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

Comparing AnyEvent/lib/AnyEvent.pm (file contents):
Revision 1.352 by root, Thu Aug 4 09:14:01 2011 UTC vs.
Revision 1.377 by root, Thu Aug 25 23:20:17 2011 UTC

…		…
1	=head1 NAME	1	=head1 NAME
2		2
3	AnyEvent - the DBI of event loop programming	3	AnyEvent - the DBI of event loop programming
4		4
5	EV, Event, Glib, Tk, Perl, Event::Lib, Irssi, rxvt-unicode, IO::Async, Qt	5	EV, Event, Glib, Tk, Perl, Event::Lib, Irssi, rxvt-unicode, IO::Async, Qt,
6	and POE are various supported event loops/environments.	6	FLTK and POE are various supported event loops/environments.
7		7
8	=head1 SYNOPSIS	8	=head1 SYNOPSIS
9		9
10	use AnyEvent;	10	use AnyEvent;
11		11
878	AnyEvent::Impl::EventLib based on Event::Lib, leaks memory and worse.	878	AnyEvent::Impl::EventLib based on Event::Lib, leaks memory and worse.
879	AnyEvent::Impl::POE based on POE, very slow, some limitations.	879	AnyEvent::Impl::POE based on POE, very slow, some limitations.
880	AnyEvent::Impl::Irssi used when running within irssi.	880	AnyEvent::Impl::Irssi used when running within irssi.
881	AnyEvent::Impl::IOAsync based on IO::Async.	881	AnyEvent::Impl::IOAsync based on IO::Async.
882	AnyEvent::Impl::Cocoa based on Cocoa::EventLoop.	882	AnyEvent::Impl::Cocoa based on Cocoa::EventLoop.
883	AnyEvent::Impl::FLTK based on FLTK.	883	AnyEvent::Impl::FLTK2 based on FLTK (fltk 2 binding).
884		884
885	=item Backends with special needs.	885	=item Backends with special needs.
886		886
887	Qt requires the Qt::Application to be instantiated first, but will	887	Qt requires the Qt::Application to be instantiated first, but will
888	otherwise be picked up automatically. As long as the main program	888	otherwise be picked up automatically. As long as the main program
…		…
933		933
934	Returns C<$AnyEvent::MODEL>, forcing autodetection of the event model	934	Returns C<$AnyEvent::MODEL>, forcing autodetection of the event model
935	if necessary. You should only call this function right before you would	935	if necessary. You should only call this function right before you would
936	have created an AnyEvent watcher anyway, that is, as late as possible at	936	have created an AnyEvent watcher anyway, that is, as late as possible at
937	runtime, and not e.g. during initialisation of your module.	937	runtime, and not e.g. during initialisation of your module.
		938
		939	The effect of calling this function is as if a watcher had been created
		940	(specifically, actions that happen "when the first watcher is created"
		941	happen when calling detetc as well).
938		942
939	If you need to do some initialisation before AnyEvent watchers are	943	If you need to do some initialisation before AnyEvent watchers are
940	created, use C<post_detect>.	944	created, use C<post_detect>.
941		945
942	=item $guard = AnyEvent::post_detect { BLOCK }	946	=item $guard = AnyEvent::post_detect { BLOCK }
…		…
1005	# AnyEvent not yet initialised, so make sure to load Coro::AnyEvent	1009	# AnyEvent not yet initialised, so make sure to load Coro::AnyEvent
1006	# as soon as it is	1010	# as soon as it is
1007	push @AnyEvent::post_detect, sub { require Coro::AnyEvent };	1011	push @AnyEvent::post_detect, sub { require Coro::AnyEvent };
1008	}	1012	}
1009		1013
		1014	=item AnyEvent::postpone { BLOCK }
		1015
		1016	Arranges for the block to be executed as soon as possible, but not before
		1017	the call itself returns. In practise, the block will be executed just
		1018	before the event loop polls for new events, or shortly afterwards.
		1019
		1020	This function never returns anything (to make the C<return postpone { ...
		1021	}> idiom more useful.
		1022
		1023	To understand the usefulness of this function, consider a function that
		1024	asynchronously does something for you and returns some transaction
		1025	object or guard to let you cancel the operation. For example,
		1026	C<AnyEvent::Socket::tcp_connect>:
		1027
		1028	# start a conenction attempt unless one is active
		1029	$self->{connect_guard} \|\|= AnyEvent::Socket::tcp_connect "www.example.net", 80, sub {
		1030	delete $self->{connect_guard};
		1031	...
		1032	};
		1033
		1034	Imagine that this function could instantly call the callback, for
		1035	example, because it detects an obvious error such as a negative port
		1036	number. Invoking the callback before the function returns causes problems
		1037	however: the callback will be called and will try to delete the guard
		1038	object. But since the function hasn't returned yet, there is nothing to
		1039	delete. When the function eventually returns it will assign the guard
		1040	object to C<< $self->{connect_guard} >>, where it will likely never be
		1041	deleted, so the program thinks it is still trying to connect.
		1042
		1043	This is where C<AnyEvent::postpone> should be used. Instead of calling the
		1044	callback directly on error:
		1045
		1046	$cb->(undef), return # signal error to callback, BAD!
		1047	if $some_error_condition;
		1048
		1049	It should use C<postpone>:
		1050
		1051	AnyEvent::postpone { $cb->(undef) }, return # signal error to callback, later
		1052	if $some_error_condition;
		1053
		1054	=item AnyEvent::log $level, $msg[, @args]
		1055
		1056	Log the given C<$msg> at the given C<$level>.
		1057
		1058	If L<AnyEvent::Log> is not loaded then this function makes a simple test
		1059	to see whether the message will be logged. If the test succeeds it will
		1060	load AnyEvent::Log and call C<AnyEvent::Log::log> - consequently, look at
		1061	the L<AnyEvent::Log> documentation for details.
		1062
		1063	If the test fails it will simply return.
		1064
		1065	If you want to sprinkle loads of logging calls around your code, consider
		1066	creating a logger callback with the C<AnyEvent::Log::logger> function,
		1067	which can reduce typing, codesize and can reduce the logging overhead
		1068	enourmously.
		1069
1010	=back	1070	=back
1011		1071
1012	=head1 WHAT TO DO IN A MODULE	1072	=head1 WHAT TO DO IN A MODULE
1013		1073
1014	As a module author, you should C<use AnyEvent> and call AnyEvent methods	1074	As a module author, you should C<use AnyEvent> and call AnyEvent methods
…		…
1070		1130
1071		1131
1072	=head1 OTHER MODULES	1132	=head1 OTHER MODULES
1073		1133
1074	The following is a non-exhaustive list of additional modules that use	1134	The following is a non-exhaustive list of additional modules that use
1075	AnyEvent as a client and can therefore be mixed easily with other AnyEvent	1135	AnyEvent as a client and can therefore be mixed easily with other
1076	modules and other event loops in the same program. Some of the modules	1136	AnyEvent modules and other event loops in the same program. Some of the
1077	come as part of AnyEvent, the others are available via CPAN.	1137	modules come as part of AnyEvent, the others are available via CPAN (see
		1138	L<http://search.cpan.org/search?m=module&q=anyevent%3A%3A*> for
		1139	a longer non-exhaustive list), and the list is heavily biased towards
		1140	modules of the AnyEvent author himself :)
1078		1141
1079	=over 4	1142	=over 4
1080		1143
1081	=item L<AnyEvent::Util>	1144	=item L<AnyEvent::Util>
1082		1145
…		…
1102	=item L<AnyEvent::HTTP>, L<AnyEvent::IRC>, L<AnyEvent::XMPP>, L<AnyEvent::GPSD>, L<AnyEvent::IGS>, L<AnyEvent::FCP>	1165	=item L<AnyEvent::HTTP>, L<AnyEvent::IRC>, L<AnyEvent::XMPP>, L<AnyEvent::GPSD>, L<AnyEvent::IGS>, L<AnyEvent::FCP>
1103		1166
1104	Implement event-based interfaces to the protocols of the same name (for	1167	Implement event-based interfaces to the protocols of the same name (for
1105	the curious, IGS is the International Go Server and FCP is the Freenet	1168	the curious, IGS is the International Go Server and FCP is the Freenet
1106	Client Protocol).	1169	Client Protocol).
1107
1108	=item L<AnyEvent::Handle::UDP>
1109
1110	Here be danger!
1111
1112	As Pauli would put it, "Not only is it not right, it's not even wrong!" -
1113	there are so many things wrong with AnyEvent::Handle::UDP, most notably
1114	its use of a stream-based API with a protocol that isn't streamable, that
1115	the only way to improve it is to delete it.
1116
1117	It features data corruption (but typically only under load) and general
1118	confusion. On top, the author is not only clueless about UDP but also
1119	fact-resistant - some gems of his understanding: "connect doesn't work
1120	with UDP", "UDP packets are not IP packets", "UDP only has datagrams, not
1121	packets", "I don't need to implement proper error checking as UDP doesn't
1122	support error checking" and so on - he doesn't even understand what's
1123	wrong with his module when it is explained to him.
1124
1125	=item L<AnyEvent::DBI>
1126
1127	Executes L<DBI> requests asynchronously in a proxy process for you,
1128	notifying you in an event-based way when the operation is finished.
1129		1170
1130	=item L<AnyEvent::AIO>	1171	=item L<AnyEvent::AIO>
1131		1172
1132	Truly asynchronous (as opposed to non-blocking) I/O, should be in the	1173	Truly asynchronous (as opposed to non-blocking) I/O, should be in the
1133	toolbox of every event programmer. AnyEvent::AIO transparently fuses	1174	toolbox of every event programmer. AnyEvent::AIO transparently fuses
1134	L<IO::AIO> and AnyEvent together, giving AnyEvent access to event-based	1175	L<IO::AIO> and AnyEvent together, giving AnyEvent access to event-based
1135	file I/O, and much more.	1176	file I/O, and much more.
1136		1177
		1178	=item L<AnyEvent::Filesys::Notify>
		1179
		1180	AnyEvent is good for non-blocking stuff, but it can't detect file or
		1181	path changes (e.g. "watch this directory for new files", "watch this
		1182	file for changes"). The L<AnyEvent::Filesys::Notify> module promises to
		1183	do just that in a portbale fashion, supporting inotify on GNU/Linux and
		1184	some weird, without doubt broken, stuff on OS X to monitor files. It can
		1185	fall back to blocking scans at regular intervals transparently on other
		1186	platforms, so it's about as portable as it gets.
		1187
		1188	(I haven't used it myself, but I haven't heard anybody complaining about
		1189	it yet).
		1190
		1191	=item L<AnyEvent::DBI>
		1192
		1193	Executes L<DBI> requests asynchronously in a proxy process for you,
		1194	notifying you in an event-based way when the operation is finished.
		1195
1137	=item L<AnyEvent::HTTPD>	1196	=item L<AnyEvent::HTTPD>
1138		1197
1139	A simple embedded webserver.	1198	A simple embedded webserver.
1140		1199
1141	=item L<AnyEvent::FastPing>	1200	=item L<AnyEvent::FastPing>
1142		1201
1143	The fastest ping in the west.	1202	The fastest ping in the west.
1144		1203
1145	=item L<Coro>	1204	=item L<Coro>
1146		1205
1147	Has special support for AnyEvent via L<Coro::AnyEvent>.	1206	Has special support for AnyEvent via L<Coro::AnyEvent>, which allows you
		1207	to simply invert the flow control - don't call us, we will call you:
		1208
		1209	async {
		1210	Coro::AnyEvent::sleep 5; # creates a 5s timer and waits for it
		1211	print "5 seconds later!\n";
		1212
		1213	Coro::AnyEvent::readable *STDIN; # uses an I/O watcher
		1214	my $line = <STDIN>; # works for ttys
		1215
		1216	AnyEvent::HTTP::http_get "url", Coro::rouse_cb;
		1217	my ($body, $hdr) = Coro::rouse_wait;
		1218	};
1148		1219
1149	=back	1220	=back
1150		1221
1151	=cut	1222	=cut
1152		1223
…		…
1162		1233
1163	BEGIN { AnyEvent::common_sense }	1234	BEGIN { AnyEvent::common_sense }
1164		1235
1165	use Carp ();	1236	use Carp ();
1166		1237
1167	our $VERSION = '5.34';	1238	our $VERSION = '6.01';
1168	our $MODEL;	1239	our $MODEL;
1169		1240
1170	our $AUTOLOAD;
1171	our @ISA;	1241	our @ISA;
1172		1242
1173	our @REGISTRY;	1243	our @REGISTRY;
1174		1244
1175	our $VERBOSE;	1245	our $VERBOSE;
…		…
1180	eval "sub TAINT (){" . (${^TAINT}*1) . "}";	1250	eval "sub TAINT (){" . (${^TAINT}*1) . "}";
1181		1251
1182	delete @ENV{grep /^PERL_ANYEVENT_/, keys %ENV}	1252	delete @ENV{grep /^PERL_ANYEVENT_/, keys %ENV}
1183	if ${^TAINT};	1253	if ${^TAINT};
1184		1254
		1255	$ENV{"PERL_ANYEVENT_$_"} = $ENV{"AE_$_"}
		1256	for grep s/^AE_// && !exists $ENV{"PERL_ANYEVENT_$_"}, keys %ENV;
		1257
		1258	@ENV{grep /^PERL_ANYEVENT_/, keys %ENV} = ()
		1259	if ${^TAINT};
		1260
1185	$VERBOSE = $ENV{PERL_ANYEVENT_VERBOSE}*1;	1261	$VERBOSE = $ENV{PERL_ANYEVENT_VERBOSE}*1;
1186
1187	}	1262	}
1188		1263
1189	our $MAX_SIGNAL_LATENCY = 10;	1264	our $MAX_SIGNAL_LATENCY = 10;
1190		1265
1191	our %PROTOCOL; # (ipv4\|ipv6) => (1\|2), higher numbers are preferred	1266	our %PROTOCOL; # (ipv4\|ipv6) => (1\|2), higher numbers are preferred
…		…
1195	$PROTOCOL{$_} = ++$idx	1270	$PROTOCOL{$_} = ++$idx
1196	for reverse split /\s,\s/,	1271	for reverse split /\s,\s/,
1197	$ENV{PERL_ANYEVENT_PROTOCOLS} \|\| "ipv4,ipv6";	1272	$ENV{PERL_ANYEVENT_PROTOCOLS} \|\| "ipv4,ipv6";
1198	}	1273	}
1199		1274
		1275	our @post_detect;
		1276
		1277	sub post_detect(&) {
		1278	my ($cb) = @_;
		1279
		1280	push @post_detect, $cb;
		1281
		1282	defined wantarray
		1283	? bless \$cb, "AnyEvent::Util::postdetect"
		1284	: ()
		1285	}
		1286
		1287	sub AnyEvent::Util::postdetect::DESTROY {
		1288	@post_detect = grep $_ != ${$_[0]}, @post_detect;
		1289	}
		1290
		1291	our $POSTPONE_W;
		1292	our @POSTPONE;
		1293
		1294	sub _postpone_exec {
		1295	undef $POSTPONE_W;
		1296
		1297	&{ shift @POSTPONE }
		1298	while @POSTPONE;
		1299	}
		1300
		1301	sub postpone(&) {
		1302	push @POSTPONE, shift;
		1303
		1304	$POSTPONE_W \|\|= AE::timer (0, 0, \&_postpone_exec);
		1305
		1306	()
		1307	}
		1308
		1309	sub log($$;@) {
		1310	# only load the big bloated module when we actually are about to log something
		1311	if ($_[0] <= $VERBOSE) { # also catches non-numeric levels(!)
		1312	require AnyEvent::Log;
		1313	# AnyEvent::Log overwrites this function
		1314	goto &log;
		1315	}
		1316
		1317	0 # not logged
		1318	}
		1319
		1320	if (length $ENV{PERL_ANYEVENT_LOG}) {
		1321	require AnyEvent::Log; # AnyEvent::Log does the thing for us
		1322	}
		1323
1200	my @models = (	1324	our @models = (
1201	[EV:: => AnyEvent::Impl::EV:: , 1],	1325	[EV:: => AnyEvent::Impl::EV:: , 1],
1202	[AnyEvent::Loop:: => AnyEvent::Impl::Perl:: , 1],	1326	[AnyEvent::Loop:: => AnyEvent::Impl::Perl:: , 1],
1203	# everything below here will not (normally) be autoprobed	1327	# everything below here will not (normally) be autoprobed
1204	# as the pure perl backend should work everywhere	1328	# as the pure perl backend should work everywhere
1205	# and is usually faster	1329	# and is usually faster
…		…
1210	[Tk:: => AnyEvent::Impl::Tk::], # crashes with many handles	1334	[Tk:: => AnyEvent::Impl::Tk::], # crashes with many handles
1211	[Qt:: => AnyEvent::Impl::Qt::], # requires special main program	1335	[Qt:: => AnyEvent::Impl::Qt::], # requires special main program
1212	[POE::Kernel:: => AnyEvent::Impl::POE::], # lasciate ogni speranza	1336	[POE::Kernel:: => AnyEvent::Impl::POE::], # lasciate ogni speranza
1213	[Wx:: => AnyEvent::Impl::POE::],	1337	[Wx:: => AnyEvent::Impl::POE::],
1214	[Prima:: => AnyEvent::Impl::POE::],	1338	[Prima:: => AnyEvent::Impl::POE::],
1215	[IO::Async::Loop:: => AnyEvent::Impl::IOAsync::],	1339	[IO::Async::Loop:: => AnyEvent::Impl::IOAsync::], # a bitch to autodetect
1216	[Cocoa::EventLoop:: => AnyEvent::Impl::Cocoa::],	1340	[Cocoa::EventLoop:: => AnyEvent::Impl::Cocoa::],
1217	[FLTK:: => AnyEvent::Impl::FLTK::],	1341	[FLTK:: => AnyEvent::Impl::FLTK2::],
1218	);	1342	);
1219		1343
1220	our %method = map +($_ => 1),	1344	our @isa_hook;
		1345
		1346	sub _isa_set {
		1347	my @pkg = ("AnyEvent", (map $_->[0], grep defined, @isa_hook), $MODEL);
		1348
		1349	@{"$pkg[$_-1]::ISA"} = $pkg[$_]
		1350	for 1 .. $#pkg;
		1351
		1352	grep $_ && $_->[1], @isa_hook
		1353	and AE::_reset ();
		1354	}
		1355
		1356	# used for hooking AnyEvent::Strict and AnyEvent::Debug::Wrap into the class hierarchy
		1357	sub _isa_hook($$;$) {
		1358	my ($i, $pkg, $reset_ae) = @_;
		1359
		1360	$isa_hook[$i] = $pkg ? [$pkg, $reset_ae] : undef;
		1361
		1362	_isa_set;
		1363	}
		1364
		1365	# all autoloaded methods reserve the complete glob, not just the method slot.
		1366	# due to bugs in perls method cache implementation.
1221	qw(io timer time now now_update signal child idle condvar DESTROY);	1367	our @methods = qw(io timer time now now_update signal child idle condvar);
1222
1223	our @post_detect;
1224
1225	sub post_detect(&) {
1226	my ($cb) = @_;
1227
1228	push @post_detect, $cb;
1229
1230	defined wantarray
1231	? bless \$cb, "AnyEvent::Util::postdetect"
1232	: ()
1233	}
1234
1235	sub AnyEvent::Util::postdetect::DESTROY {
1236	@post_detect = grep $_ != ${$_[0]}, @post_detect;
1237	}
1238		1368
1239	sub detect() {	1369	sub detect() {
		1370	return $MODEL if $MODEL; # some programs keep references to detect
		1371
		1372	local $!; # for good measure
		1373	local $SIG{__DIE__}; # we use eval
		1374
1240	# free some memory	1375	# free some memory
1241	*detect = sub () { $MODEL };	1376	*detect = sub () { $MODEL };
		1377	# undef &func doesn't correctly update the method cache. grmbl.
		1378	# so we delete the whole glob. grmbl.
		1379	# otoh, perl doesn't let me undef an active usb, but it lets me free
		1380	# a glob with an active sub. hrm. i hope it works, but perl is
		1381	# usually buggy in this department. sigh.
		1382	delete @{"AnyEvent::"}{@methods};
		1383	undef @methods;
1242		1384
1243	local $!; # for good measure
1244	local $SIG{__DIE__};
1245
1246	if ($ENV{PERL_ANYEVENT_MODEL} =~ /^([a-zA-Z]+)$/) {	1385	if ($ENV{PERL_ANYEVENT_MODEL} =~ /^([a-zA-Z0-9:]+)$/) {
1247	my $model = "AnyEvent::Impl::$1";	1386	my $model = $1;
		1387	$model = "AnyEvent::Impl::$model" unless $model =~ s/::$//;
1248	if (eval "require $model") {	1388	if (eval "require $model") {
		1389	AnyEvent::log 7 => "loaded model '$model' (forced by \$ENV{PERL_ANYEVENT_MODEL}), using it.";
1249	$MODEL = $model;	1390	$MODEL = $model;
1250	warn "AnyEvent: loaded model '$model' (forced by \$ENV{PERL_ANYEVENT_MODEL}), using it.\n" if $VERBOSE >= 2;
1251	} else {	1391	} else {
1252	warn "AnyEvent: unable to load model '$model' (from \$ENV{PERL_ANYEVENT_MODEL}):\n$@" if $VERBOSE;	1392	AnyEvent::log 5 => "unable to load model '$model' (from \$ENV{PERL_ANYEVENT_MODEL}):\n$@";
1253	}	1393	}
1254	}	1394	}
1255		1395
1256	# check for already loaded models	1396	# check for already loaded models
1257	unless ($MODEL) {	1397	unless ($MODEL) {
1258	for (@REGISTRY, @models) {	1398	for (@REGISTRY, @models) {
1259	my ($package, $model) = @$_;	1399	my ($package, $model) = @$_;
1260	if (${"$package\::VERSION"} > 0) {	1400	if (${"$package\::VERSION"} > 0) {
1261	if (eval "require $model") {	1401	if (eval "require $model") {
		1402	AnyEvent::log 7 => "autodetected model '$model', using it.";
1262	$MODEL = $model;	1403	$MODEL = $model;
1263	warn "AnyEvent: autodetected model '$model', using it.\n" if $VERBOSE >= 2;
1264	last;	1404	last;
1265	}	1405	}
1266	}	1406	}
1267	}	1407	}
1268		1408
…		…
1274	$autoload	1414	$autoload
1275	and eval "require $package"	1415	and eval "require $package"
1276	and ${"$package\::VERSION"} > 0	1416	and ${"$package\::VERSION"} > 0
1277	and eval "require $model"	1417	and eval "require $model"
1278	) {	1418	) {
		1419	AnyEvent::log 7 => "autoloaded model '$model', using it.";
1279	$MODEL = $model;	1420	$MODEL = $model;
1280	warn "AnyEvent: autoloaded model '$model', using it.\n" if $VERBOSE >= 2;
1281	last;	1421	last;
1282	}	1422	}
1283	}	1423	}
1284		1424
1285	$MODEL	1425	$MODEL
1286	or die "AnyEvent: backend autodetection failed - did you properly install AnyEvent?\n";	1426	or die "AnyEvent: backend autodetection failed - did you properly install AnyEvent?";
1287	}	1427	}
1288	}	1428	}
1289		1429
1290	@models = (); # free probe data	1430	# free memory only needed for probing
		1431	undef @models;
		1432	undef @REGISTRY;
1291		1433
1292	push @{"$MODEL\::ISA"}, "AnyEvent::Base";	1434	push @{"$MODEL\::ISA"}, "AnyEvent::Base";
1293	unshift @ISA, $MODEL;
1294		1435
1295	# now nuke some methods that are overridden by the backend.	1436	# now nuke some methods that are overridden by the backend.
1296	# SUPER is not allowed.	1437	# SUPER usage is not allowed in these.
1297	for (qw(time signal child idle)) {	1438	for (qw(time signal child idle)) {
1298	undef &{"AnyEvent::Base::$_"}	1439	undef &{"AnyEvent::Base::$_"}
1299	if defined &{"$MODEL\::$_"};	1440	if defined &{"$MODEL\::$_"};
1300	}	1441	}
1301		1442
		1443	_isa_set;
		1444
		1445	# we're officially open!
		1446
1302	if ($ENV{PERL_ANYEVENT_STRICT}) {	1447	if ($ENV{PERL_ANYEVENT_STRICT}) {
1303	eval { require AnyEvent::Strict };	1448	require AnyEvent::Strict;
1304	warn "AnyEvent: cannot load AnyEvent::Strict: $@"
1305	if $@ && $VERBOSE;
1306	}	1449	}
1307		1450
		1451	if ($ENV{PERL_ANYEVENT_DEBUG_WRAP}) {
		1452	require AnyEvent::Debug;
		1453	AnyEvent::Debug::wrap ($ENV{PERL_ANYEVENT_DEBUG_WRAP});
		1454	}
		1455
		1456	if (length $ENV{PERL_ANYEVENT_DEBUG_SHELL}) {
		1457	require AnyEvent::Socket;
		1458	require AnyEvent::Debug;
		1459
		1460	my $shell = $ENV{PERL_ANYEVENT_DEBUG_SHELL};
		1461	$shell =~ s/\$\$/$$/g;
		1462
		1463	my ($host, $service) = AnyEvent::Socket::parse_hostport ($shell);
		1464	$AnyEvent::Debug::SHELL = AnyEvent::Debug::shell ($host, $service);
		1465	}
		1466
		1467	# now the anyevent environment is set up as the user told us to, so
		1468	# call the actual user code - post detects
		1469
1308	(shift @post_detect)->() while @post_detect;	1470	(shift @post_detect)->() while @post_detect;
		1471	undef @post_detect;
1309		1472
1310	*post_detect = sub(&) {	1473	*post_detect = sub(&) {
1311	shift->();	1474	shift->();
1312		1475
1313	undef	1476	undef
1314	};	1477	};
1315		1478
1316	$MODEL	1479	$MODEL
1317	}	1480	}
1318		1481
1319	sub AUTOLOAD {	1482	for my $name (@methods) {
1320	(my $func = $AUTOLOAD) =~ s/.*://;	1483	*$name = sub {
1321
1322	$method{$func}
1323	or Carp::croak "$func: not a valid AnyEvent class method";
1324
1325	detect;	1484	detect;
1326		1485	# we use goto because
1327	my $class = shift;	1486	# a) it makes the thunk more transparent
1328	$class->$func (@_);	1487	# b) it allows us to delete the thunk later
		1488	goto &{ UNIVERSAL::can AnyEvent => "SUPER::$name" }
		1489	};
1329	}	1490	}
1330		1491
1331	# utility function to dup a filehandle. this is used by many backends	1492	# utility function to dup a filehandle. this is used by many backends
1332	# to support binding more than one watcher per filehandle (they usually	1493	# to support binding more than one watcher per filehandle (they usually
1333	# allow only one watcher per fd, so we dup it to get a different one).	1494	# allow only one watcher per fd, so we dup it to get a different one).
…		…
1357		1518
1358	package AE;	1519	package AE;
1359		1520
1360	our $VERSION = $AnyEvent::VERSION;	1521	our $VERSION = $AnyEvent::VERSION;
1361		1522
		1523	sub _reset() {
		1524	eval q{
1362	# fall back to the main API by default - backends and AnyEvent::Base	1525	# fall back to the main API by default - backends and AnyEvent::Base
1363	# implementations can overwrite these.	1526	# implementations can overwrite these.
1364		1527
1365	sub io($$$) {	1528	sub io($$$) {
1366	AnyEvent->io (fh => $_[0], poll => $_[1] ? "w" : "r", cb => $_[2])	1529	AnyEvent->io (fh => $_[0], poll => $_[1] ? "w" : "r", cb => $_[2])
1367	}	1530	}
1368		1531
1369	sub timer($$$) {	1532	sub timer($$$) {
1370	AnyEvent->timer (after => $_[0], interval => $_[1], cb => $_[2])	1533	AnyEvent->timer (after => $_[0], interval => $_[1], cb => $_[2])
1371	}	1534	}
1372		1535
1373	sub signal($$) {	1536	sub signal($$) {
1374	AnyEvent->signal (signal => $_[0], cb => $_[1])	1537	AnyEvent->signal (signal => $_[0], cb => $_[1])
1375	}	1538	}
1376		1539
1377	sub child($$) {	1540	sub child($$) {
1378	AnyEvent->child (pid => $_[0], cb => $_[1])	1541	AnyEvent->child (pid => $_[0], cb => $_[1])
1379	}	1542	}
1380		1543
1381	sub idle($) {	1544	sub idle($) {
1382	AnyEvent->idle (cb => $_[0])	1545	AnyEvent->idle (cb => $_[0]);
1383	}	1546	}
1384		1547
1385	sub cv(;&) {	1548	sub cv(;&) {
1386	AnyEvent->condvar (@_ ? (cb => $_[0]) : ())	1549	AnyEvent->condvar (@_ ? (cb => $_[0]) : ())
1387	}	1550	}
1388		1551
1389	sub now() {	1552	sub now() {
1390	AnyEvent->now	1553	AnyEvent->now
1391	}	1554	}
1392		1555
1393	sub now_update() {	1556	sub now_update() {
1394	AnyEvent->now_update	1557	AnyEvent->now_update
1395	}	1558	}
1396		1559
1397	sub time() {	1560	sub time() {
1398	AnyEvent->time	1561	AnyEvent->time
		1562	}
		1563
		1564	*postpone = \&AnyEvent::postpone;
		1565	*log = \&AnyEvent::log;
		1566	};
		1567	die if $@;
1399	}	1568	}
		1569
		1570	BEGIN { _reset }
1400		1571
1401	package AnyEvent::Base;	1572	package AnyEvent::Base;
1402		1573
1403	# default implementations for many methods	1574	# default implementations for many methods
1404		1575
1405	sub time {	1576	sub time {
1406	eval q{ # poor man's autoloading {}	1577	eval q{ # poor man's autoloading {}
1407	# probe for availability of Time::HiRes	1578	# probe for availability of Time::HiRes
1408	if (eval "use Time::HiRes (); Time::HiRes::time (); 1") {	1579	if (eval "use Time::HiRes (); Time::HiRes::time (); 1") {
1409	warn "AnyEvent: using Time::HiRes for sub-second timing accuracy.\n" if $VERBOSE >= 8;	1580	*time = sub { Time::HiRes::time () };
1410	*AE::time = \&Time::HiRes::time;	1581	*AE::time = \& Time::HiRes::time ;
		1582	*now = \&time;
		1583	AnyEvent::log 8 => "AnyEvent: using Time::HiRes for sub-second timing accuracy.";
1411	# if (eval "use POSIX (); (POSIX::times())...	1584	# if (eval "use POSIX (); (POSIX::times())...
1412	} else {	1585	} else {
		1586	*time = sub { CORE::time };
		1587	*AE::time = sub (){ CORE::time };
		1588	*now = \&time;
1413	warn "AnyEvent: using built-in time(), WARNING, no sub-second resolution!\n" if $VERBOSE;	1589	AnyEvent::log 3 => "using built-in time(), WARNING, no sub-second resolution!";
1414	*AE::time = sub (){ time }; # epic fail
1415	}	1590	}
1416
1417	*time = sub { AE::time }; # different prototypes
1418	};	1591	};
1419	die if $@;	1592	die if $@;
1420		1593
1421	&time	1594	&time
1422	}	1595	}
1423		1596
1424	*now = \&time;	1597	*now = \&time;
1425
1426	sub now_update { }	1598	sub now_update { }
1427		1599
1428	sub _poll {	1600	sub _poll {
1429	Carp::croak "$AnyEvent::MODEL does not support blocking waits. Caught";	1601	Carp::croak "$AnyEvent::MODEL does not support blocking waits. Caught";
1430	}	1602	}
1431		1603
1432	# default implementation for ->condvar	1604	# default implementation for ->condvar
1433	# in fact,t he default should not be overwritten	1605	# in fact, the default should not be overwritten
1434		1606
1435	sub condvar {	1607	sub condvar {
1436	eval q{ # poor man's autoloading {}	1608	eval q{ # poor man's autoloading {}
1437	*condvar = sub {	1609	*condvar = sub {
1438	bless { @_ == 3 ? (_ae_cb => $_[2]) : () }, "AnyEvent::CondVar"	1610	bless { @_ == 3 ? (_ae_cb => $_[2]) : () }, "AnyEvent::CondVar"
…		…
1516		1688
1517	sub signal {	1689	sub signal {
1518	eval q{ # poor man's autoloading {}	1690	eval q{ # poor man's autoloading {}
1519	# probe for availability of Async::Interrupt	1691	# probe for availability of Async::Interrupt
1520	if (_have_async_interrupt) {	1692	if (_have_async_interrupt) {
1521	warn "AnyEvent: using Async::Interrupt for race-free signal handling.\n" if $VERBOSE >= 8;	1693	AnyEvent::log 8 => "using Async::Interrupt for race-free signal handling.";
1522		1694
1523	$SIGPIPE_R = new Async::Interrupt::EventPipe;	1695	$SIGPIPE_R = new Async::Interrupt::EventPipe;
1524	$SIG_IO = AE::io $SIGPIPE_R->fileno, 0, \&_signal_exec;	1696	$SIG_IO = AE::io $SIGPIPE_R->fileno, 0, \&_signal_exec;
1525		1697
1526	} else {	1698	} else {
1527	warn "AnyEvent: using emulated perl signal handling with latency timer.\n" if $VERBOSE >= 8;	1699	AnyEvent::log 8 => "using emulated perl signal handling with latency timer.";
1528		1700
1529	if (AnyEvent::WIN32) {	1701	if (AnyEvent::WIN32) {
1530	require AnyEvent::Util;	1702	require AnyEvent::Util;
1531		1703
1532	($SIGPIPE_R, $SIGPIPE_W) = AnyEvent::Util::portable_pipe ();	1704	($SIGPIPE_R, $SIGPIPE_W) = AnyEvent::Util::portable_pipe ();
…		…
1608	: sysread $SIGPIPE_R, (my $dummy), 9;	1780	: sysread $SIGPIPE_R, (my $dummy), 9;
1609		1781
1610	while (%SIG_EV) {	1782	while (%SIG_EV) {
1611	for (keys %SIG_EV) {	1783	for (keys %SIG_EV) {
1612	delete $SIG_EV{$_};	1784	delete $SIG_EV{$_};
1613	$_->() for values %{ $SIG_CB{$_} \|\| {} };	1785	&$_ for values %{ $SIG_CB{$_} \|\| {} };
1614	}	1786	}
1615	}	1787	}
1616	};	1788	};
1617	};	1789	};
1618	die if $@;	1790	die if $@;
…		…
1685		1857
1686	my ($cb, $w, $rcb) = $arg{cb};	1858	my ($cb, $w, $rcb) = $arg{cb};
1687		1859
1688	$rcb = sub {	1860	$rcb = sub {
1689	if ($cb) {	1861	if ($cb) {
1690	$w = _time;	1862	$w = AE::time;
1691	&$cb;	1863	&$cb;
1692	$w = _time - $w;	1864	$w = AE::time - $w;
1693		1865
1694	# never use more then 50% of the time for the idle watcher,	1866	# never use more then 50% of the time for the idle watcher,
1695	# within some limits	1867	# within some limits
1696	$w = 0.0001 if $w < 0.0001;	1868	$w = 0.0001 if $w < 0.0001;
1697	$w = 5 if $w > 5;	1869	$w = 5 if $w > 5;
…		…
1826	$Event/EV::DIED->() >>, L<Glib> uses C<< install_exception_handler >> and	1998	$Event/EV::DIED->() >>, L<Glib> uses C<< install_exception_handler >> and
1827	so on.	1999	so on.
1828		2000
1829	=head1 ENVIRONMENT VARIABLES	2001	=head1 ENVIRONMENT VARIABLES
1830		2002
1831	The following environment variables are used by this module or its	2003	AnyEvent supports a number of environment variables that tune the
1832	submodules.	2004	runtime behaviour. They are usually evaluated when AnyEvent is
		2005	loaded, initialised, or a submodule that uses them is loaded. Many of
		2006	them also cause AnyEvent to load additional modules - for example,
		2007	C<PERL_ANYEVENT_DEBUG_WRAP> causes the L<AnyEvent::Debug> module to be
		2008	loaded.
1833		2009
1834	Note that AnyEvent will remove I<all> environment variables starting with	2010	All the environment variables documented here start with
1835	C<PERL_ANYEVENT_> from C<%ENV> when it is loaded while taint mode is	2011	C<PERL_ANYEVENT_>, which is what AnyEvent considers its own
1836	enabled.	2012	namespace. Other modules are encouraged (but by no means required) to use
		2013	C<PERL_ANYEVENT_SUBMODULE> if they have registered the AnyEvent::Submodule
		2014	namespace on CPAN, for any submodule. For example, L<AnyEvent::HTTP> could
		2015	be expected to use C<PERL_ANYEVENT_HTTP_PROXY> (it should not access env
		2016	variables starting with C<AE_>, see below).
		2017
		2018	All variables can also be set via the C<AE_> prefix, that is, instead
		2019	of setting C<PERL_ANYEVENT_VERBOSE> you can also set C<AE_VERBOSE>. In
		2020	case there is a clash btween anyevent and another program that uses
		2021	C<AE_something> you can set the corresponding C<PERL_ANYEVENT_something>
		2022	variable to the empty string, as those variables take precedence.
		2023
		2024	When AnyEvent is first loaded, it copies all C<AE_xxx> env variables
		2025	to their C<PERL_ANYEVENT_xxx> counterpart unless that variable already
		2026	exists. If taint mode is on, then AnyEvent will remove I<all> environment
		2027	variables starting with C<PERL_ANYEVENT_> from C<%ENV> (or replace them
		2028	with C<undef> or the empty string, if the corresaponding C<AE_> variable
		2029	is set).
		2030
		2031	The exact algorithm is currently:
		2032
		2033	1. if taint mode enabled, delete all PERL_ANYEVENT_xyz variables from %ENV
		2034	2. copy over AE_xyz to PERL_ANYEVENT_xyz unless the latter alraedy exists
		2035	3. if taint mode enabled, set all PERL_ANYEVENT_xyz variables to undef.
		2036
		2037	This ensures that child processes will not see the C<AE_> variables.
		2038
		2039	The following environment variables are currently known to AnyEvent:
1837		2040
1838	=over 4	2041	=over 4
1839		2042
1840	=item C<PERL_ANYEVENT_VERBOSE>	2043	=item C<PERL_ANYEVENT_VERBOSE>
1841		2044
1842	By default, AnyEvent will be completely silent except in fatal	2045	By default, AnyEvent will be completely silent except in fatal
1843	conditions. You can set this environment variable to make AnyEvent more	2046	conditions. You can set this environment variable to make AnyEvent more
1844	talkative.	2047	talkative. If you want to do more than just set the global logging level
		2048	you should have a look at C<PERL_ANYEVENT_LOG>, which allows much more
		2049	complex specifications.
1845		2050
1846	When set to C<1> or higher, causes AnyEvent to warn about unexpected	2051	When set to C<5> or higher (warn), causes AnyEvent to warn about unexpected
1847	conditions, such as not being able to load the event model specified by	2052	conditions, such as not being able to load the event model specified by
1848	C<PERL_ANYEVENT_MODEL>.	2053	C<PERL_ANYEVENT_MODEL>, or a guard callback throwing an exception - this
		2054	is the minimum recommended level.
1849		2055
1850	When set to C<2> or higher, cause AnyEvent to report to STDERR which event	2056	When set to C<7> or higher (info), cause AnyEvent to report which event model it
1851	model it chooses.	2057	chooses.
1852		2058
1853	When set to C<8> or higher, then AnyEvent will report extra information on	2059	When set to C<8> or higher (debug), then AnyEvent will report extra information on
1854	which optional modules it loads and how it implements certain features.	2060	which optional modules it loads and how it implements certain features.
		2061
		2062	=item C<PERL_ANYEVENT_LOG>
		2063
		2064	Accepts rather complex logging specifications. For example, you could log
		2065	all C<debug> messages of some module to stderr, warnings and above to
		2066	stderr, and errors and above to syslog, with:
		2067
		2068	PERL_ANYEVENT_LOG=Some::Module=debug,+log:filter=warn,+%syslog:%syslog=error,syslog
		2069
		2070	For the rather extensive details, see L<AnyEvent::Log>.
		2071
		2072	This variable is evaluated when AnyEvent (or L<AnyEvent::Log>) is loaded,
		2073	so will take effect even before AnyEvent has initialised itself.
		2074
		2075	Note that specifying this environment variable causes the L<AnyEvent::Log>
		2076	module to be loaded, while C<PERL_ANYEVENT_VERBOSE> does not, so only
		2077	using the latter saves a few hundred kB of memory until the first message
		2078	is being logged.
1855		2079
1856	=item C<PERL_ANYEVENT_STRICT>	2080	=item C<PERL_ANYEVENT_STRICT>
1857		2081
1858	AnyEvent does not do much argument checking by default, as thorough	2082	AnyEvent does not do much argument checking by default, as thorough
1859	argument checking is very costly. Setting this variable to a true value	2083	argument checking is very costly. Setting this variable to a true value
…		…
1866	Unlike C<use strict> (or its modern cousin, C<< use L<common::sense>	2090	Unlike C<use strict> (or its modern cousin, C<< use L<common::sense>
1867	>>, it is definitely recommended to keep it off in production. Keeping	2091	>>, it is definitely recommended to keep it off in production. Keeping
1868	C<PERL_ANYEVENT_STRICT=1> in your environment while developing programs	2092	C<PERL_ANYEVENT_STRICT=1> in your environment while developing programs
1869	can be very useful, however.	2093	can be very useful, however.
1870		2094
		2095	=item C<PERL_ANYEVENT_DEBUG_SHELL>
		2096
		2097	If this env variable is set, then its contents will be interpreted by
		2098	C<AnyEvent::Socket::parse_hostport> (after replacing every occurance of
		2099	C<$$> by the process pid) and an C<AnyEvent::Debug::shell> is bound on
		2100	that port. The shell object is saved in C<$AnyEvent::Debug::SHELL>.
		2101
		2102	This happens when the first watcher is created.
		2103
		2104	For example, to bind a debug shell on a unix domain socket in
		2105	F<< /tmp/debug<pid>.sock >>, you could use this:
		2106
		2107	PERL_ANYEVENT_DEBUG_SHELL=/tmp/debug\$\$.sock perlprog
		2108
		2109	Note that creating sockets in F</tmp> is very unsafe on multiuser
		2110	systems.
		2111
		2112	=item C<PERL_ANYEVENT_DEBUG_WRAP>
		2113
		2114	Can be set to C<0>, C<1> or C<2> and enables wrapping of all watchers for
		2115	debugging purposes. See C<AnyEvent::Debug::wrap> for details.
		2116
1871	=item C<PERL_ANYEVENT_MODEL>	2117	=item C<PERL_ANYEVENT_MODEL>
1872		2118
1873	This can be used to specify the event model to be used by AnyEvent, before	2119	This can be used to specify the event model to be used by AnyEvent, before
1874	auto detection and -probing kicks in. It must be a string consisting	2120	auto detection and -probing kicks in.
1875	entirely of ASCII letters. The string C<AnyEvent::Impl::> gets prepended	2121
		2122	It normally is a string consisting entirely of ASCII letters (e.g. C<EV>
		2123	or C<IOAsync>). The string C<AnyEvent::Impl::> gets prepended and the
1876	and the resulting module name is loaded and if the load was successful,	2124	resulting module name is loaded and - if the load was successful - used as
1877	used as event model. If it fails to load AnyEvent will proceed with	2125	event model backend. If it fails to load then AnyEvent will proceed with
1878	auto detection and -probing.	2126	auto detection and -probing.
1879		2127
1880	This functionality might change in future versions.	2128	If the string ends with C<::> instead (e.g. C<AnyEvent::Impl::EV::>) then
		2129	nothing gets prepended and the module name is used as-is (hint: C<::> at
		2130	the end of a string designates a module name and quotes it appropriately).
1881		2131
1882	For example, to force the pure perl model (L<AnyEvent::Loop::Perl>) you	2132	For example, to force the pure perl model (L<AnyEvent::Loop::Perl>) you
1883	could start your program like this:	2133	could start your program like this:
1884		2134
1885	PERL_ANYEVENT_MODEL=Perl perl ...	2135	PERL_ANYEVENT_MODEL=Perl perl ...
…		…
1903	but support both and try to use both. C<PERL_ANYEVENT_PROTOCOLS=ipv4>	2153	but support both and try to use both. C<PERL_ANYEVENT_PROTOCOLS=ipv4>
1904	- only support IPv4, never try to resolve or contact IPv6	2154	- only support IPv4, never try to resolve or contact IPv6
1905	addresses. C<PERL_ANYEVENT_PROTOCOLS=ipv6,ipv4> support either IPv4 or	2155	addresses. C<PERL_ANYEVENT_PROTOCOLS=ipv6,ipv4> support either IPv4 or
1906	IPv6, but prefer IPv6 over IPv4.	2156	IPv6, but prefer IPv6 over IPv4.
1907		2157
		2158	=item C<PERL_ANYEVENT_HOSTS>
		2159
		2160	This variable, if specified, overrides the F</etc/hosts> file used by
		2161	L<AnyEvent::Socket>C<::resolve_sockaddr>, i.e. hosts aliases will be read
		2162	from that file instead.
		2163
1908	=item C<PERL_ANYEVENT_EDNS0>	2164	=item C<PERL_ANYEVENT_EDNS0>
1909		2165
1910	Used by L<AnyEvent::DNS> to decide whether to use the EDNS0 extension	2166	Used by L<AnyEvent::DNS> to decide whether to use the EDNS0 extension for
1911	for DNS. This extension is generally useful to reduce DNS traffic, but	2167	DNS. This extension is generally useful to reduce DNS traffic, especially
1912	some (broken) firewalls drop such DNS packets, which is why it is off by	2168	when DNSSEC is involved, but some (broken) firewalls drop such DNS
1913	default.	2169	packets, which is why it is off by default.
1914		2170
1915	Setting this variable to C<1> will cause L<AnyEvent::DNS> to announce	2171	Setting this variable to C<1> will cause L<AnyEvent::DNS> to announce
1916	EDNS0 in its DNS requests.	2172	EDNS0 in its DNS requests.
1917		2173
1918	=item C<PERL_ANYEVENT_MAX_FORKS>	2174	=item C<PERL_ANYEVENT_MAX_FORKS>
…		…
1926	resolver - this is the maximum number of parallel DNS requests that are	2182	resolver - this is the maximum number of parallel DNS requests that are
1927	sent to the DNS server.	2183	sent to the DNS server.
1928		2184
1929	=item C<PERL_ANYEVENT_RESOLV_CONF>	2185	=item C<PERL_ANYEVENT_RESOLV_CONF>
1930		2186
1931	The file to use instead of F</etc/resolv.conf> (or OS-specific	2187	The absolute path to a F<resolv.conf>-style file to use instead of
1932	configuration) in the default resolver. When set to the empty string, no	2188	F</etc/resolv.conf> (or the OS-specific configuration) in the default
1933	default config will be used.	2189	resolver, or the empty string to select the default configuration.
1934		2190
1935	=item C<PERL_ANYEVENT_CA_FILE>, C<PERL_ANYEVENT_CA_PATH>.	2191	=item C<PERL_ANYEVENT_CA_FILE>, C<PERL_ANYEVENT_CA_PATH>.
1936		2192
1937	When neither C<ca_file> nor C<ca_path> was specified during	2193	When neither C<ca_file> nor C<ca_path> was specified during
1938	L<AnyEvent::TLS> context creation, and either of these environment	2194	L<AnyEvent::TLS> context creation, and either of these environment
1939	variables exist, they will be used to specify CA certificate locations	2195	variables are nonempty, they will be used to specify CA certificate
1940	instead of a system-dependent default.	2196	locations instead of a system-dependent default.
1941		2197
1942	=item C<PERL_ANYEVENT_AVOID_GUARD> and C<PERL_ANYEVENT_AVOID_ASYNC_INTERRUPT>	2198	=item C<PERL_ANYEVENT_AVOID_GUARD> and C<PERL_ANYEVENT_AVOID_ASYNC_INTERRUPT>
1943		2199
1944	When these are set to C<1>, then the respective modules are not	2200	When these are set to C<1>, then the respective modules are not
1945	loaded. Mostly good for testing AnyEvent itself.	2201	loaded. Mostly good for testing AnyEvent itself.
…		…
2277	(even when used without AnyEvent), but most event loops have acceptable	2533	(even when used without AnyEvent), but most event loops have acceptable
2278	performance with or without AnyEvent.	2534	performance with or without AnyEvent.
2279		2535
2280	=item * The overhead AnyEvent adds is usually much smaller than the overhead of	2536	=item * The overhead AnyEvent adds is usually much smaller than the overhead of
2281	the actual event loop, only with extremely fast event loops such as EV	2537	the actual event loop, only with extremely fast event loops such as EV
2282	adds AnyEvent significant overhead.	2538	does AnyEvent add significant overhead.
2283		2539
2284	=item * You should avoid POE like the plague if you want performance or	2540	=item * You should avoid POE like the plague if you want performance or
2285	reasonable memory usage.	2541	reasonable memory usage.
2286		2542
2287	=back	2543	=back
…		…
2662		2918
2663	Tutorial/Introduction: L<AnyEvent::Intro>.	2919	Tutorial/Introduction: L<AnyEvent::Intro>.
2664		2920
2665	FAQ: L<AnyEvent::FAQ>.	2921	FAQ: L<AnyEvent::FAQ>.
2666		2922
2667	Utility functions: L<AnyEvent::Util>.	2923	Utility functions: L<AnyEvent::Util> (misc. grab-bag), L<AnyEvent::Log>
		2924	(simply logging).
2668		2925
		2926	Development/Debugging: L<AnyEvent::Strict> (stricter checking),
		2927	L<AnyEvent::Debug> (interactive shell, watcher tracing).
		2928
2669	Event modules: L<AnyEvent::Loop>, L<EV>, L<EV::Glib>, L<Glib::EV>,	2929	Supported event modules: L<AnyEvent::Loop>, L<EV>, L<EV::Glib>,
2670	L<Event>, L<Glib::Event>, L<Glib>, L<Tk>, L<Event::Lib>, L<Qt>, L<POE>.	2930	L<Glib::EV>, L<Event>, L<Glib::Event>, L<Glib>, L<Tk>, L<Event::Lib>,
		2931	L<Qt>, L<POE>, L<FLTK>.
2671		2932
2672	Implementations: L<AnyEvent::Impl::EV>, L<AnyEvent::Impl::Event>,	2933	Implementations: L<AnyEvent::Impl::EV>, L<AnyEvent::Impl::Event>,
2673	L<AnyEvent::Impl::Glib>, L<AnyEvent::Impl::Tk>, L<AnyEvent::Impl::Perl>,	2934	L<AnyEvent::Impl::Glib>, L<AnyEvent::Impl::Tk>, L<AnyEvent::Impl::Perl>,
2674	L<AnyEvent::Impl::EventLib>, L<AnyEvent::Impl::Qt>,	2935	L<AnyEvent::Impl::EventLib>, L<AnyEvent::Impl::Qt>,
2675	L<AnyEvent::Impl::POE>, L<AnyEvent::Impl::IOAsync>, L<Anyevent::Impl::Irssi>.	2936	L<AnyEvent::Impl::POE>, L<AnyEvent::Impl::IOAsync>, L<Anyevent::Impl::Irssi>,
		2937	L<AnyEvent::Impl::FLTK>.
2676		2938
2677	Non-blocking file handles, sockets, TCP clients and	2939	Non-blocking handles, pipes, stream sockets, TCP clients and
2678	servers: L<AnyEvent::Handle>, L<AnyEvent::Socket>, L<AnyEvent::TLS>.	2940	servers: L<AnyEvent::Handle>, L<AnyEvent::Socket>, L<AnyEvent::TLS>.
2679		2941
2680	Asynchronous DNS: L<AnyEvent::DNS>.	2942	Asynchronous DNS: L<AnyEvent::DNS>.
2681		2943
2682	Thread support: L<Coro>, L<Coro::AnyEvent>, L<Coro::EV>, L<Coro::Event>.	2944	Thread support: L<Coro>, L<Coro::AnyEvent>, L<Coro::EV>, L<Coro::Event>.

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Comparing AnyEvent/lib/AnyEvent.pm (file contents): Revision 1.352 by root, Thu Aug 4 09:14:01 2011 UTC vs. Revision 1.377 by root, Thu Aug 25 23:20:17 2011 UTC

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Comparing AnyEvent/lib/AnyEvent.pm (file contents):
Revision 1.352 by root, Thu Aug 4 09:14:01 2011 UTC vs.
Revision 1.377 by root, Thu Aug 25 23:20:17 2011 UTC