub get_accounts {
   my ($self) = @_;
   values %{$self->{accounts}}
}

=head2 get_connected_accounts ()

Returns a list of connected L<Net::XMPP2::IM::Account>s.

Same as:

  grep { $_->is_connected } $client->get_accounts ();

=cut

sub get_connected_accounts {
   my ($self, $jid) = @_;
   my (@a) = grep $_->is_connected, values %{$self->{accounts}};
   @a
}

=head2 find_account_for_dest_jid ($jid)

This method tries to find any account that has the contact C<$jid>
on his roster. If no account with C<$jid> on his roster was found
it takes the first one that is connected. (Return value is a L<Net::XMPP2::IM::Account>
object).

If no account is connected it returns undef.

=cut

sub find_account_for_dest_jid {
   my ($self, $jid) = @_;

   my $any_acc;
   for my $acc (values %{$self->{accounts}}) {
      next unless $acc->is_connected;

      # take "first" active account
      $any_acc = $acc unless defined $any_acc;

      my $roster = $acc->connection ()->get_roster;
      if (my $c = $roster->get_contact ($jid)) {
         return $acc;
      }
   }

   $any_acc
}

=head2 get_contacts_for_jid ($jid)

This method returns all contacts that we are connected to.
That means: It joins the contact lists of all account's rosters
that we are connected to.

=cut

sub get_contacts_for_jid {
   my ($self, $jid) = @_;
   my @cons;
   for ($self->get_connected_accounts) {
      my $roster = $_->connection ()->get_roster ();
      my $con = $roster->get_contact ($jid);
      push @cons, $con if $con;
   }
   return @cons;
}

=head2 get_priority_presence_for_jid ($jid)

This method returns the presence for the contact C<$jid> with the highest
priority.

If the contact C<$jid> is on multiple account's rosters it's undefined which
roster the presence belongs to.

=cut

sub get_priority_presence_for_jid {
   my ($self, $jid) = @_;

   my $lpres;
   for ($self->get_connected_accounts) {
      my $roster = $_->connection ()->get_roster ();
      my $con = $roster->get_contact ($jid);
      next unless defined $con;
      my $pres = $con->get_priority_presence ($jid);
      next unless defined $pres;
      if ((not defined $lpres) || $lpres->priority < $pres->priority) {
         $lpres = $pres;
      }
   }

   $lpres
}

=head2 set_presence ($show, $status, $priority)

This sets the presence of all accounts.  For a meaning of C<$show>, C<$status>
and C<$priority> see the description of the C<%attrs> hash in
C<send_presence> method of L<Net::XMPP2::Writer>.

=cut

sub set_presence {
   my ($self, $show, $status, $priority) = @_;

   $self->{presence} = {
      show     => $show,
      status   => $status,
      priority => $priority
   };

   for my $ac ($self->get_connected_accounts) {
      my $con = $ac->connection ();
      $con->send_presence (undef, undef, %{$self->{presence}});
   }
}

=head1 EVENTS

In the following event descriptions the argument C<$account>
is always a L<Net::XMPP2::IM::Account> object.

All events from L<Net::XMPP2::IM::Connection> are forwarded to the client,
only that the first argument for every event is a C<$account> object.

Aside fom those, these events can be registered on with C<reg_cb>:

=over 4

=item connected => $account

This event is sent when the C<$account> was successfully connected.

=item connect_error => $account, $reason

This event is emitted when an error occured in the connection process for the
account C<$account>.

=item error => $account

This event is emitted when any error occured while communicating
over the connection to the C<$account> - after a connection was established.

=back

=head1 AUTHOR

Robin Redeker, C<< <elmex at ta-sa.org> >>, JID: C<< <elmex at jabber.org> >>

=head1 COPYRIGHT & LICENSE

Copyright 2007 Robin Redeker, 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 Net::XMPP2::Client
Revision:	1.20
Committed:	Tue Jul 24 12:31:15 2007 UTC (19 years, 2 months ago) by elmex
Branch:	MAIN
CVS Tags:	HEAD
Changes since 1.19:	+2 -4 lines
Log Message:	documentation update
#	User	Rev	Content
1	elmex	1.1	package Net::XMPP2::Client;
2			use strict;
3			use AnyEvent;
4	elmex	1.2	use Net::XMPP2::IM::Connection;
5	elmex	1.16	use Net::XMPP2::Util qw/stringprep_jid prep_bare_jid dump_twig_xml/;
6	elmex	1.2	use Net::XMPP2::Namespaces qw/xmpp_ns/;
7	elmex	1.1	use Net::XMPP2::Event;
8	elmex	1.16	use Net::XMPP2::Extendable;
9	elmex	1.2	use Net::XMPP2::IM::Account;
10
11	elmex	1.11	#use XML::Twig;
12			#
13			#sub _dumpxml {
14			# my $data = shift;
15			# my $t = XML::Twig->new;
16			# if ($t->safe_parse ("<deb>$data</deb>")) {
17			# $t->set_pretty_print ('indented');
18			# $t->print;
19			# print "\n";
20			# } else {
21			# print "[$data]\n";
22			# }
23			#}
24	elmex	1.1
25	elmex	1.16	our @ISA = qw/Net::XMPP2::Event Net::XMPP2::Extendable/;
26	elmex	1.1
27			=head1 NAME
28
29	elmex	1.13	Net::XMPP2::Client - XMPP Client abstraction
30	elmex	1.1
31			=head1 SYNOPSIS
32
33			use Net::XMPP2::Client;
34			use AnyEvent;
35
36			my $j = AnyEvent->condvar;
37
38			my $cl = Net::XMPP2::Client->new;
39			$cl->start;
40
41			$j->wait;
42
43			=head1 DESCRIPTION
44
45			This module tries to implement a straight forward and easy to
46			use API to communicate with XMPP entities. L<Net::XMPP2::Client>
47			handles connections and timeouts and all such stuff for you.
48
49			For more flexibility please have a look at L<Net::XMPP2::Connection>
50			and L<Net::XMPP2::IM::Connection>, they allow you to control what
51			and how something is being sent more precisely.
52
53			=head1 METHODS
54
55			=head2 new (%args)
56
57			Following arguments can be passed in C<%args>:
58
59			=over 4
60
61			=back
62
63			=cut
64
65			sub new {
66			my $this = shift;
67			my $class = ref($this) \|\| $this;
68			my $self = { @_ };
69			bless $self, $class;
70	elmex	1.19
71	elmex	1.16	if ($self->{debug}) {
72			$self->reg_cb (
73			debug_recv => sub {
74			my ($self, $acc, $data) = @_;
75			printf "recv>> %s\n%s", $acc->jid, dump_twig_xml ($data)
76			},
77			debug_send => sub {
78			my ($self, $acc, $data) = @_;
79			printf "send<< %s\n%s", $acc->jid, dump_twig_xml ($data)
80			},
81			)
82			}
83	elmex	1.2	return $self;
84			}
85
86	elmex	1.16	sub add_extension {
87			my ($self, $ext) = @_;
88			$self->add_forward ($ext, sub {
89			my ($self, $ext, $ev, $acc, @args) = @_;
90			$ext->event ($ev, $acc->connection (), @args);
91			});
92			}
93
94	elmex	1.2	=head2 add_account ($jid, $password, $host, $port)
95
96			This method adds a jabber account for connection with the JID C<$jid>
97			and the password C<$password>.
98
99			C<$host> and C<$port> are optional and can be undef. C<$host> overrides the
100			host to connect to.
101
102			Returns 1 on success and undef when the account already exists.
103
104			=cut
105
106			sub add_account {
107			my ($self, $jid, $password, $host, $port) = @_;
108
109			$jid = stringprep_jid $jid;
110			my $bj = prep_bare_jid $jid;
111
112			return if exists $self->{accounts}->{$bj};
113
114			my $acc =
115			$self->{accounts}->{$bj} =
116			Net::XMPP2::IM::Account->new (
117			jid => $jid,
118			password => $password,
119			host => $host,
120			port => $port,
121			);
122
123			$self->update_connections
124			if $self->{started};
125
126			$acc
127			}
128
129			=head2 start ()
130
131			This method initiates the connections to the XMPP servers.
132
133			=cut
134
135			sub start {
136			my ($self) = @_;
137			$self->{started} = 1;
138			$self->update_connections;
139			}
140
141	elmex	1.11	=head2 update_connections ()
142
143			This method tries to connect all unconnected accounts.
144
145			=cut
146
147	elmex	1.2	sub update_connections {
148			my ($self) = @_;
149	elmex	1.1
150	elmex	1.2	for my $acc (values %{$self->{accounts}}) {
151			unless ($acc->is_connected) {
152	elmex	1.18	my %args = (initial_presence => 10);
153
154			if (defined $self->{presence}) {
155			if (defined $self->{presence}->{priority}) {
156			$args{initial_presence} = $self->{presence}->{priority};
157			}
158			}
159
160			my $con = $acc->spawn_connection (%args);
161	elmex	1.2
162	elmex	1.5	$con->add_forward ($self, sub {
163			my ($con, $self, $ev, @arg) = @_;
164			$self->event ($ev, $acc, @arg);
165			});
166
167	elmex	1.2	$con->reg_cb (
168			session_ready => sub {
169			my ($con) = @_;
170			$self->event (connected => $acc);
171	elmex	1.18	if (defined $self->{presence}) {
172			$con->send_presence (undef, undef, %{$self->{presence} \|\| {}});
173			}
174	elmex	1.20	$con->unreg_me
175	elmex	1.2	},
176	elmex	1.7	disconnect => sub {
177			delete $self->{accounts}->{$acc};
178	elmex	1.20	$_[0]->unreg_me
179	elmex	1.7	}
180	elmex	1.2	);
181
182	elmex	1.7	unless ($con->connect) {
183			$self->event (connect_error => "Couldn't connect to ".($acc->jid).": $!");
184			next
185			}
186	elmex	1.2	$con->init
187			}
188			}
189			}
190
191	elmex	1.11	=head2 disconnect ($msg)
192	elmex	1.6
193			Disconnect all accounts.
194
195			=cut
196
197			sub disconnect {
198			my ($self, $msg) = @_;
199			for my $acc (values %{$self->{accounts}}) {
200			if ($acc->is_connected) { $acc->connection ()->disconnect ($msg) }
201			}
202			}
203
204	elmex	1.11	=head2 remove_accounts ($msg)
205	elmex	1.6
206			Removes all accounts and disconnects.
207
208			=cut
209
210			sub remove_accounts {
211			my ($self, $msg) = @_;
212			for my $acc (keys %{$self->{accounts}}) {
213			my $acca = $self->{accounts}->{$acc};
214			if ($acca->is_connected) { $acca->connection ()->disconnect ($msg) }
215			delete $self->{accounts}->{$acc};
216			}
217			}
218
219	elmex	1.11	=head2 remove_account ($acc)
220	elmex	1.7
221			Removes and disconnects account C<$acc>.
222
223			=cut
224
225			sub remove_account {
226			my ($self, $acc, $reason) = @_;
227			if ($acc->is_connected) {
228			$acc->connection ()->disconnect ($reason);
229			}
230			delete $self->{accounts}->{$acc};
231			}
232
233	elmex	1.15	=head2 send_message ($msg, $dest_jid, $src, $type)
234	elmex	1.2
235			Sends a message to the destination C<$dest_jid>.
236			C<$msg> can either be a string or a L<Net::XMPP2::IM::Message> object.
237	elmex	1.15	If C<$msg> is such an object C<$dest_jid> is optional, but will, when
238	elmex	1.2	passed, override the destination of the message.
239
240			C<$src> is optional. It specifies which account to use
241			to send the message. If it is not passed L<Net::XMPP2::Client> will try
242			to find an account itself. First it will look through all rosters
243			to find C<$dest_jid> and if none found it will pick any of the accounts that
244			are connected.
245
246			C<$src> can either be a JID or a L<Net::XMPP2::IM::Account> object as returned
247			by C<add_account> and C<get_account>.
248
249	elmex	1.15	C<$type> is optional but overrides the type of the message object in C<$msg>
250			if C<$msg> is such an object.
251
252			C<$type> should be 'chat' for normal chatter. If no C<$type> is specified
253			the type of the message defaults to the value documented in L<Net::XMPP2::IM::Message>
254			(should be 'normal').
255
256	elmex	1.2	=cut
257
258			sub send_message {
259	elmex	1.15	my ($self, $msg, $dest_jid, $src, $type) = @_;
260	elmex	1.2
261			unless (ref $msg) {
262			$msg = Net::XMPP2::IM::Message->new (body => $msg);
263			}
264
265			if (defined $dest_jid) {
266			my $jid = stringprep_jid $dest_jid
267			or die "send_message: \$dest_jid is not a proper JID";
268			$msg->to ($jid);
269			}
270
271	elmex	1.15	$msg->type ($type) if defined $type;
272
273	elmex	1.2	my $srcacc;
274			if (ref $src) {
275			$srcacc = $src;
276			} elsif (defined $src) {
277			$srcacc = $self->get_account ($src)
278			} else {
279			$srcacc = $self->find_account_for_dest_jid ($dest_jid);
280			}
281
282			unless ($srcacc && $srcacc->is_connected) {
283			die "send_message: Couldn't get connected account for sending"
284			}
285
286			$msg->send ($srcacc->connection)
287			}
288
289	elmex	1.11	=head2 get_account ($jid)
290	elmex	1.2
291			Returns the L<Net::XMPP2::IM::Account> account object for the JID C<$jid>
292			if there is any such account added. (returns undef otherwise).
293
294			=cut
295
296			sub get_account {
297			my ($self, $jid) = @_;
298			$self->{accounts}->{prep_bare_jid $jid}
299			}
300
301	elmex	1.11	=head2 get_accounts ()
302
303			Returns a list of L<Net::XMPP2::IM::Account>s.
304
305			=cut
306
307	elmex	1.9	sub get_accounts {
308			my ($self) = @_;
309			values %{$self->{accounts}}
310			}
311
312	elmex	1.17	=head2 get_connected_accounts ()
313	elmex	1.11
314			Returns a list of connected L<Net::XMPP2::IM::Account>s.
315
316			Same as:
317
318			grep { $_->is_connected } $client->get_accounts ();
319
320			=cut
321
322	elmex	1.7	sub get_connected_accounts {
323			my ($self, $jid) = @_;
324			my (@a) = grep $_->is_connected, values %{$self->{accounts}};
325			@a
326			}
327
328	elmex	1.11	=head2 find_account_for_dest_jid ($jid)
329
330			This method tries to find any account that has the contact C<$jid>
331			on his roster. If no account with C<$jid> on his roster was found
332			it takes the first one that is connected. (Return value is a L<Net::XMPP2::IM::Account>
333			object).
334
335			If no account is connected it returns undef.
336
337			=cut
338
339	elmex	1.2	sub find_account_for_dest_jid {
340			my ($self, $jid) = @_;
341
342			my $any_acc;
343			for my $acc (values %{$self->{accounts}}) {
344			next unless $acc->is_connected;
345
346			# take "first" active account
347			$any_acc = $acc unless defined $any_acc;
348
349			my $roster = $acc->connection ()->get_roster;
350			if (my $c = $roster->get_contact ($jid)) {
351			return $acc;
352			}
353			}
354
355			$any_acc
356	elmex	1.1	}
357
358	elmex	1.11	=head2 get_contacts_for_jid ($jid)
359
360			This method returns all contacts that we are connected to.
361			That means: It joins the contact lists of all account's rosters
362			that we are connected to.
363
364			=cut
365
366	elmex	1.7	sub get_contacts_for_jid {
367			my ($self, $jid) = @_;
368			my @cons;
369			for ($self->get_connected_accounts) {
370			my $roster = $_->connection ()->get_roster ();
371			my $con = $roster->get_contact ($jid);
372			push @cons, $con if $con;
373			}
374			return @cons;
375			}
376
377	elmex	1.11	=head2 get_priority_presence_for_jid ($jid)
378
379			This method returns the presence for the contact C<$jid> with the highest
380			priority.
381
382			If the contact C<$jid> is on multiple account's rosters it's undefined which
383			roster the presence belongs to.
384
385			=cut
386
387	elmex	1.8	sub get_priority_presence_for_jid {
388			my ($self, $jid) = @_;
389
390			my $lpres;
391			for ($self->get_connected_accounts) {
392			my $roster = $_->connection ()->get_roster ();
393			my $con = $roster->get_contact ($jid);
394			next unless defined $con;
395			my $pres = $con->get_priority_presence ($jid);
396			next unless defined $pres;
397			if ((not defined $lpres) \|\| $lpres->priority < $pres->priority) {
398			$lpres = $pres;
399			}
400			}
401
402			$lpres
403			}
404
405	elmex	1.11	=head2 set_presence ($show, $status, $priority)
406
407			This sets the presence of all accounts. For a meaning of C<$show>, C<$status>
408			and C<$priority> see the description of the C<%attrs> hash in
409	elmex	1.12	C<send_presence> method of L<Net::XMPP2::Writer>.
410	elmex	1.11
411			=cut
412
413	elmex	1.9	sub set_presence {
414			my ($self, $show, $status, $priority) = @_;
415
416	elmex	1.18	$self->{presence} = {
417			show => $show,
418			status => $status,
419			priority => $priority
420			};
421
422	elmex	1.9	for my $ac ($self->get_connected_accounts) {
423			my $con = $ac->connection ();
424	elmex	1.18	$con->send_presence (undef, undef, %{$self->{presence}});
425	elmex	1.9	}
426			}
427
428	elmex	1.1	=head1 EVENTS
429
430	elmex	1.2	In the following event descriptions the argument C<$account>
431	elmex	1.12	is always a L<Net::XMPP2::IM::Account> object.
432	elmex	1.2
433	elmex	1.5	All events from L<Net::XMPP2::IM::Connection> are forwarded to the client,
434			only that the first argument for every event is a C<$account> object.
435
436			Aside fom those, these events can be registered on with C<reg_cb>:
437
438	elmex	1.1	=over 4
439
440	elmex	1.2	=item connected => $account
441
442			This event is sent when the C<$account> was successfully connected.
443
444	elmex	1.14	=item connect_error => $account, $reason
445	elmex	1.2
446			This event is emitted when an error occured in the connection process for the
447			account C<$account>.
448
449			=item error => $account
450
451			This event is emitted when any error occured while communicating
452			over the connection to the C<$account> - after a connection was established.
453
454	elmex	1.1	=back
455
456			=head1 AUTHOR
457
458	elmex	1.11	Robin Redeker, C<< <elmex at ta-sa.org> >>, JID: C<< <elmex at jabber.org> >>
459	elmex	1.1
460			=head1 COPYRIGHT & LICENSE
461
462			Copyright 2007 Robin Redeker, all rights reserved.
463
464			This program is free software; you can redistribute it and/or modify it
465			under the same terms as Perl itself.
466
467			=cut
468
469			1; # End of Net::XMPP2::Client