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

Comparing AnyEvent/lib/AnyEvent/Handle.pm (file contents):
Revision 1.7 by root, Thu May 1 16:35:40 2008 UTC vs.
Revision 1.8 by root, Fri May 2 15:36:10 2008 UTC

1	package AnyEvent::Handle;	1	package AnyEvent::Handle;
2		2
3	no warnings;	3	no warnings;
4	use strict;	4	use strict;
5		5
6	use AnyEvent;	6	use AnyEvent ();
7	use IO::Handle;	7	use AnyEvent::Util ();
		8	use Scalar::Util ();
		9	use Carp ();
		10	use Fcntl ();
8	use Errno qw/EAGAIN EINTR/;	11	use Errno qw/EAGAIN EINTR/;
9		12
10	=head1 NAME	13	=head1 NAME
11		14
12	AnyEvent::Handle - non-blocking I/O on filehandles via AnyEvent	15	AnyEvent::Handle - non-blocking I/O on filehandles via AnyEvent
13		16
14	=head1 VERSION
15
16	Version 0.01
17
18	=cut	17	=cut
19		18
20	our $VERSION = '0.01';	19	our $VERSION = '0.02';
21		20
22	=head1 SYNOPSIS	21	=head1 SYNOPSIS
23		22
24	use AnyEvent;	23	use AnyEvent;
25	use AnyEvent::Handle;	24	use AnyEvent::Handle;
26		25
27	my $cv = AnyEvent->condvar;	26	my $cv = AnyEvent->condvar;
28		27
29	my $ae_fh = AnyEvent::Handle->new (fh => \*STDIN);	28	my $ae_fh = AnyEvent::Handle->new (fh => \*STDIN);
30		29
31	$ae_fh->on_eof (sub { $cv->broadcast });	30	#TODO
32
33	$ae_fh->readlines (sub {
34	my ($ae_fh, @lines) = @_;
35	for (@lines) {
36	chomp;
37	print "Line: $_";
38	}
39	});
40		31
41	# or use the constructor to pass the callback:	32	# or use the constructor to pass the callback:
42		33
43	my $ae_fh2 =	34	my $ae_fh2 =
44	AnyEvent::Handle->new (	35	AnyEvent::Handle->new (
45	fh => \*STDIN,	36	fh => \*STDIN,
46	on_eof => sub {	37	on_eof => sub {
47	$cv->broadcast;	38	$cv->broadcast;
48	},	39	},
49	on_readline => sub {	40	#TODO
50	my ($ae_fh, @lines) = @_;	41	);
51	for (@lines) {	42
52	chomp;	43	$cv->wait;
53	print "Line: $_";	44
54	}	45	=head1 DESCRIPTION
		46
		47	This module is a helper module to make it easier to do event-based I/O on
		48	filehandles (and sockets, see L<AnyEvent::Socket> for an easy way to make
		49	non-blocking resolves and connects).
		50
		51	In the following, when the documentation refers to of "bytes" then this
		52	means characters. As sysread and syswrite are used for all I/O, their
		53	treatment of characters applies to this module as well.
		54
		55	All callbacks will be invoked with the handle object as their first
		56	argument.
		57
		58	=head1 METHODS
		59
		60	=over 4
		61
		62	=item B<new (%args)>
		63
		64	The constructor supports these arguments (all as key => value pairs).
		65
		66	=over 4
		67
		68	=item fh => $filehandle [MANDATORY]
		69
		70	The filehandle this L<AnyEvent::Handle> object will operate on.
		71
		72	NOTE: The filehandle will be set to non-blocking (using
		73	AnyEvent::Util::fh_nonblocking).
		74
		75	=item on_error => $cb->($self) [MANDATORY]
		76
		77	This is the fatal error callback, that is called when a fatal error ocurs,
		78	such as not being able to resolve the hostname, failure to connect or a
		79	read error.
		80
		81	The object will not be in a usable state when this callback has been
		82	called.
		83
		84	On callback entrance, the value of C<$!> contains the opertaing system
		85	error (or C<ENOSPC> or C<EPIPE>).
		86
		87	=item on_eof => $cb->($self) [MANDATORY]
		88
		89	Set the callback to be called on EOF.
		90
		91	=item on_read => $cb->($self)
		92
		93	This sets the default read callback, which is called when data arrives
		94	and no read request is in the queue. If the read callback is C<undef>
		95	or has never been set, than AnyEvent::Handle will cease reading from the
		96	filehandle.
		97
		98	To access (and remove data from) the read buffer, use the C<< ->rbuf >>
		99	method or acces sthe C<$self->{rbuf}> member directly.
		100
		101	When an EOF condition is detected then AnyEvent::Handle will first try to
		102	feed all the remaining data to the queued callbacks and C<on_read> before
		103	calling the C<on_eof> callback. If no progress can be made, then a fatal
		104	error will be raised (with C<$!> set to C<EPIPE>).
		105
		106	=item on_drain => $cb->()
		107
		108	This sets the callback that is called when the write buffer becomes empty
		109	(or when the callback is set and the buffer is empty already).
		110
		111	To append to the write buffer, use the C<< ->push_write >> method.
		112
		113	=item rbuf_max => <bytes>
		114
		115	If defined, then a fatal error will be raised (with C<$!> set to C<ENOSPC>)
		116	when the read buffer ever (strictly) exceeds this size. This is useful to
		117	avoid denial-of-service attacks.
		118
		119	For example, a server accepting connections from untrusted sources should
		120	be configured to accept only so-and-so much data that it cannot act on
		121	(for example, when expecting a line, an attacker could send an unlimited
		122	amount of data without a callback ever being called as long as the line
		123	isn't finished).
		124
		125	=item read_size => <bytes>
		126
		127	The default read block size (the amount of bytes this module will try to read
		128	on each [loop iteration). Default: C<4096>.
		129
		130	=item low_water_mark => <bytes>
		131
		132	Sets the amount of bytes (default: C<0>) that make up an "empty" write
		133	buffer: If the write reaches this size or gets even samller it is
		134	considered empty.
		135
		136	=back
		137
		138	=cut
		139
		140	sub new {
		141	my $class = shift;
		142
		143	my $self = bless { @_ }, $class;
		144
		145	$self->{fh} or Carp::croak "mandatory argument fh is missing";
		146
		147	AnyEvent::Util::fh_nonblocking $self->{fh}, 1;
		148
		149	$self->on_error ((delete $self->{on_error}) or Carp::croak "mandatory argument on_error is missing");
		150	$self->on_eof ((delete $self->{on_eof} ) or Carp::croak "mandatory argument on_eof is missing");
		151
		152	$self->on_drain (delete $self->{on_drain}) if $self->{on_drain};
		153	$self->on_read (delete $self->{on_read} ) if $self->{on_read};
		154
		155	$self
		156	}
		157
		158	sub _shutdown {
		159	my ($self) = @_;
		160
		161	delete $self->{rw};
		162	delete $self->{ww};
		163	delete $self->{fh};
		164	}
		165
		166	sub error {
		167	my ($self) = @_;
		168
		169	{
		170	local $!;
		171	$self->_shutdown;
		172	}
		173
		174	$self->{on_error}($self);
		175	}
		176
		177	=item $fh = $handle->fh
		178
		179	This method returns the filehandle of the L<AnyEvent::Handle> object.
		180
		181	=cut
		182
		183	sub fh { $_[0]->{fh} }
		184
		185	=item $handle->on_error ($cb)
		186
		187	Replace the current C<on_error> callback (see the C<on_error> constructor argument).
		188
		189	=cut
		190
		191	sub on_error {
		192	$_[0]{on_error} = $_[1];
		193	}
		194
		195	=item $handle->on_eof ($cb)
		196
		197	Replace the current C<on_eof> callback (see the C<on_eof> constructor argument).
		198
		199	=cut
		200
		201	#############################################################################
		202
		203	sub on_eof {
		204	$_[0]{on_eof} = $_[1];
		205	}
		206
		207	=item $handle->on_drain ($cb)
		208
		209	Sets the C<on_drain> callback or clears it (see the description of
		210	C<on_drain> in the constructor).
		211
		212	=cut
		213
		214	sub on_drain {
		215	my ($self, $cb) = @_;
		216
		217	$self->{on_drain} = $cb;
		218
		219	$cb->($self)
		220	if $cb && $self->{low_water_mark} >= length $self->{wbuf};
		221	}
		222
		223	=item $handle->push_write ($data)
		224
		225	Queues the given scalar to be written. You can push as much data as you
		226	want (only limited by the available memory), as C<AnyEvent::Handle>
		227	buffers it independently of the kernel.
		228
		229	=cut
		230
		231	sub push_write {
		232	my ($self, $data) = @_;
		233
		234	$self->{wbuf} .= $data;
		235
		236	unless ($self->{ww}) {
		237	Scalar::Util::weaken $self;
		238	my $cb = sub {
		239	my $len = syswrite $self->{fh}, $self->{wbuf};
		240
		241	if ($len > 0) {
		242	substr $self->{wbuf}, 0, $len, "";
		243
		244
		245	$self->{on_drain}($self)
		246	if $self->{low_water_mark} >= length $self->{wbuf}
		247	&& $self->{on_drain};
		248
		249	delete $self->{ww} unless length $self->{wbuf};
		250	} elsif ($! != EAGAIN && $! != EINTR) {
		251	$self->error;
55	}	252	}
56	);	253	};
57		254
58	$cv->wait;	255	$self->{ww} = AnyEvent->io (fh => $self->{fh}, poll => "w", cb => $cb);
59		256
60	=head1 DESCRIPTION	257	$cb->($self);
61
62	This module is a helper module to make it easier to do non-blocking I/O
63	on filehandles (and sockets, see L<AnyEvent::Socket>).
64
65	The event loop is provided by L<AnyEvent>.
66
67	=head1 METHODS
68
69	=over 4
70
71	=item B<new (%args)>
72
73	The constructor has these arguments:
74
75	=over 4
76
77	=item fh => $filehandle
78
79	The filehandle this L<AnyEvent::Handle> object will operate on.
80
81	NOTE: The filehandle will be set to non-blocking.
82
83	=item read_block_size => $size
84
85	The default read block size use for reads via the C<on_read>
86	method.
87
88	=item on_read => $cb
89
90	=item on_eof => $cb
91
92	=item on_error => $cb
93
94	These are shortcuts, that will call the corresponding method and set the callback to C<$cb>.
95
96	=item on_readline => $cb
97
98	The C<readlines> method is called with the default separated and C<$cb> as callback
99	for you.
100
101	=back
102
103	=cut
104
105	sub new {
106	my $this = shift;
107	my $class = ref($this) \|\| $this;
108	my $self = {
109	read_block_size => 4096,
110	rbuf => '',
111	@_
112	};	258	};
113	bless $self, $class;	259	}
114		260
115	$self->{fh}->blocking (0) if $self->{fh};	261	#############################################################################
116		262
117	if ($self->{on_read}) {	263	sub _drain_rbuf {
118	$self->on_read ($self->{on_read});	264	my ($self) = @_;
119		265
		266	return if exists $self->{in_drain};
		267	local $self->{in_drain} = 1;
		268
		269	while (my $len = length $self->{rbuf}) {
		270	no strict 'refs';
		271	if (@{ $self->{queue} }) {
		272	if ($self->{queue}[0]($self)) {
		273	shift @{ $self->{queue} };
		274	} elsif ($self->{eof}) {
		275	# no progress can be made (not enough data and no data forthcoming)
		276	$! = &Errno::EPIPE; return $self->error;
		277	} else {
		278	return;
		279	}
120	} elsif ($self->{on_readline}) {	280	} elsif ($self->{on_read}) {
121	$self->readlines ($self->{on_readline});	281	$self->{on_read}($self);
122		282
		283	if (
		284	$self->{eof} # if no further data will arrive
		285	&& $len == length $self->{rbuf} # and no data has been consumed
		286	&& !@{ $self->{queue} } # and the queue is still empty
		287	&& $self->{on_read} # and we still want to read data
		288	) {
		289	# then no progress can be made
		290	$! = &Errno::EPIPE; return $self->error;
		291	}
		292	} else {
		293	# read side becomes idle
		294	delete $self->{rw};
		295	return;
		296	}
		297	}
		298
123	} elsif ($self->{on_eof}) {	299	if ($self->{eof}) {
124	$self->on_eof ($self->{on_eof});	300	$self->_shutdown;
125		301	$self->{on_eof}($self);
126	} elsif ($self->{on_error}) {
127	$self->on_eof ($self->{on_error});
128	}	302	}
129
130	return $self
131	}	303	}
132		304
133	=item B<fh>	305	=item $handle->on_read ($cb)
134		306
135	This method returns the filehandle of the L<AnyEvent::Handle> object.	307	This replaces the currently set C<on_read> callback, or clears it (when
136		308	the new callback is C<undef>). See the description of C<on_read> in the
137	=cut	309	constructor.
138
139	sub fh { $_[0]->{fh} }
140
141	=item B<on_read ($callback)>
142
143	This method installs a C<$callback> that will be called
144	when new data arrived. You can access the read buffer via the C<rbuf>
145	method (see below).
146
147	The first argument of the C<$callback> will be the L<AnyEvent::Handle> object.
148		310
149	=cut	311	=cut
150		312
151	sub on_read {	313	sub on_read {
152	my ($self, $cb) = @_;	314	my ($self, $cb) = @_;
		315
153	$self->{on_read} = $cb;	316	$self->{on_read} = $cb;
154		317
155	unless (defined $self->{on_read}) {	318	unless ($self->{rw} \|\| $self->{eof}) {
156	delete $self->{on_read_w};	319	Scalar::Util::weaken $self;
157	return;	320
158	}	321	$self->{rw} = AnyEvent->io (fh => $self->{fh}, poll => "r", cb => sub {
159
160	$self->{on_read_w} =
161	AnyEvent->io (poll => 'r', fh => $self->{fh}, cb => sub {
162	#d# warn "READ:[$self->{read_size}] $self->{read_block_size} : ".length ($self->{rbuf})."\n";
163	my $rbuf_len = length $self->{rbuf};
164	my $l;
165	if (defined $self->{read_size}) {
166	$l = sysread $self->{fh}, $self->{rbuf},
167	($self->{read_size} - $rbuf_len), $rbuf_len;
168	} else {
169	$l = sysread $self->{fh}, $self->{rbuf}, $self->{read_block_size}, $rbuf_len;	322	my $len = sysread $self->{fh}, $self->{rbuf}, $self->{read_size} \|\| 8192, length $self->{rbuf};
		323
		324	if ($len > 0) {
		325	if (exists $self->{rbuf_max}) {
		326	if ($self->{rbuf_max} < length $self->{rbuf}) {
		327	$! = &Errno::ENOSPC; return $self->error;
		328	}
		329	}
		330
		331	} elsif (defined $len) {
		332	$self->{eof} = 1;
		333	delete $self->{rw};
		334
		335	} elsif ($! != EAGAIN && $! != EINTR) {
		336	return $self->error;
170	}	337	}
171	#d# warn "READL $l [$self->{rbuf}]\n";
172		338
173	if (not defined $l) {	339	$self->_drain_rbuf;
174	return if $! == EAGAIN \|\| $! == EINTR;
175	$self->{on_error}->($self) if $self->{on_error};
176	delete $self->{on_read_w};
177
178	} elsif ($l == 0) {
179	$self->{on_eof}->($self) if $self->{on_eof};
180	delete $self->{on_read_w};
181
182	} else {
183	$self->{on_read}->($self);
184	}
185	});	340	});
		341	}
186	}	342	}
187		343
188	=item B<on_error ($callback)>	344	=item $handle->rbuf
189		345
190	Whenever a read or write operation resulted in an error the C<$callback>	346	Returns the read buffer (as a modifiable lvalue).
191	will be called.
192		347
193	The first argument of C<$callback> will be the L<AnyEvent::Handle> object itself.	348	You can access the read buffer directly as the C<< ->{rbuf} >> member, if
194	The error is given as errno in C<$!>.	349	you want.
195		350
196	=cut
197
198	sub on_error {
199	$_[0]->{on_error} = $_[1];
200	}
201
202	=item B<on_eof ($callback)>
203
204	Installs the C<$callback> that will be called when the end of file is
205	encountered in a read operation this C<$callback> will be called. The first
206	argument will be the L<AnyEvent::Handle> object itself.
207
208	=cut
209
210	sub on_eof {
211	$_[0]->{on_eof} = $_[1];
212	}
213
214	=item B<rbuf>
215
216	Returns a reference to the read buffer.
217
218	NOTE: The read buffer should only be used or modified if the C<on_read>	351	NOTE: The read buffer should only be used or modified if the C<on_read>,
219	method is used directly. The C<read> and C<readlines> methods will provide	352	C<push_read> or C<unshift_read> methods are used. The other read methods
220	the read data to their callbacks.	353	automatically manage the read buffer.
221		354
222	=cut	355	=cut
223		356
224	sub rbuf : lvalue {	357	sub rbuf : lvalue {
225	$_[0]->{rbuf}	358	$_[0]{rbuf}
226	}	359	}
227		360
228	=item B<read ($len, $callback)>	361	=item $handle->push_read ($cb)
229		362
230	Will read exactly C<$len> bytes from the filehandle and call the C<$callback>	363	=item $handle->unshift_read ($cb)
231	if done so. The first argument to the C<$callback> will be the L<AnyEvent::Handle>
232	object itself and the second argument the read data.
233		364
234	NOTE: This method will override any callbacks installed via the C<on_read> method.	365	Append the given callback to the end of the queue (C<push_read>) or
		366	prepend it (C<unshift_read>).
235		367
236	=cut	368	The callback is called each time some additional read data arrives.
237		369
		370	It must check wether enough data is in the read buffer already.
		371
		372	If not enough data is available, it must return the empty list or a false
		373	value, in which case it will be called repeatedly until enough data is
		374	available (or an error condition is detected).
		375
		376	If enough data was available, then the callback must remove all data it is
		377	interested in (which can be none at all) and return a true value. After returning
		378	true, it will be removed from the queue.
		379
		380	=cut
		381
238	sub read {	382	sub push_read {
		383	my ($self, $cb) = @_;
		384
		385	push @{ $self->{queue} }, $cb;
		386	$self->_drain_rbuf;
		387	}
		388
		389	sub unshift_read {
		390	my ($self, $cb) = @_;
		391
		392	push @{ $self->{queue} }, $cb;
		393	$self->_drain_rbuf;
		394	}
		395
		396	=item $handle->push_read_chunk ($len, $cb->($self, $data))
		397
		398	=item $handle->unshift_read_chunk ($len, $cb->($self, $data))
		399
		400	Append the given callback to the end of the queue (C<push_read_chunk>) or
		401	prepend it (C<unshift_read_chunk>).
		402
		403	The callback will be called only once C<$len> bytes have been read, and
		404	these C<$len> bytes will be passed to the callback.
		405
		406	=cut
		407
		408	sub _read_chunk($$) {
		409	my ($len, $cb) = @_;
		410
		411	sub {
		412	$len <= length $_[0]{rbuf} or return;
		413	$cb->($_[0], substr $_[0]{rbuf}, 0, $len, "");
		414	1
		415	}
		416	}
		417
		418	sub push_read_chunk {
239	my ($self, $len, $cb) = @_;	419	my ($self, $len, $cb) = @_;
240		420
241	$self->{read_cb} = $cb;	421	$self->push_read (_read_chunk $len, $cb);
242	my $old_blk_size = $self->{read_block_size};
243	$self->{read_block_size} = $len;
244
245	$self->on_read (sub {
246	#d# warn "OFOFO $len \|\| ".length($_[0]->{rbuf})."\|\|\n";
247
248	if ($len == length $_[0]->{rbuf}) {
249	$_[0]->{read_block_size} = $old_blk_size;
250	$_[0]->on_read (undef);
251	$_[0]->{read_cb}->($_[0], (substr $self->{rbuf}, 0, $len, ''));
252	}
253	});
254	}	422	}
255		423
256	=item B<readlines ($callback)>
257		424
258	=item B<readlines ($sep, $callback)>	425	sub unshift_read_chunk {
259
260	This method will read lines from the filehandle, separated by C<$sep> or C<"\n">
261	if C<$sep> is not provided. C<$sep> will be used as "line" separated.
262
263	The C<$callback> will be called when at least one
264	line could be read. The first argument to the C<$callback> will be the L<AnyEvent::Handle>
265	object itself and the rest of the arguments will be the read lines.
266
267	NOTE: This method will override any callbacks installed via the C<on_read> method.
268
269	=cut
270
271	sub readlines {
272	my ($self, $sep, $cb) = @_;	426	my ($self, $len, $cb) = @_;
273		427
274	if (ref $sep) {	428	$self->unshift_read (_read_chunk $len, $cb);
275	$cb = $sep;	429	}
276	$sep = "\n";
277		430
278	} elsif (not defined $sep) {	431	=item $handle->push_read_line ([$eol, ]$cb->($self, $line, $eol))
279	$sep = "\n";
280	}
281		432
282	my $sep_len = length $sep;	433	=item $handle->unshift_read_line ([$eol, ]$cb->($self, $line, $eol))
283		434
284	$self->{on_readline} = $cb;	435	Append the given callback to the end of the queue (C<push_read_line>) or
		436	prepend it (C<unshift_read_line>).
285		437
286	$self->on_read (sub {	438	The callback will be called only once a full line (including the end of
287	my @lines;	439	line marker, C<$eol>) has been read. This line (excluding the end of line
288	my $rb = \$_[0]->{rbuf};	440	marker) will be passed to the callback as second argument (C<$line>), and
		441	the end of line marker as the third argument (C<$eol>).
		442
		443	The end of line marker, C<$eol>, can be either a string, in which case it
		444	will be interpreted as a fixed record end marker, or it can be a regex
		445	object (e.g. created by C<qr>), in which case it is interpreted as a
		446	regular expression.
		447
		448	The end of line marker argument C<$eol> is optional, if it is missing (NOT
		449	undef), then C<qr\|\015?\012\|> is used (which is good for most internet
		450	protocols).
		451
		452	Partial lines at the end of the stream will never be returned, as they are
		453	not marked by the end of line marker.
		454
		455	=cut
		456
		457	sub _read_line($$) {
		458	my $cb = pop;
		459	my $eol = @_ ? shift : qr\|(\015?\012)\|;
289	my $pos;	460	my $pos;
290	while (($pos = index ($$rb, $sep)) >= 0) {	461
291	push @lines, substr $$rb, 0, $pos + $sep_len, '';	462	$eol = qr\|(\Q$eol\E)\| unless ref $eol;
		463	$eol = qr\|^(.*?)($eol)\|;
		464
		465	sub {
		466	$_[0]{rbuf} =~ s/$eol// or return;
		467
		468	$cb->($1, $2);
292	}	469	1
293	$self->{on_readline}->($_[0], @lines);
294	});	470	}
295	}	471	}
296		472
297	=item B<write ($data)>	473	sub push_read_line {
298
299	=item B<write ($callback)>
300
301	=item B<write ($data, $callback)>
302
303	This method will write C<$data> to the filehandle and call the C<$callback>
304	afterwards. If only C<$callback> is provided it will be called when the
305	write buffer becomes empty the next time (or immediately if it already is empty).
306
307	=cut
308
309	sub write {
310	my ($self, $data, $cb) = @_;
311	if (ref $data) { $cb = $data; undef $data }
312	push @{$self->{write_bufs}}, [$data, $cb];
313	$self->_check_writer;
314	}
315
316	sub _check_writer {
317	my ($self) = @_;	474	my $self = shift;
318		475
319	if ($self->{write_w}) {	476	$self->push_read (&_read_line);
320	unless ($self->{write_cb}) {	477	}
321	while (@{$self->{write_bufs}} && not defined $self->{write_bufs}->[0]->[1]) {
322	my $wba = shift @{$self->{write_bufs}};
323	$self->{wbuf} .= $wba->[0];
324	}
325	}
326	return;
327	}
328		478
329	my $wba = shift @{$self->{write_bufs}}	479	sub unshift_read_line {
330	or return;	480	my $self = shift;
331		481
332	unless (defined $wba->[0]) {	482	$self->unshift_read (&_read_line);
333	$wba->[1]->($self) if $wba->[1];
334	$self->_check_writer;
335	return;
336	}
337
338	$self->{wbuf} = $wba->[0];
339	$self->{write_cb} = $wba->[1];
340
341	$self->{write_w} =
342	AnyEvent->io (poll => 'w', fh => $self->{fh}, cb => sub {
343	my $l = syswrite $self->{fh}, $self->{wbuf}, length $self->{wbuf};
344
345	if (not defined $l) {
346	return if $! == EAGAIN \|\| $! == EINTR;
347	delete $self->{write_w};
348	$self->{on_error}->($self) if $self->{on_error};
349
350	} else {
351	substr $self->{wbuf}, 0, $l, '';
352
353	if (length ($self->{wbuf}) == 0) {
354	$self->{write_cb}->($self) if $self->{write_cb};
355
356	delete $self->{write_w};
357	delete $self->{wbuf};
358	delete $self->{write_cb};
359
360	$self->_check_writer;
361	}
362	}
363	});
364	}	483	}
365		484
366	=back	485	=back
367		486
368	=head1 AUTHOR	487	=head1 AUTHOR
369		488
370	Robin Redeker, C<< <elmex at ta-sa.org> >>	489	Robin Redeker C<< <elmex at ta-sa.org> >>, Marc Lehmann <schmorp@schmorp.de>.
371		490
372	=cut	491	=cut
373		492
374	1; # End of AnyEvent::Handle	493	1; # End of AnyEvent::Handle

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Comparing AnyEvent/lib/AnyEvent/Handle.pm (file contents): Revision 1.7 by root, Thu May 1 16:35:40 2008 UTC vs. Revision 1.8 by root, Fri May 2 15:36:10 2008 UTC

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Comparing AnyEvent/lib/AnyEvent/Handle.pm (file contents):
Revision 1.7 by root, Thu May 1 16:35:40 2008 UTC vs.
Revision 1.8 by root, Fri May 2 15:36:10 2008 UTC