[ViewVC] Diff of: cvs/AnyEvent/lib/AnyEvent/Handle.pm

Comparing AnyEvent/lib/AnyEvent/Handle.pm (file contents):
Revision 1.150 by root, Thu Jul 16 04:16:25 2009 UTC vs.
Revision 1.180 by root, Thu Aug 20 22:58:35 2009 UTC

…		…
1	package AnyEvent::Handle;
2
3	no warnings;
4	use strict qw(subs vars);
5
6	use AnyEvent ();
7	use AnyEvent::Util qw(WSAEWOULDBLOCK);
8	use Scalar::Util ();
9	use Carp ();
10	use Fcntl ();
11	use Errno qw(EAGAIN EINTR);
12
13	=head1 NAME	1	=head1 NAME
14		2
15	AnyEvent::Handle - non-blocking I/O on file handles via AnyEvent	3	AnyEvent::Handle - non-blocking I/O on file handles via AnyEvent
16
17	=cut
18
19	our $VERSION = 4.82;
20		4
21	=head1 SYNOPSIS	5	=head1 SYNOPSIS
22		6
23	use AnyEvent;	7	use AnyEvent;
24	use AnyEvent::Handle;	8	use AnyEvent::Handle;
26	my $cv = AnyEvent->condvar;	10	my $cv = AnyEvent->condvar;
27		11
28	my $hdl; $hdl = new AnyEvent::Handle	12	my $hdl; $hdl = new AnyEvent::Handle
29	fh => \*STDIN,	13	fh => \*STDIN,
30	on_error => sub {	14	on_error => sub {
		15	my ($hdl, $fatal, $msg) = @_;
31	warn "got error $_[2]\n";	16	warn "got error $msg\n";
		17	$hdl->destroy;
32	$cv->send;	18	$cv->send;
33	);	19	);
34		20
35	# send some request line	21	# send some request line
36	$hdl->push_write ("getinfo\015\012");	22	$hdl->push_write ("getinfo\015\012");
…		…
45	$cv->recv;	31	$cv->recv;
46		32
47	=head1 DESCRIPTION	33	=head1 DESCRIPTION
48		34
49	This module is a helper module to make it easier to do event-based I/O on	35	This module is a helper module to make it easier to do event-based I/O on
50	filehandles. For utility functions for doing non-blocking connects and accepts	36	filehandles.
51	on sockets see L<AnyEvent::Util>.
52		37
53	The L<AnyEvent::Intro> tutorial contains some well-documented	38	The L<AnyEvent::Intro> tutorial contains some well-documented
54	AnyEvent::Handle examples.	39	AnyEvent::Handle examples.
55		40
56	In the following, when the documentation refers to of "bytes" then this	41	In the following, when the documentation refers to of "bytes" then this
57	means characters. As sysread and syswrite are used for all I/O, their	42	means characters. As sysread and syswrite are used for all I/O, their
58	treatment of characters applies to this module as well.	43	treatment of characters applies to this module as well.
59		44
		45	At the very minimum, you should specify C<fh> or C<connect>, and the
		46	C<on_error> callback.
		47
60	All callbacks will be invoked with the handle object as their first	48	All callbacks will be invoked with the handle object as their first
61	argument.	49	argument.
62		50
		51	=cut
		52
		53	package AnyEvent::Handle;
		54
		55	use Scalar::Util ();
		56	use List::Util ();
		57	use Carp ();
		58	use Errno qw(EAGAIN EINTR);
		59
		60	use AnyEvent (); BEGIN { AnyEvent::common_sense }
		61	use AnyEvent::Util qw(WSAEWOULDBLOCK);
		62
		63	our $VERSION = $AnyEvent::VERSION;
		64
63	=head1 METHODS	65	=head1 METHODS
64		66
65	=over 4	67	=over 4
66		68
67	=item $handle = B<new> AnyEvent::TLS fh => $filehandle, key => value...	69	=item $handle = B<new> AnyEvent::TLS fh => $filehandle, key => value...
68		70
69	The constructor supports these arguments (all as C<< key => value >> pairs).	71	The constructor supports these arguments (all as C<< key => value >> pairs).
70		72
71	=over 4	73	=over 4
72		74
73	=item fh => $filehandle [MANDATORY]	75	=item fh => $filehandle [C<fh> or C<connect> MANDATORY]
74		76
75	The filehandle this L<AnyEvent::Handle> object will operate on.	77	The filehandle this L<AnyEvent::Handle> object will operate on.
76
77	NOTE: The filehandle will be set to non-blocking mode (using	78	NOTE: The filehandle will be set to non-blocking mode (using
78	C<AnyEvent::Util::fh_nonblocking>) by the constructor and needs to stay in	79	C<AnyEvent::Util::fh_nonblocking>) by the constructor and needs to stay in
79	that mode.	80	that mode.
		81
		82	=item connect => [$host, $service] [C<fh> or C<connect> MANDATORY]
		83
		84	Try to connect to the specified host and service (port), using
		85	C<AnyEvent::Socket::tcp_connect>. The C<$host> additionally becomes the
		86	default C<peername>.
		87
		88	You have to specify either this parameter, or C<fh>, above.
		89
		90	It is possible to push requests on the read and write queues, and modify
		91	properties of the stream, even while AnyEvent::Handle is connecting.
		92
		93	When this parameter is specified, then the C<on_prepare>,
		94	C<on_connect_error> and C<on_connect> callbacks will be called under the
		95	appropriate circumstances:
		96
		97	=over 4
		98
		99	=item on_prepare => $cb->($handle)
		100
		101	This (rarely used) callback is called before a new connection is
		102	attempted, but after the file handle has been created. It could be used to
		103	prepare the file handle with parameters required for the actual connect
		104	(as opposed to settings that can be changed when the connection is already
		105	established).
		106
		107	The return value of this callback should be the connect timeout value in
		108	seconds (or C<0>, or C<undef>, or the empty list, to indicate the default
		109	timeout is to be used).
		110
		111	=item on_connect => $cb->($handle, $host, $port, $retry->())
		112
		113	This callback is called when a connection has been successfully established.
		114
		115	The actual numeric host and port (the socket peername) are passed as
		116	parameters, together with a retry callback.
		117
		118	When, for some reason, the handle is not acceptable, then calling
		119	C<$retry> will continue with the next conenction target (in case of
		120	multi-homed hosts or SRV records there can be multiple connection
		121	endpoints). When it is called then the read and write queues, eof status,
		122	tls status and similar properties of the handle are being reset.
		123
		124	In most cases, ignoring the C<$retry> parameter is the way to go.
		125
		126	=item on_connect_error => $cb->($handle, $message)
		127
		128	This callback is called when the conenction could not be
		129	established. C<$!> will contain the relevant error code, and C<$message> a
		130	message describing it (usually the same as C<"$!">).
		131
		132	If this callback isn't specified, then C<on_error> will be called with a
		133	fatal error instead.
		134
		135	=back
		136
		137	=item on_error => $cb->($handle, $fatal, $message)
		138
		139	This is the error callback, which is called when, well, some error
		140	occured, such as not being able to resolve the hostname, failure to
		141	connect or a read error.
		142
		143	Some errors are fatal (which is indicated by C<$fatal> being true). On
		144	fatal errors the handle object will be destroyed (by a call to C<< ->
		145	destroy >>) after invoking the error callback (which means you are free to
		146	examine the handle object). Examples of fatal errors are an EOF condition
		147	with active (but unsatisifable) read watchers (C<EPIPE>) or I/O errors. In
		148	cases where the other side can close the connection at their will it is
		149	often easiest to not report C<EPIPE> errors in this callback.
		150
		151	AnyEvent::Handle tries to find an appropriate error code for you to check
		152	against, but in some cases (TLS errors), this does not work well. It is
		153	recommended to always output the C<$message> argument in human-readable
		154	error messages (it's usually the same as C<"$!">).
		155
		156	Non-fatal errors can be retried by simply returning, but it is recommended
		157	to simply ignore this parameter and instead abondon the handle object
		158	when this callback is invoked. Examples of non-fatal errors are timeouts
		159	C<ETIMEDOUT>) or badly-formatted data (C<EBADMSG>).
		160
		161	On callback entrance, the value of C<$!> contains the operating system
		162	error code (or C<ENOSPC>, C<EPIPE>, C<ETIMEDOUT>, C<EBADMSG> or
		163	C<EPROTO>).
		164
		165	While not mandatory, it is I<highly> recommended to set this callback, as
		166	you will not be notified of errors otherwise. The default simply calls
		167	C<croak>.
		168
		169	=item on_read => $cb->($handle)
		170
		171	This sets the default read callback, which is called when data arrives
		172	and no read request is in the queue (unlike read queue callbacks, this
		173	callback will only be called when at least one octet of data is in the
		174	read buffer).
		175
		176	To access (and remove data from) the read buffer, use the C<< ->rbuf >>
		177	method or access the C<< $handle->{rbuf} >> member directly. Note that you
		178	must not enlarge or modify the read buffer, you can only remove data at
		179	the beginning from it.
		180
		181	When an EOF condition is detected then AnyEvent::Handle will first try to
		182	feed all the remaining data to the queued callbacks and C<on_read> before
		183	calling the C<on_eof> callback. If no progress can be made, then a fatal
		184	error will be raised (with C<$!> set to C<EPIPE>).
		185
		186	Note that, unlike requests in the read queue, an C<on_read> callback
		187	doesn't mean you I<require> some data: if there is an EOF and there
		188	are outstanding read requests then an error will be flagged. With an
		189	C<on_read> callback, the C<on_eof> callback will be invoked.
80		190
81	=item on_eof => $cb->($handle)	191	=item on_eof => $cb->($handle)
82		192
83	Set the callback to be called when an end-of-file condition is detected,	193	Set the callback to be called when an end-of-file condition is detected,
84	i.e. in the case of a socket, when the other side has closed the	194	i.e. in the case of a socket, when the other side has closed the
…		…
92	down.	202	down.
93		203
94	If an EOF condition has been detected but no C<on_eof> callback has been	204	If an EOF condition has been detected but no C<on_eof> callback has been
95	set, then a fatal error will be raised with C<$!> set to <0>.	205	set, then a fatal error will be raised with C<$!> set to <0>.
96		206
97	=item on_error => $cb->($handle, $fatal, $message)
98
99	This is the error callback, which is called when, well, some error
100	occured, such as not being able to resolve the hostname, failure to
101	connect or a read error.
102
103	Some errors are fatal (which is indicated by C<$fatal> being true). On
104	fatal errors the handle object will be destroyed (by a call to C<< ->
105	destroy >>) after invoking the error callback (which means you are free to
106	examine the handle object). Examples of fatal errors are an EOF condition
107	with active (but unsatisifable) read watchers (C<EPIPE>) or I/O errors.
108
109	AnyEvent::Handle tries to find an appropriate error code for you to check
110	against, but in some cases (TLS errors), this does not work well. It is
111	recommended to always output the C<$message> argument in human-readable
112	error messages (it's usually the same as C<"$!">).
113
114	Non-fatal errors can be retried by simply returning, but it is recommended
115	to simply ignore this parameter and instead abondon the handle object
116	when this callback is invoked. Examples of non-fatal errors are timeouts
117	C<ETIMEDOUT>) or badly-formatted data (C<EBADMSG>).
118
119	On callback entrance, the value of C<$!> contains the operating system
120	error code (or C<ENOSPC>, C<EPIPE>, C<ETIMEDOUT>, C<EBADMSG> or
121	C<EPROTO>).
122
123	While not mandatory, it is I<highly> recommended to set this callback, as
124	you will not be notified of errors otherwise. The default simply calls
125	C<croak>.
126
127	=item on_read => $cb->($handle)
128
129	This sets the default read callback, which is called when data arrives
130	and no read request is in the queue (unlike read queue callbacks, this
131	callback will only be called when at least one octet of data is in the
132	read buffer).
133
134	To access (and remove data from) the read buffer, use the C<< ->rbuf >>
135	method or access the C<< $handle->{rbuf} >> member directly. Note that you
136	must not enlarge or modify the read buffer, you can only remove data at
137	the beginning from it.
138
139	When an EOF condition is detected then AnyEvent::Handle will first try to
140	feed all the remaining data to the queued callbacks and C<on_read> before
141	calling the C<on_eof> callback. If no progress can be made, then a fatal
142	error will be raised (with C<$!> set to C<EPIPE>).
143
144	Note that, unlike requests in the read queue, an C<on_read> callback
145	doesn't mean you I<require> some data: if there is an EOF and there
146	are outstanding read requests then an error will be flagged. With an
147	C<on_read> callback, the C<on_eof> callback will be invoked.
148
149	=item on_drain => $cb->($handle)	207	=item on_drain => $cb->($handle)
150		208
151	This sets the callback that is called when the write buffer becomes empty	209	This sets the callback that is called when the write buffer becomes empty
152	(or when the callback is set and the buffer is empty already).	210	(or when the callback is set and the buffer is empty already).
153		211
…		…
159	memory and push it into the queue, but instead only read more data from	217	memory and push it into the queue, but instead only read more data from
160	the file when the write queue becomes empty.	218	the file when the write queue becomes empty.
161		219
162	=item timeout => $fractional_seconds	220	=item timeout => $fractional_seconds
163		221
		222	=item rtimeout => $fractional_seconds
		223
		224	=item wtimeout => $fractional_seconds
		225
164	If non-zero, then this enables an "inactivity" timeout: whenever this many	226	If non-zero, then these enables an "inactivity" timeout: whenever this
165	seconds pass without a successful read or write on the underlying file	227	many seconds pass without a successful read or write on the underlying
166	handle, the C<on_timeout> callback will be invoked (and if that one is	228	file handle (or a call to C<timeout_reset>), the C<on_timeout> callback
167	missing, a non-fatal C<ETIMEDOUT> error will be raised).	229	will be invoked (and if that one is missing, a non-fatal C<ETIMEDOUT>
		230	error will be raised).
		231
		232	There are three variants of the timeouts that work fully independent
		233	of each other, for both read and write, just read, and just write:
		234	C<timeout>, C<rtimeout> and C<wtimeout>, with corresponding callbacks
		235	C<on_timeout>, C<on_rtimeout> and C<on_wtimeout>, and reset functions
		236	C<timeout_reset>, C<rtimeout_reset>, and C<wtimeout_reset>.
168		237
169	Note that timeout processing is also active when you currently do not have	238	Note that timeout processing is also active when you currently do not have
170	any outstanding read or write requests: If you plan to keep the connection	239	any outstanding read or write requests: If you plan to keep the connection
171	idle then you should disable the timout temporarily or ignore the timeout	240	idle then you should disable the timout temporarily or ignore the timeout
172	in the C<on_timeout> callback, in which case AnyEvent::Handle will simply	241	in the C<on_timeout> callback, in which case AnyEvent::Handle will simply
…		…
351		420
352	sub new {	421	sub new {
353	my $class = shift;	422	my $class = shift;
354	my $self = bless { @_ }, $class;	423	my $self = bless { @_ }, $class;
355		424
356	$self->{fh} or Carp::croak "mandatory argument fh is missing";	425	if ($self->{fh}) {
		426	$self->_start;
		427	return unless $self->{fh}; # could be gone by now
		428
		429	} elsif ($self->{connect}) {
		430	require AnyEvent::Socket;
		431
		432	$self->{peername} = $self->{connect}[0]
		433	unless exists $self->{peername};
		434
		435	$self->{_skip_drain_rbuf} = 1;
		436
		437	{
		438	Scalar::Util::weaken (my $self = $self);
		439
		440	$self->{_connect} =
		441	AnyEvent::Socket::tcp_connect (
		442	$self->{connect}[0],
		443	$self->{connect}[1],
		444	sub {
		445	my ($fh, $host, $port, $retry) = @_;
		446
		447	if ($fh) {
		448	$self->{fh} = $fh;
		449
		450	delete $self->{_skip_drain_rbuf};
		451	$self->_start;
		452
		453	$self->{on_connect}
		454	and $self->{on_connect}($self, $host, $port, sub {
		455	delete @$self{qw(fh _tw _rtw _wtw _ww _rw _eof _queue rbuf _wbuf tls _tls_rbuf _tls_wbuf)};
		456	$self->{_skip_drain_rbuf} = 1;
		457	&$retry;
		458	});
		459
		460	} else {
		461	if ($self->{on_connect_error}) {
		462	$self->{on_connect_error}($self, "$!");
		463	$self->destroy;
		464	} else {
		465	$self->_error ($!, 1);
		466	}
		467	}
		468	},
		469	sub {
		470	local $self->{fh} = $_[0];
		471
		472	$self->{on_prepare}
		473	? $self->{on_prepare}->($self)
		474	: ()
		475	}
		476	);
		477	}
		478
		479	} else {
		480	Carp::croak "AnyEvent::Handle: either an existing fh or the connect parameter must be specified";
		481	}
		482
		483	$self
		484	}
		485
		486	sub _start {
		487	my ($self) = @_;
357		488
358	AnyEvent::Util::fh_nonblocking $self->{fh}, 1;	489	AnyEvent::Util::fh_nonblocking $self->{fh}, 1;
359		490
		491	$self->{_activity} =
		492	$self->{_ractivity} =
360	$self->{_activity} = AnyEvent->now;	493	$self->{_wactivity} = AE::now;
361	$self->_timeout;	494
		495	$self->timeout (delete $self->{timeout} ) if $self->{timeout};
		496	$self->rtimeout (delete $self->{rtimeout}) if $self->{rtimeout};
		497	$self->wtimeout (delete $self->{wtimeout}) if $self->{wtimeout};
362		498
363	$self->no_delay (delete $self->{no_delay}) if exists $self->{no_delay};	499	$self->no_delay (delete $self->{no_delay}) if exists $self->{no_delay};
364		500
365	$self->starttls (delete $self->{tls}, delete $self->{tls_ctx})	501	$self->starttls (delete $self->{tls}, delete $self->{tls_ctx})
366	if $self->{tls};	502	if $self->{tls};
367		503
368	$self->on_drain (delete $self->{on_drain}) if $self->{on_drain};	504	$self->on_drain (delete $self->{on_drain}) if $self->{on_drain};
369		505
370	$self->start_read	506	$self->start_read
371	if $self->{on_read};	507	if $self->{on_read} \|\| @{ $self->{_queue} };
372		508
373	$self->{fh} && $self	509	$self->_drain_wbuf;
374	}	510	}
375
376	#sub _shutdown {
377	# my ($self) = @_;
378	#
379	# delete @$self{qw(_tw _rw _ww fh wbuf on_read _queue)};
380	# $self->{_eof} = 1; # tell starttls et. al to stop trying
381	#
382	# &_freetls;
383	#}
384		511
385	sub _error {	512	sub _error {
386	my ($self, $errno, $fatal, $message) = @_;	513	my ($self, $errno, $fatal, $message) = @_;
387		514
388	$! = $errno;	515	$! = $errno;
389	$message \|\|= "$!";	516	$message \|\|= "$!";
390		517
391	if ($self->{on_error}) {	518	if ($self->{on_error}) {
392	$self->{on_error}($self, $fatal, $message);	519	$self->{on_error}($self, $fatal, $message);
393	$self->destroy;	520	$self->destroy if $fatal;
394	} elsif ($self->{fh}) {	521	} elsif ($self->{fh}) {
395	$self->destroy;	522	$self->destroy;
396	Carp::croak "AnyEvent::Handle uncaught error: $message";	523	Carp::croak "AnyEvent::Handle uncaught error: $message";
397	}	524	}
398	}	525	}
…		…
425	$_[0]{on_eof} = $_[1];	552	$_[0]{on_eof} = $_[1];
426	}	553	}
427		554
428	=item $handle->on_timeout ($cb)	555	=item $handle->on_timeout ($cb)
429		556
430	Replace the current C<on_timeout> callback, or disables the callback (but	557	=item $handle->on_rtimeout ($cb)
431	not the timeout) if C<$cb> = C<undef>. See the C<timeout> constructor
432	argument and method.
433		558
434	=cut	559	=item $handle->on_wtimeout ($cb)
435		560
436	sub on_timeout {	561	Replace the current C<on_timeout>, C<on_rtimeout> or C<on_wtimeout>
437	$_[0]{on_timeout} = $_[1];	562	callback, or disables the callback (but not the timeout) if C<$cb> =
438	}	563	C<undef>. See the C<timeout> constructor argument and method.
		564
		565	=cut
		566
		567	# see below
439		568
440	=item $handle->autocork ($boolean)	569	=item $handle->autocork ($boolean)
441		570
442	Enables or disables the current autocork behaviour (see C<autocork>	571	Enables or disables the current autocork behaviour (see C<autocork>
443	constructor argument). Changes will only take effect on the next write.	572	constructor argument). Changes will only take effect on the next write.
…		…
458	sub no_delay {	587	sub no_delay {
459	$_[0]{no_delay} = $_[1];	588	$_[0]{no_delay} = $_[1];
460		589
461	eval {	590	eval {
462	local $SIG{__DIE__};	591	local $SIG{__DIE__};
463	setsockopt $_[0]{fh}, &Socket::IPPROTO_TCP, &Socket::TCP_NODELAY, int $_[1];	592	setsockopt $_[0]{fh}, &Socket::IPPROTO_TCP, &Socket::TCP_NODELAY, int $_[1]
		593	if $_[0]{fh};
464	};	594	};
465	}	595	}
466		596
467	=item $handle->on_starttls ($cb)	597	=item $handle->on_starttls ($cb)
468		598
…		…
482		612
483	sub on_starttls {	613	sub on_starttls {
484	$_[0]{on_stoptls} = $_[1];	614	$_[0]{on_stoptls} = $_[1];
485	}	615	}
486		616
		617	=item $handle->rbuf_max ($max_octets)
		618
		619	Configures the C<rbuf_max> setting (C<undef> disables it).
		620
		621	=cut
		622
		623	sub rbuf_max {
		624	$_[0]{rbuf_max} = $_[1];
		625	}
		626
487	#############################################################################	627	#############################################################################
488		628
489	=item $handle->timeout ($seconds)	629	=item $handle->timeout ($seconds)
490		630
		631	=item $handle->rtimeout ($seconds)
		632
		633	=item $handle->wtimeout ($seconds)
		634
491	Configures (or disables) the inactivity timeout.	635	Configures (or disables) the inactivity timeout.
492		636
493	=cut	637	=item $handle->timeout_reset
494		638
495	sub timeout {	639	=item $handle->rtimeout_reset
		640
		641	=item $handle->wtimeout_reset
		642
		643	Reset the activity timeout, as if data was received or sent.
		644
		645	These methods are cheap to call.
		646
		647	=cut
		648
		649	for my $dir ("", "r", "w") {
		650	my $timeout = "${dir}timeout";
		651	my $tw = "_${dir}tw";
		652	my $on_timeout = "on_${dir}timeout";
		653	my $activity = "_${dir}activity";
		654	my $cb;
		655
		656	*$on_timeout = sub {
		657	$_[0]{$on_timeout} = $_[1];
		658	};
		659
		660	*$timeout = sub {
496	my ($self, $timeout) = @_;	661	my ($self, $new_value) = @_;
497		662
498	$self->{timeout} = $timeout;	663	$self->{$timeout} = $new_value;
499	$self->_timeout;	664	delete $self->{$tw}; &$cb;
500	}	665	};
501		666
		667	*{"${dir}timeout_reset"} = sub {
		668	$_[0]{$activity} = AE::now;
		669	};
		670
		671	# main workhorse:
502	# reset the timeout watcher, as neccessary	672	# reset the timeout watcher, as neccessary
503	# also check for time-outs	673	# also check for time-outs
504	sub _timeout {	674	$cb = sub {
505	my ($self) = @_;	675	my ($self) = @_;
506		676
507	if ($self->{timeout}) {	677	if ($self->{$timeout} && $self->{fh}) {
508	my $NOW = AnyEvent->now;	678	my $NOW = AE::now;
509		679
510	# when would the timeout trigger?	680	# when would the timeout trigger?
511	my $after = $self->{_activity} + $self->{timeout} - $NOW;	681	my $after = $self->{$activity} + $self->{$timeout} - $NOW;
512		682
513	# now or in the past already?	683	# now or in the past already?
514	if ($after <= 0) {	684	if ($after <= 0) {
515	$self->{_activity} = $NOW;	685	$self->{$activity} = $NOW;
516		686
517	if ($self->{on_timeout}) {	687	if ($self->{$on_timeout}) {
518	$self->{on_timeout}($self);	688	$self->{$on_timeout}($self);
519	} else {	689	} else {
520	$self->_error (Errno::ETIMEDOUT);	690	$self->_error (Errno::ETIMEDOUT);
		691	}
		692
		693	# callback could have changed timeout value, optimise
		694	return unless $self->{$timeout};
		695
		696	# calculate new after
		697	$after = $self->{$timeout};
521	}	698	}
522		699
523	# callback could have changed timeout value, optimise	700	Scalar::Util::weaken $self;
524	return unless $self->{timeout};	701	return unless $self; # ->error could have destroyed $self
525		702
526	# calculate new after	703	$self->{$tw} \|\|= AE::timer $after, 0, sub {
527	$after = $self->{timeout};	704	delete $self->{$tw};
		705	$cb->($self);
		706	};
		707	} else {
		708	delete $self->{$tw};
528	}	709	}
529
530	Scalar::Util::weaken $self;
531	return unless $self; # ->error could have destroyed $self
532
533	$self->{_tw} \|\|= AnyEvent->timer (after => $after, cb => sub {
534	delete $self->{_tw};
535	$self->_timeout;
536	});
537	} else {
538	delete $self->{_tw};
539	}	710	}
540	}	711	}
541		712
542	#############################################################################	713	#############################################################################
543		714
…		…
591	my $len = syswrite $self->{fh}, $self->{wbuf};	762	my $len = syswrite $self->{fh}, $self->{wbuf};
592		763
593	if (defined $len) {	764	if (defined $len) {
594	substr $self->{wbuf}, 0, $len, "";	765	substr $self->{wbuf}, 0, $len, "";
595		766
596	$self->{_activity} = AnyEvent->now;	767	$self->{_activity} = $self->{_wactivity} = AE::now;
597		768
598	$self->{on_drain}($self)	769	$self->{on_drain}($self)
599	if $self->{low_water_mark} >= (length $self->{wbuf}) + (length $self->{_tls_wbuf})	770	if $self->{low_water_mark} >= (length $self->{wbuf}) + (length $self->{_tls_wbuf})
600	&& $self->{on_drain};	771	&& $self->{on_drain};
601		772
…		…
607		778
608	# try to write data immediately	779	# try to write data immediately
609	$cb->() unless $self->{autocork};	780	$cb->() unless $self->{autocork};
610		781
611	# if still data left in wbuf, we need to poll	782	# if still data left in wbuf, we need to poll
612	$self->{_ww} = AnyEvent->io (fh => $self->{fh}, poll => "w", cb => $cb)	783	$self->{_ww} = AE::io $self->{fh}, 1, $cb
613	if length $self->{wbuf};	784	if length $self->{wbuf};
614	};	785	};
615	}	786	}
616		787
617	our %WH;	788	our %WH;
…		…
630	->($self, @_);	801	->($self, @_);
631	}	802	}
632		803
633	if ($self->{tls}) {	804	if ($self->{tls}) {
634	$self->{_tls_wbuf} .= $_[0];	805	$self->{_tls_wbuf} .= $_[0];
635		806	&_dotls ($self) if $self->{fh};
636	&_dotls ($self);
637	} else {	807	} else {
638	$self->{wbuf} .= $_[0];	808	$self->{wbuf} .= $_[0];
639	$self->_drain_wbuf;	809	$self->_drain_wbuf if $self->{fh};
640	}	810	}
641	}	811	}
642		812
643	=item $handle->push_write (type => @args)	813	=item $handle->push_write (type => @args)
644		814
…		…
708	Other languages could read single lines terminated by a newline and pass	878	Other languages could read single lines terminated by a newline and pass
709	this line into their JSON decoder of choice.	879	this line into their JSON decoder of choice.
710		880
711	=cut	881	=cut
712		882
		883	sub json_coder() {
		884	eval { require JSON::XS; JSON::XS->new->utf8 }
		885	\|\| do { require JSON; JSON->new->utf8 }
		886	}
		887
713	register_write_type json => sub {	888	register_write_type json => sub {
714	my ($self, $ref) = @_;	889	my ($self, $ref) = @_;
715		890
716	require JSON;	891	my $json = $self->{json} \|\|= json_coder;
717		892
718	$self->{json} ? $self->{json}->encode ($ref)	893	$json->encode ($ref)
719	: JSON::encode_json ($ref)
720	};	894	};
721		895
722	=item storable => $reference	896	=item storable => $reference
723		897
724	Freezes the given reference using L<Storable> and writes it to the	898	Freezes the given reference using L<Storable> and writes it to the
…		…
861	=cut	1035	=cut
862		1036
863	sub _drain_rbuf {	1037	sub _drain_rbuf {
864	my ($self) = @_;	1038	my ($self) = @_;
865		1039
		1040	# avoid recursion
		1041	return if $self->{_skip_drain_rbuf};
866	local $self->{_in_drain} = 1;	1042	local $self->{_skip_drain_rbuf} = 1;
867
868	if (
869	defined $self->{rbuf_max}
870	&& $self->{rbuf_max} < length $self->{rbuf}
871	) {
872	$self->_error (Errno::ENOSPC, 1), return;
873	}
874		1043
875	while () {	1044	while () {
876	# we need to use a separate tls read buffer, as we must not receive data while	1045	# we need to use a separate tls read buffer, as we must not receive data while
877	# we are draining the buffer, and this can only happen with TLS.	1046	# we are draining the buffer, and this can only happen with TLS.
878	$self->{rbuf} .= delete $self->{_tls_rbuf} if exists $self->{_tls_rbuf};	1047	$self->{rbuf} .= delete $self->{_tls_rbuf}
		1048	if exists $self->{_tls_rbuf};
879		1049
880	my $len = length $self->{rbuf};	1050	my $len = length $self->{rbuf};
881		1051
882	if (my $cb = shift @{ $self->{_queue} }) {	1052	if (my $cb = shift @{ $self->{_queue} }) {
883	unless ($cb->($self)) {	1053	unless ($cb->($self)) {
884	if ($self->{_eof}) {	1054	# no progress can be made
885	# no progress can be made (not enough data and no data forthcoming)	1055	# (not enough data and no data forthcoming)
886	$self->_error (Errno::EPIPE, 1), return;	1056	$self->_error (Errno::EPIPE, 1), return
887	}	1057	if $self->{_eof};
888		1058
889	unshift @{ $self->{_queue} }, $cb;	1059	unshift @{ $self->{_queue} }, $cb;
890	last;	1060	last;
891	}	1061	}
892	} elsif ($self->{on_read}) {	1062	} elsif ($self->{on_read}) {
…		…
912	last;	1082	last;
913	}	1083	}
914	}	1084	}
915		1085
916	if ($self->{_eof}) {	1086	if ($self->{_eof}) {
917	if ($self->{on_eof}) {	1087	$self->{on_eof}
918	$self->{on_eof}($self)	1088	? $self->{on_eof}($self)
919	} else {
920	$self->_error (0, 1, "Unexpected end-of-file");	1089	: $self->_error (0, 1, "Unexpected end-of-file");
921	}	1090
		1091	return;
		1092	}
		1093
		1094	if (
		1095	defined $self->{rbuf_max}
		1096	&& $self->{rbuf_max} < length $self->{rbuf}
		1097	) {
		1098	$self->_error (Errno::ENOSPC, 1), return;
922	}	1099	}
923		1100
924	# may need to restart read watcher	1101	# may need to restart read watcher
925	unless ($self->{_rw}) {	1102	unless ($self->{_rw}) {
926	$self->start_read	1103	$self->start_read
…		…
938		1115
939	sub on_read {	1116	sub on_read {
940	my ($self, $cb) = @_;	1117	my ($self, $cb) = @_;
941		1118
942	$self->{on_read} = $cb;	1119	$self->{on_read} = $cb;
943	$self->_drain_rbuf if $cb && !$self->{_in_drain};	1120	$self->_drain_rbuf if $cb;
944	}	1121	}
945		1122
946	=item $handle->rbuf	1123	=item $handle->rbuf
947		1124
948	Returns the read buffer (as a modifiable lvalue).	1125	Returns the read buffer (as a modifiable lvalue).
…		…
1000	$cb = ($RH{$type} or Carp::croak "unsupported type passed to AnyEvent::Handle::push_read")	1177	$cb = ($RH{$type} or Carp::croak "unsupported type passed to AnyEvent::Handle::push_read")
1001	->($self, $cb, @_);	1178	->($self, $cb, @_);
1002	}	1179	}
1003		1180
1004	push @{ $self->{_queue} }, $cb;	1181	push @{ $self->{_queue} }, $cb;
1005	$self->_drain_rbuf unless $self->{_in_drain};	1182	$self->_drain_rbuf;
1006	}	1183	}
1007		1184
1008	sub unshift_read {	1185	sub unshift_read {
1009	my $self = shift;	1186	my $self = shift;
1010	my $cb = pop;	1187	my $cb = pop;
…		…
1016	->($self, $cb, @_);	1193	->($self, $cb, @_);
1017	}	1194	}
1018		1195
1019		1196
1020	unshift @{ $self->{_queue} }, $cb;	1197	unshift @{ $self->{_queue} }, $cb;
1021	$self->_drain_rbuf unless $self->{_in_drain};	1198	$self->_drain_rbuf;
1022	}	1199	}
1023		1200
1024	=item $handle->push_read (type => @args, $cb)	1201	=item $handle->push_read (type => @args, $cb)
1025		1202
1026	=item $handle->unshift_read (type => @args, $cb)	1203	=item $handle->unshift_read (type => @args, $cb)
…		…
1275	=cut	1452	=cut
1276		1453
1277	register_read_type json => sub {	1454	register_read_type json => sub {
1278	my ($self, $cb) = @_;	1455	my ($self, $cb) = @_;
1279		1456
1280	my $json = $self->{json} \|\|=	1457	my $json = $self->{json} \|\|= json_coder;
1281	eval { require JSON::XS; JSON::XS->new->utf8 }
1282	\|\| do { require JSON; JSON->new->utf8 };
1283		1458
1284	my $data;	1459	my $data;
1285	my $rbuf = \$self->{rbuf};	1460	my $rbuf = \$self->{rbuf};
1286		1461
1287	sub {	1462	sub {
…		…
1407	my ($self) = @_;	1582	my ($self) = @_;
1408		1583
1409	unless ($self->{_rw} \|\| $self->{_eof}) {	1584	unless ($self->{_rw} \|\| $self->{_eof}) {
1410	Scalar::Util::weaken $self;	1585	Scalar::Util::weaken $self;
1411		1586
1412	$self->{_rw} = AnyEvent->io (fh => $self->{fh}, poll => "r", cb => sub {	1587	$self->{_rw} = AE::io $self->{fh}, 0, sub {
1413	my $rbuf = \($self->{tls} ? my $buf : $self->{rbuf});	1588	my $rbuf = \($self->{tls} ? my $buf : $self->{rbuf});
1414	my $len = sysread $self->{fh}, $$rbuf, $self->{read_size} \|\| 8192, length $$rbuf;	1589	my $len = sysread $self->{fh}, $$rbuf, $self->{read_size} \|\| 8192, length $$rbuf;
1415		1590
1416	if ($len > 0) {	1591	if ($len > 0) {
1417	$self->{_activity} = AnyEvent->now;	1592	$self->{_activity} = $self->{_ractivity} = AE::now;
1418		1593
1419	if ($self->{tls}) {	1594	if ($self->{tls}) {
1420	Net::SSLeay::BIO_write ($self->{_rbio}, $$rbuf);	1595	Net::SSLeay::BIO_write ($self->{_rbio}, $$rbuf);
1421		1596
1422	&_dotls ($self);	1597	&_dotls ($self);
1423	} else {	1598	} else {
1424	$self->_drain_rbuf unless $self->{_in_drain};	1599	$self->_drain_rbuf;
1425	}	1600	}
1426		1601
1427	} elsif (defined $len) {	1602	} elsif (defined $len) {
1428	delete $self->{_rw};	1603	delete $self->{_rw};
1429	$self->{_eof} = 1;	1604	$self->{_eof} = 1;
1430	$self->_drain_rbuf unless $self->{_in_drain};	1605	$self->_drain_rbuf;
1431		1606
1432	} elsif ($! != EAGAIN && $! != EINTR && $! != WSAEWOULDBLOCK) {	1607	} elsif ($! != EAGAIN && $! != EINTR && $! != WSAEWOULDBLOCK) {
1433	return $self->_error ($!, 1);	1608	return $self->_error ($!, 1);
1434	}	1609	}
1435	});	1610	};
1436	}	1611	}
1437	}	1612	}
1438		1613
1439	our $ERROR_SYSCALL;	1614	our $ERROR_SYSCALL;
1440	our $ERROR_WANT_READ;	1615	our $ERROR_WANT_READ;
…		…
1495	$self->{_eof} = 1;	1670	$self->{_eof} = 1;
1496	}	1671	}
1497	}	1672	}
1498		1673
1499	$self->{_tls_rbuf} .= $tmp;	1674	$self->{_tls_rbuf} .= $tmp;
1500	$self->_drain_rbuf unless $self->{_in_drain};	1675	$self->_drain_rbuf;
1501	$self->{tls} or return; # tls session might have gone away in callback	1676	$self->{tls} or return; # tls session might have gone away in callback
1502	}	1677	}
1503		1678
1504	$tmp = Net::SSLeay::get_error ($self->{tls}, -1);	1679	$tmp = Net::SSLeay::get_error ($self->{tls}, -1);
1505	return $self->_tls_error ($tmp)	1680	return $self->_tls_error ($tmp)
…		…
1520		1695
1521	Instead of starting TLS negotiation immediately when the AnyEvent::Handle	1696	Instead of starting TLS negotiation immediately when the AnyEvent::Handle
1522	object is created, you can also do that at a later time by calling	1697	object is created, you can also do that at a later time by calling
1523	C<starttls>.	1698	C<starttls>.
1524		1699
		1700	Starting TLS is currently an asynchronous operation - when you push some
		1701	write data and then call C<< ->starttls >> then TLS negotiation will start
		1702	immediately, after which the queued write data is then sent.
		1703
1525	The first argument is the same as the C<tls> constructor argument (either	1704	The first argument is the same as the C<tls> constructor argument (either
1526	C<"connect">, C<"accept"> or an existing Net::SSLeay object).	1705	C<"connect">, C<"accept"> or an existing Net::SSLeay object).
1527		1706
1528	The second argument is the optional C<AnyEvent::TLS> object that is used	1707	The second argument is the optional C<AnyEvent::TLS> object that is used
1529	when AnyEvent::Handle has to create its own TLS connection object, or	1708	when AnyEvent::Handle has to create its own TLS connection object, or
…		…
1533	The TLS connection object will end up in C<< $handle->{tls} >>, the TLS	1712	The TLS connection object will end up in C<< $handle->{tls} >>, the TLS
1534	context in C<< $handle->{tls_ctx} >> after this call and can be used or	1713	context in C<< $handle->{tls_ctx} >> after this call and can be used or
1535	changed to your liking. Note that the handshake might have already started	1714	changed to your liking. Note that the handshake might have already started
1536	when this function returns.	1715	when this function returns.
1537		1716
1538	If it an error to start a TLS handshake more than once per	1717	Due to bugs in OpenSSL, it might or might not be possible to do multiple
1539	AnyEvent::Handle object (this is due to bugs in OpenSSL).	1718	handshakes on the same stream. Best do not attempt to use the stream after
		1719	stopping TLS.
1540		1720
1541	=cut	1721	=cut
1542		1722
1543	our %TLS_CACHE; #TODO not yet documented, should we?	1723	our %TLS_CACHE; #TODO not yet documented, should we?
1544		1724
1545	sub starttls {	1725	sub starttls {
1546	my ($self, $ssl, $ctx) = @_;	1726	my ($self, $tls, $ctx) = @_;
		1727
		1728	Carp::croak "It is an error to call starttls on an AnyEvent::Handle object while TLS is already active, caught"
		1729	if $self->{tls};
		1730
		1731	$self->{tls} = $tls;
		1732	$self->{tls_ctx} = $ctx if @_ > 2;
		1733
		1734	return unless $self->{fh};
1547		1735
1548	require Net::SSLeay;	1736	require Net::SSLeay;
1549
1550	Carp::croak "it is an error to call starttls more than once on an AnyEvent::Handle object"
1551	if $self->{tls};
1552		1737
1553	$ERROR_SYSCALL = Net::SSLeay::ERROR_SYSCALL ();	1738	$ERROR_SYSCALL = Net::SSLeay::ERROR_SYSCALL ();
1554	$ERROR_WANT_READ = Net::SSLeay::ERROR_WANT_READ ();	1739	$ERROR_WANT_READ = Net::SSLeay::ERROR_WANT_READ ();
1555		1740
		1741	$tls = delete $self->{tls};
1556	$ctx \|\|= $self->{tls_ctx};	1742	$ctx = $self->{tls_ctx};
		1743
		1744	local $Carp::CarpLevel = 1; # skip ourselves when creating a new context or session
1557		1745
1558	if ("HASH" eq ref $ctx) {	1746	if ("HASH" eq ref $ctx) {
1559	require AnyEvent::TLS;	1747	require AnyEvent::TLS;
1560
1561	local $Carp::CarpLevel = 1; # skip ourselves when creating a new context
1562		1748
1563	if ($ctx->{cache}) {	1749	if ($ctx->{cache}) {
1564	my $key = $ctx+0;	1750	my $key = $ctx+0;
1565	$ctx = $TLS_CACHE{$key} \|\|= new AnyEvent::TLS %$ctx;	1751	$ctx = $TLS_CACHE{$key} \|\|= new AnyEvent::TLS %$ctx;
1566	} else {	1752	} else {
1567	$ctx = new AnyEvent::TLS %$ctx;	1753	$ctx = new AnyEvent::TLS %$ctx;
1568	}	1754	}
1569	}	1755	}
1570		1756
1571	$self->{tls_ctx} = $ctx \|\| TLS_CTX ();	1757	$self->{tls_ctx} = $ctx \|\| TLS_CTX ();
1572	$self->{tls} = $ssl = $self->{tls_ctx}->_get_session ($ssl, $self, $self->{peername});	1758	$self->{tls} = $tls = $self->{tls_ctx}->_get_session ($tls, $self, $self->{peername});
1573		1759
1574	# basically, this is deep magic (because SSL_read should have the same issues)	1760	# basically, this is deep magic (because SSL_read should have the same issues)
1575	# but the openssl maintainers basically said: "trust us, it just works".	1761	# but the openssl maintainers basically said: "trust us, it just works".
1576	# (unfortunately, we have to hardcode constants because the abysmally misdesigned	1762	# (unfortunately, we have to hardcode constants because the abysmally misdesigned
1577	# and mismaintained ssleay-module doesn't even offer them).	1763	# and mismaintained ssleay-module doesn't even offer them).
…		…
1584	# and we drive openssl fully in blocking mode here. Or maybe we don't - openssl seems to	1770	# and we drive openssl fully in blocking mode here. Or maybe we don't - openssl seems to
1585	# have identity issues in that area.	1771	# have identity issues in that area.
1586	# Net::SSLeay::CTX_set_mode ($ssl,	1772	# Net::SSLeay::CTX_set_mode ($ssl,
1587	# (eval { local $SIG{__DIE__}; Net::SSLeay::MODE_ENABLE_PARTIAL_WRITE () } \|\| 1)	1773	# (eval { local $SIG{__DIE__}; Net::SSLeay::MODE_ENABLE_PARTIAL_WRITE () } \|\| 1)
1588	# \| (eval { local $SIG{__DIE__}; Net::SSLeay::MODE_ACCEPT_MOVING_WRITE_BUFFER () } \|\| 2));	1774	# \| (eval { local $SIG{__DIE__}; Net::SSLeay::MODE_ACCEPT_MOVING_WRITE_BUFFER () } \|\| 2));
1589	Net::SSLeay::CTX_set_mode ($ssl, 1\|2);	1775	Net::SSLeay::CTX_set_mode ($tls, 1\|2);
1590		1776
1591	$self->{_rbio} = Net::SSLeay::BIO_new (Net::SSLeay::BIO_s_mem ());	1777	$self->{_rbio} = Net::SSLeay::BIO_new (Net::SSLeay::BIO_s_mem ());
1592	$self->{_wbio} = Net::SSLeay::BIO_new (Net::SSLeay::BIO_s_mem ());	1778	$self->{_wbio} = Net::SSLeay::BIO_new (Net::SSLeay::BIO_s_mem ());
1593		1779
		1780	Net::SSLeay::BIO_write ($self->{_rbio}, delete $self->{rbuf});
		1781
1594	Net::SSLeay::set_bio ($ssl, $self->{_rbio}, $self->{_wbio});	1782	Net::SSLeay::set_bio ($tls, $self->{_rbio}, $self->{_wbio});
1595		1783
1596	$self->{_on_starttls} = sub { $_[0]{on_starttls}(@_) }	1784	$self->{_on_starttls} = sub { $_[0]{on_starttls}(@_) }
1597	if $self->{on_starttls};	1785	if $self->{on_starttls};
1598		1786
1599	&_dotls; # need to trigger the initial handshake	1787	&_dotls; # need to trigger the initial handshake
…		…
1602		1790
1603	=item $handle->stoptls	1791	=item $handle->stoptls
1604		1792
1605	Shuts down the SSL connection - this makes a proper EOF handshake by	1793	Shuts down the SSL connection - this makes a proper EOF handshake by
1606	sending a close notify to the other side, but since OpenSSL doesn't	1794	sending a close notify to the other side, but since OpenSSL doesn't
1607	support non-blocking shut downs, it is not possible to re-use the stream	1795	support non-blocking shut downs, it is not guarenteed that you can re-use
1608	afterwards.	1796	the stream afterwards.
1609		1797
1610	=cut	1798	=cut
1611		1799
1612	sub stoptls {	1800	sub stoptls {
1613	my ($self) = @_;	1801	my ($self) = @_;
…		…
1626	sub _freetls {	1814	sub _freetls {
1627	my ($self) = @_;	1815	my ($self) = @_;
1628		1816
1629	return unless $self->{tls};	1817	return unless $self->{tls};
1630		1818
1631	$self->{tls_ctx}->_put_session (delete $self->{tls});	1819	$self->{tls_ctx}->_put_session (delete $self->{tls})
		1820	if $self->{tls} > 0;
1632		1821
1633	delete @$self{qw(_rbio _wbio _tls_wbuf _on_starttls)};	1822	delete @$self{qw(_rbio _wbio _tls_wbuf _on_starttls)};
1634	}	1823	}
1635		1824
1636	sub DESTROY {	1825	sub DESTROY {
…		…
1638		1827
1639	&_freetls;	1828	&_freetls;
1640		1829
1641	my $linger = exists $self->{linger} ? $self->{linger} : 3600;	1830	my $linger = exists $self->{linger} ? $self->{linger} : 3600;
1642		1831
1643	if ($linger && length $self->{wbuf}) {	1832	if ($linger && length $self->{wbuf} && $self->{fh}) {
1644	my $fh = delete $self->{fh};	1833	my $fh = delete $self->{fh};
1645	my $wbuf = delete $self->{wbuf};	1834	my $wbuf = delete $self->{wbuf};
1646		1835
1647	my @linger;	1836	my @linger;
1648		1837
1649	push @linger, AnyEvent->io (fh => $fh, poll => "w", cb => sub {	1838	push @linger, AE::io $fh, 1, sub {
1650	my $len = syswrite $fh, $wbuf, length $wbuf;	1839	my $len = syswrite $fh, $wbuf, length $wbuf;
1651		1840
1652	if ($len > 0) {	1841	if ($len > 0) {
1653	substr $wbuf, 0, $len, "";	1842	substr $wbuf, 0, $len, "";
1654	} else {	1843	} else {
1655	@linger = (); # end	1844	@linger = (); # end
1656	}	1845	}
1657	});	1846	};
1658	push @linger, AnyEvent->timer (after => $linger, cb => sub {	1847	push @linger, AE::timer $linger, 0, sub {
1659	@linger = ();	1848	@linger = ();
1660	});	1849	};
1661	}	1850	}
1662	}	1851	}
1663		1852
1664	=item $handle->destroy	1853	=item $handle->destroy
1665		1854
1666	Shuts down the handle object as much as possible - this call ensures that	1855	Shuts down the handle object as much as possible - this call ensures that
1667	no further callbacks will be invoked and as many resources as possible	1856	no further callbacks will be invoked and as many resources as possible
1668	will be freed. You must not call any methods on the object afterwards.	1857	will be freed. Any method you will call on the handle object after
		1858	destroying it in this way will be silently ignored (and it will return the
		1859	empty list).
1669		1860
1670	Normally, you can just "forget" any references to an AnyEvent::Handle	1861	Normally, you can just "forget" any references to an AnyEvent::Handle
1671	object and it will simply shut down. This works in fatal error and EOF	1862	object and it will simply shut down. This works in fatal error and EOF
1672	callbacks, as well as code outside. It does I<NOT> work in a read or write	1863	callbacks, as well as code outside. It does I<NOT> work in a read or write
1673	callback, so when you want to destroy the AnyEvent::Handle object from	1864	callback, so when you want to destroy the AnyEvent::Handle object from
…		…
1687	sub destroy {	1878	sub destroy {
1688	my ($self) = @_;	1879	my ($self) = @_;
1689		1880
1690	$self->DESTROY;	1881	$self->DESTROY;
1691	%$self = ();	1882	%$self = ();
		1883	bless $self, "AnyEvent::Handle::destroyed";
		1884	}
		1885
		1886	sub AnyEvent::Handle::destroyed::AUTOLOAD {
		1887	#nop
1692	}	1888	}
1693		1889
1694	=item AnyEvent::Handle::TLS_CTX	1890	=item AnyEvent::Handle::TLS_CTX
1695		1891
1696	This function creates and returns the AnyEvent::TLS object used by default	1892	This function creates and returns the AnyEvent::TLS object used by default

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Comparing AnyEvent/lib/AnyEvent/Handle.pm (file contents): Revision 1.150 by root, Thu Jul 16 04:16:25 2009 UTC vs. Revision 1.180 by root, Thu Aug 20 22:58:35 2009 UTC

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Comparing AnyEvent/lib/AnyEvent/Handle.pm (file contents):
Revision 1.150 by root, Thu Jul 16 04:16:25 2009 UTC vs.
Revision 1.180 by root, Thu Aug 20 22:58:35 2009 UTC