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Revision 1.36 by root, Thu Oct 21 02:46:59 2010 UTC vs.
Revision 1.48 by root, Fri Jan 24 13:22:22 2020 UTC

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46 my ($w, $revents) = @_; 46 my ($w, $revents) = @_;
47 warn $w->path, " has changed somehow.\n"; 47 warn $w->path, " has changed somehow.\n";
48 }; 48 };
49 49
50 # MAINLOOP 50 # MAINLOOP
51 EV::loop; # loop until EV::unloop is called or all watchers stop 51 EV::run; # loop until EV::break is called or all watchers stop
52 EV::loop EV::LOOP_ONESHOT; # block until at least one event could be handled 52 EV::run EV::RUN_ONCE; # block until at least one event could be handled
53 EV::loop EV::LOOP_NONBLOCK; # try to handle same events, but do not block 53 EV::run EV::RUN_NOWAIT; # try to handle same events, but do not block
54 54
55BEFORE YOU START USING THIS MODULE 55BEFORE YOU START USING THIS MODULE
56 If you only need timer, I/O, signal, child and idle watchers and not the 56 If you only need timer, I/O, signal, child and idle watchers and not the
57 advanced functionality of this module, consider using AnyEvent instead, 57 advanced functionality of this module, consider using AnyEvent instead,
58 specifically the simplified API described in AE. 58 specifically the simplified API described in AE.
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75 can use it through the AnyEvent module, stay portable to other event 75 can use it through the AnyEvent module, stay portable to other event
76 loops (if you don't rely on any watcher types not available through it) 76 loops (if you don't rely on any watcher types not available through it)
77 and still be faster than with any other event loop currently supported 77 and still be faster than with any other event loop currently supported
78 in Perl. 78 in Perl.
79 79
80 PORTING FROM EV 3.X to 4.X
81 EV version 4 introduces a number of incompatible changes summarised
82 here. According to the depreciation strategy used by libev, there is a
83 compatibility layer in place so programs should continue to run
84 unchanged (the XS interface lacks this layer, so programs using that one
85 need to be updated).
86
87 This compatibility layer will be switched off in some future release.
88
89 All changes relevant to Perl are renames of symbols, functions and
90 methods:
91
92 EV::loop => EV::run
93 EV::LOOP_NONBLOCK => EV::RUN_NOWAIT
94 EV::LOOP_ONESHOT => EV::RUN_ONCE
95
96 EV::unloop => EV::break
97 EV::UNLOOP_CANCEL => EV::BREAK_CANCEL
98 EV::UNLOOP_ONE => EV::BREAK_ONE
99 EV::UNLOOP_ALL => EV::BREAK_ALL
100
101 EV::TIMEOUT => EV::TIMER
102
103 EV::loop_count => EV::iteration
104 EV::loop_depth => EV::depth
105 EV::loop_verify => EV::verify
106
107 The loop object methods corresponding to the functions above have been
108 similarly renamed.
109
80 MODULE EXPORTS 110 MODULE EXPORTS
81 This module does not export any symbols. 111 This module does not export any symbols.
82 112
83EVENT LOOPS 113EVENT LOOPS
84 EV supports multiple event loops: There is a single "default event loop" 114 EV supports multiple event loops: There is a single "default event loop"
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121 Must be called after a fork in the child, before entering or 151 Must be called after a fork in the child, before entering or
122 continuing the event loop. An alternative is to use 152 continuing the event loop. An alternative is to use
123 "EV::FLAG_FORKCHECK" which calls this function automatically, at 153 "EV::FLAG_FORKCHECK" which calls this function automatically, at
124 some performance loss (refer to the libev documentation). 154 some performance loss (refer to the libev documentation).
125 155
126 $loop->loop_verify 156 $loop->verify
127 Calls "ev_verify" to make internal consistency checks (for debugging 157 Calls "ev_verify" to make internal consistency checks (for debugging
128 libev) and abort the program if any data structures were found to be 158 libev) and abort the program if any data structures were found to be
129 corrupted. 159 corrupted.
130 160
131 $loop = EV::default_loop [$flags] 161 $loop = EV::default_loop [$flags]
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165 195
166 EV::now_update 196 EV::now_update
167 $loop->now_update 197 $loop->now_update
168 Establishes the current time by querying the kernel, updating the 198 Establishes the current time by querying the kernel, updating the
169 time returned by "EV::now" in the progress. This is a costly 199 time returned by "EV::now" in the progress. This is a costly
170 operation and is usually done automatically within "EV::loop". 200 operation and is usually done automatically within "EV::run".
171 201
172 This function is rarely useful, but when some event callback runs 202 This function is rarely useful, but when some event callback runs
173 for a very long time without entering the event loop, updating 203 for a very long time without entering the event loop, updating
174 libev's idea of the current time is a good idea. 204 libev's idea of the current time is a good idea.
175 205
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203 $backend = EV::backend 233 $backend = EV::backend
204 $backend = $loop->backend 234 $backend = $loop->backend
205 Returns an integer describing the backend used by libev 235 Returns an integer describing the backend used by libev
206 (EV::BACKEND_SELECT or EV::BACKEND_EPOLL). 236 (EV::BACKEND_SELECT or EV::BACKEND_EPOLL).
207 237
208 EV::loop [$flags] 238 $active = EV::run [$flags]
209 $loop->loop ([$flags]) 239 $active = $loop->run ([$flags])
210 Begin checking for events and calling callbacks. It returns when a 240 Begin checking for events and calling callbacks. It returns when a
211 callback calls EV::unloop. 241 callback calls EV::break or the flags are nonzero (in which case the
242 return value is true) or when there are no active watchers which
243 reference the loop (keepalive is true), in which case the return
244 value will be false. The return value can generally be interpreted
245 as "if true, there is more work left to do".
212 246
213 The $flags argument can be one of the following: 247 The $flags argument can be one of the following:
214 248
215 0 as above 249 0 as above
216 EV::LOOP_ONESHOT block at most once (wait, but do not loop) 250 EV::RUN_ONCE block at most once (wait, but do not loop)
217 EV::LOOP_NONBLOCK do not block at all (fetch/handle events but do not wait) 251 EV::RUN_NOWAIT do not block at all (fetch/handle events but do not wait)
218 252
219 EV::unloop [$how] 253 EV::break [$how]
220 $loop->unloop ([$how]) 254 $loop->break ([$how])
221 When called with no arguments or an argument of EV::UNLOOP_ONE, 255 When called with no arguments or an argument of EV::BREAK_ONE, makes
222 makes the innermost call to EV::loop return. 256 the innermost call to EV::run return.
223 257
224 When called with an argument of EV::UNLOOP_ALL, all calls to 258 When called with an argument of EV::BREAK_ALL, all calls to EV::run
225 EV::loop will return as fast as possible. 259 will return as fast as possible.
226 260
227 $count = EV::loop_count 261 When called with an argument of EV::BREAK_CANCEL, any pending break
228 $count = $loop->loop_count 262 will be cancelled.
263
264 $count = EV::iteration
265 $count = $loop->iteration
229 Return the number of times the event loop has polled for new events. 266 Return the number of times the event loop has polled for new events.
230 Sometimes useful as a generation counter. 267 Sometimes useful as a generation counter.
231 268
232 EV::once $fh_or_undef, $events, $timeout, $cb->($revents) 269 EV::once $fh_or_undef, $events, $timeout, $cb->($revents)
233 $loop->once ($fh_or_undef, $events, $timeout, $cb->($revents)) 270 $loop->once ($fh_or_undef, $events, $timeout, $cb->($revents))
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239 "EV::READ | EV::WRITE", indicating the type of I/O event you want to 276 "EV::READ | EV::WRITE", indicating the type of I/O event you want to
240 wait for. If you do not want to wait for some I/O event, specify 277 wait for. If you do not want to wait for some I/O event, specify
241 "undef" for $fh_or_undef and 0 for $events). 278 "undef" for $fh_or_undef and 0 for $events).
242 279
243 If timeout is "undef" or negative, then there will be no timeout. 280 If timeout is "undef" or negative, then there will be no timeout.
244 Otherwise a EV::timer with this value will be started. 281 Otherwise an "EV::timer" with this value will be started.
245 282
246 When an error occurs or either the timeout or I/O watcher triggers, 283 When an error occurs or either the timeout or I/O watcher triggers,
247 then the callback will be called with the received event set (in 284 then the callback will be called with the received event set (in
248 general you can expect it to be a combination of "EV::ERROR", 285 general you can expect it to be a combination of "EV::ERROR",
249 "EV::READ", "EV::WRITE" and "EV::TIMER"). 286 "EV::READ", "EV::WRITE" and "EV::TIMER").
250 287
251 EV::once doesn't return anything: the watchers stay active till 288 EV::once doesn't return anything: the watchers stay active till
252 either of them triggers, then they will be stopped and freed, and 289 either of them triggers, then they will be stopped and freed, and
253 the callback invoked. 290 the callback invoked.
254 291
255 EV::feed_fd_event ($fd, $revents) 292 EV::feed_fd_event $fd, $revents
256 $loop->feed_fd_event ($fd, $revents) 293 $loop->feed_fd_event ($fd, $revents)
257 Feed an event on a file descriptor into EV. EV will react to this 294 Feed an event on a file descriptor into EV. EV will react to this
258 call as if the readyness notifications specified by $revents (a 295 call as if the readyness notifications specified by $revents (a
259 combination of "EV::READ" and "EV::WRITE") happened on the file 296 combination of "EV::READ" and "EV::WRITE") happened on the file
260 descriptor $fd. 297 descriptor $fd.
261 298
262 EV::feed_signal_event ($signal) 299 EV::feed_signal_event $signal
263 Feed a signal event into EV. EV will react to this call as if the 300 Feed a signal event into the default loop. EV will react to this
264 signal specified by $signal had occured. 301 call as if the signal specified by $signal had occured.
302
303 EV::feed_signal $signal
304 Feed a signal event into EV - unlike "EV::feed_signal_event", this
305 works regardless of which loop has registered the signal, and is
306 mainly useful for custom signal implementations.
265 307
266 EV::set_io_collect_interval $time 308 EV::set_io_collect_interval $time
267 $loop->set_io_collect_interval ($time) 309 $loop->set_io_collect_interval ($time)
268 EV::set_timeout_collect_interval $time 310 EV::set_timeout_collect_interval $time
269 $loop->set_timeout_collect_interval ($time) 311 $loop->set_timeout_collect_interval ($time)
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372 If the watcher is pending, this function clears its pending status 414 If the watcher is pending, this function clears its pending status
373 and returns its $revents bitset (as if its callback was invoked). If 415 and returns its $revents bitset (as if its callback was invoked). If
374 the watcher isn't pending it does nothing and returns 0. 416 the watcher isn't pending it does nothing and returns 0.
375 417
376 $previous_state = $w->keepalive ($bool) 418 $previous_state = $w->keepalive ($bool)
377 Normally, "EV::loop" will return when there are no active watchers 419 Normally, "EV::run" will return when there are no active watchers
378 (which is a "deadlock" because no progress can be made anymore). 420 (which is a "deadlock" because no progress can be made anymore).
379 This is convenient because it allows you to start your watchers (and 421 This is convenient because it allows you to start your watchers (and
380 your jobs), call "EV::loop" once and when it returns you know that 422 your jobs), call "EV::run" once and when it returns you know that
381 all your jobs are finished (or they forgot to register some watchers 423 all your jobs are finished (or they forgot to register some watchers
382 for their task :). 424 for their task :).
383 425
384 Sometimes, however, this gets in your way, for example when the 426 Sometimes, however, this gets in your way, for example when the
385 module that calls "EV::loop" (usually the main program) is not the 427 module that calls "EV::run" (usually the main program) is not the
386 same module as a long-living watcher (for example a DNS client 428 same module as a long-living watcher (for example a DNS client
387 module written by somebody else even). Then you might want any 429 module written by somebody else even). Then you might want any
388 outstanding requests to be handled, but you would not want to keep 430 outstanding requests to be handled, but you would not want to keep
389 "EV::loop" from returning just because you happen to have this 431 "EV::run" from returning just because you happen to have this
390 long-running UDP port watcher. 432 long-running UDP port watcher.
391 433
392 In this case you can clear the keepalive status, which means that 434 In this case you can clear the keepalive status, which means that
393 even though your watcher is active, it won't keep "EV::loop" from 435 even though your watcher is active, it won't keep "EV::run" from
394 returning. 436 returning.
395 437
396 The initial value for keepalive is true (enabled), and you can 438 The initial value for keepalive is true (enabled), and you can
397 change it any time. 439 change it any time.
398 440
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440 TIMER WATCHERS - relative and optionally repeating timeouts 482 TIMER WATCHERS - relative and optionally repeating timeouts
441 $w = EV::timer $after, $repeat, $callback 483 $w = EV::timer $after, $repeat, $callback
442 $w = EV::timer_ns $after, $repeat, $callback 484 $w = EV::timer_ns $after, $repeat, $callback
443 $w = $loop->timer ($after, $repeat, $callback) 485 $w = $loop->timer ($after, $repeat, $callback)
444 $w = $loop->timer_ns ($after, $repeat, $callback) 486 $w = $loop->timer_ns ($after, $repeat, $callback)
445 Calls the callback after $after seconds (which may be fractional). 487 Calls the callback after $after seconds (which may be fractional or
446 If $repeat is non-zero, the timer will be restarted (with the 488 negative). If $repeat is non-zero, the timer will be restarted (with
447 $repeat value as $after) after the callback returns. 489 the $repeat value as $after) after the callback returns.
448 490
449 This means that the callback would be called roughly after $after 491 This means that the callback would be called roughly after $after
450 seconds, and then every $repeat seconds. The timer does his best not 492 seconds, and then every $repeat seconds. The timer does his best not
451 to drift, but it will not invoke the timer more often then once per 493 to drift, but it will not invoke the timer more often then once per
452 event loop iteration, and might drift in other cases. If that isn't 494 event loop iteration, and might drift in other cases. If that isn't
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459 the same time. 501 the same time.
460 502
461 The "timer_ns" variant doesn't start (activate) the newly created 503 The "timer_ns" variant doesn't start (activate) the newly created
462 watcher. 504 watcher.
463 505
464 $w->set ($after, $repeat) 506 $w->set ($after, $repeat = 0)
465 Reconfigures the watcher, see the constructor above for details. Can 507 Reconfigures the watcher, see the constructor above for details. Can
466 be called at any time. 508 be called at any time.
467 509
468 $w->again 510 $w->again
511 $w->again ($repeat)
469 Similar to the "start" method, but has special semantics for 512 Similar to the "start" method, but has special semantics for
470 repeating timers: 513 repeating timers:
471 514
472 If the timer is active and non-repeating, it will be stopped. 515 If the timer is active and non-repeating, it will be stopped.
473 516
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481 524
482 This behaviour is useful when you have a timeout for some IO 525 This behaviour is useful when you have a timeout for some IO
483 operation. You create a timer object with the same value for $after 526 operation. You create a timer object with the same value for $after
484 and $repeat, and then, in the read/write watcher, run the "again" 527 and $repeat, and then, in the read/write watcher, run the "again"
485 method on the timeout. 528 method on the timeout.
529
530 If called with a $repeat argument, then it uses this a timer repeat
531 value.
532
533 $after = $w->remaining
534 Calculates and returns the remaining time till the timer will fire.
535
536 $repeat = $w->repeat
537 $old_repeat = $w->repeat ($new_repeat)
538 Returns the current value of the repeat attribute and optionally
539 sets a new one. Setting the new one will not restart the watcher -
540 if the watcher is active, the new repeat value is used whenever it
541 expires next.
486 542
487 PERIODIC WATCHERS - to cron or not to cron? 543 PERIODIC WATCHERS - to cron or not to cron?
488 $w = EV::periodic $at, $interval, $reschedule_cb, $callback 544 $w = EV::periodic $at, $interval, $reschedule_cb, $callback
489 $w = EV::periodic_ns $at, $interval, $reschedule_cb, $callback 545 $w = EV::periodic_ns $at, $interval, $reschedule_cb, $callback
490 $w = $loop->periodic ($at, $interval, $reschedule_cb, $callback) 546 $w = $loop->periodic ($at, $interval, $reschedule_cb, $callback)
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507 system time reaches or surpasses this time. 563 system time reaches or surpasses this time.
508 564
509 * repeating interval timer ($interval > 0, $reschedule_cb = 0) 565 * repeating interval timer ($interval > 0, $reschedule_cb = 0)
510 566
511 In this mode the watcher will always be scheduled to time out at 567 In this mode the watcher will always be scheduled to time out at
512 the next "$at + N * $interval" time (for some integer N) and 568 the next "$at + N * $interval" time (for the lowest integer N)
513 then repeat, regardless of any time jumps. 569 and then repeat, regardless of any time jumps. Note that, since
570 "N" can be negative, the first trigger can happen before $at.
514 571
515 This can be used to create timers that do not drift with respect 572 This can be used to create timers that do not drift with respect
516 to system time: 573 to system time:
517 574
518 my $hourly = EV::periodic 0, 3600, 0, sub { print "once/hour\n" }; 575 my $hourly = EV::periodic 0, 3600, 0, sub { print "once/hour\n" };
519 576
520 That doesn't mean there will always be 3600 seconds in between 577 That doesn't mean there will always be 3600 seconds in between
521 triggers, but only that the the clalback will be called when the 578 triggers, but only that the the callback will be called when the
522 system time shows a full hour (UTC). 579 system time shows a full hour (UTC).
523 580
524 Another way to think about it (for the mathematically inclined) 581 Another way to think about it (for the mathematically inclined)
525 is that EV::periodic will try to run the callback in this mode 582 is that EV::periodic will try to run the callback in this mode
526 at the next possible time where "$time = $at (mod $interval)", 583 at the next possible time where "$time = $at (mod $interval)",
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534 first, and the current time as second argument. 591 first, and the current time as second argument.
535 592
536 *This callback MUST NOT stop or destroy this or any other 593 *This callback MUST NOT stop or destroy this or any other
537 periodic watcher, ever, and MUST NOT call any event loop 594 periodic watcher, ever, and MUST NOT call any event loop
538 functions or methods*. If you need to stop it, return 1e30 and 595 functions or methods*. If you need to stop it, return 1e30 and
539 stop it afterwards. You may create and start a "EV::prepare" 596 stop it afterwards. You may create and start an "EV::prepare"
540 watcher for this task. 597 watcher for this task.
541 598
542 It must return the next time to trigger, based on the passed 599 It must return the next time to trigger, based on the passed
543 time value (that is, the lowest time value larger than or equal 600 time value (that is, the lowest time value larger than or equal
544 to to the second argument). It will usually be called just 601 to to the second argument). It will usually be called just
545 before the callback will be triggered, but might be called at 602 before the callback will be triggered, but might be called at
546 other times, too. 603 other times, too.
547 604
548 This can be used to create very complex timers, such as a timer 605 This can be used to create very complex timers, such as a timer
549 that triggers on each midnight, local time (actually 24 hours 606 that triggers on each midnight, local time (actually one day
550 after the last midnight, to keep the example simple. If you know 607 after the last midnight, to keep the example simple):
551 a way to do it correctly in about the same space (without
552 requiring elaborate modules), drop me a note :):
553 608
554 my $daily = EV::periodic 0, 0, sub { 609 my $daily = EV::periodic 0, 0, sub {
555 my ($w, $now) = @_; 610 my ($w, $now) = @_;
556 611
557 use Time::Local (); 612 use Time::Local ();
558 my (undef, undef, undef, $d, $m, $y) = localtime $now; 613 my (undef, undef, undef, $d, $m, $y) = localtime $now;
559 86400 + Time::Local::timelocal 0, 0, 0, $d, $m, $y 614 Time::Local::timelocal_nocheck 0, 0, 0, $d + 1, $m, $y
560 }, sub { 615 }, sub {
561 print "it's midnight or likely shortly after, now\n"; 616 print "it's midnight or likely shortly after, now\n";
562 }; 617 };
563 618
564 The "periodic_ns" variant doesn't start (activate) the newly created 619 The "periodic_ns" variant doesn't start (activate) the newly created
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571 $w->again 626 $w->again
572 Simply stops and starts the watcher again. 627 Simply stops and starts the watcher again.
573 628
574 $time = $w->at 629 $time = $w->at
575 Return the time that the watcher is expected to trigger next. 630 Return the time that the watcher is expected to trigger next.
631
632 $offset = $w->offset
633 $old_offset = $w->offset ($new_offset)
634 Returns the current value of the offset attribute and optionally
635 sets a new one. Setting the new one will not restart the watcher -
636 if the watcher is active, the new offset value is used whenever it
637 expires next.
638
639 $interval = $w->interval
640 $old_interval = $w->interval ($new_interval)
641 See above, for the interval attribute.
642
643 $reschedule_cb = $w->reschedule_cb
644 $old_reschedule_cb = $w->reschedule_cb ($new_reschedule_cb)
645 See above, for the reschedule callback.
576 646
577 SIGNAL WATCHERS - signal me when a signal gets signalled! 647 SIGNAL WATCHERS - signal me when a signal gets signalled!
578 $w = EV::signal $signal, $callback 648 $w = EV::signal $signal, $callback
579 $w = EV::signal_ns $signal, $callback 649 $w = EV::signal_ns $signal, $callback
580 $w = $loop->signal ($signal, $callback) 650 $w = $loop->signal ($signal, $callback)
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766 $w = $loop->check_ns ($callback) 836 $w = $loop->check_ns ($callback)
767 Call the callback just after the process wakes up again (after it 837 Call the callback just after the process wakes up again (after it
768 has gathered events), but before any other callbacks have been 838 has gathered events), but before any other callbacks have been
769 invoked. 839 invoked.
770 840
771 This is used to integrate other event-based software into the EV 841 This can be used to integrate other event-based software into the EV
772 mainloop: You register a prepare callback and in there, you create 842 mainloop: You register a prepare callback and in there, you create
773 io and timer watchers as required by the other software. Here is a 843 io and timer watchers as required by the other software. Here is a
774 real-world example of integrating Net::SNMP (with some details left 844 real-world example of integrating Net::SNMP (with some details left
775 out): 845 out):
776 846
… …
812 watchers are destroyed before this can happen (remember EV::check 882 watchers are destroyed before this can happen (remember EV::check
813 gets called first). 883 gets called first).
814 884
815 The "check_ns" variant doesn't start (activate) the newly created 885 The "check_ns" variant doesn't start (activate) the newly created
816 watcher. 886 watcher.
887
888 EV::CHECK constant issues
889 Like all other watcher types, there is a bitmask constant for use in
890 $revents and other places. The "EV::CHECK" is special as it has the
891 same name as the "CHECK" sub called by Perl. This doesn't cause big
892 issues on newer perls (beginning with 5.8.9), but it means thatthe
893 constant must be *inlined*, i.e. runtime calls will not work. That
894 means that as long as you always "use EV" and then "EV::CHECK" you
895 are on the safe side.
817 896
818 FORK WATCHERS - the audacity to resume the event loop after a fork 897 FORK WATCHERS - the audacity to resume the event loop after a fork
819 Fork watchers are called when a "fork ()" was detected. The invocation 898 Fork watchers are called when a "fork ()" was detected. The invocation
820 is done before the event loop blocks next and before "check" watchers 899 is done before the event loop blocks next and before "check" watchers
821 are being called, and only in the child after the fork. 900 are being called, and only in the child after the fork.
… …
878 957
879 Please see the libev documentation for further details. 958 Please see the libev documentation for further details.
880 959
881 $w = EV::async $callback 960 $w = EV::async $callback
882 $w = EV::async_ns $callback 961 $w = EV::async_ns $callback
962 $w = $loop->async ($callback)
963 $w = $loop->async_ns ($callback)
883 $w->send 964 $w->send
884 $bool = $w->async_pending 965 $bool = $w->async_pending
966
967 CLEANUP WATCHERS - how to clean up when the event loop goes away
968 Cleanup watchers are not supported on the Perl level, they can only be
969 used via XS currently.
885 970
886PERL SIGNALS 971PERL SIGNALS
887 While Perl signal handling (%SIG) is not affected by EV, the behaviour 972 While Perl signal handling (%SIG) is not affected by EV, the behaviour
888 with EV is as the same as any other C library: Perl-signals will only be 973 with EV is as the same as any other C library: Perl-signals will only be
889 handled when Perl runs, which means your signal handler might be invoked 974 handled when Perl runs, which means your signal handler might be invoked
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923 1008
924 On win32, there is no notion of fork so all this doesn't apply, of 1009 On win32, there is no notion of fork so all this doesn't apply, of
925 course. 1010 course.
926 1011
927SEE ALSO 1012SEE ALSO
928 EV::ADNS (asynchronous DNS), Glib::EV (makes Glib/Gtk2 use EV as event 1013 EV::MakeMaker - MakeMaker interface to XS API, EV::ADNS (asynchronous
929 loop), EV::Glib (embed Glib into EV), Coro::EV (efficient coroutines 1014 DNS), Glib::EV (makes Glib/Gtk2 use EV as event loop), EV::Glib (embed
930 with EV), Net::SNMP::EV (asynchronous SNMP), AnyEvent for event-loop 1015 Glib into EV), Coro::EV (efficient thread integration), Net::SNMP::EV
931 agnostic and portable event driven programming. 1016 (asynchronous SNMP), AnyEvent for event-loop agnostic and portable event
1017 driven programming.
932 1018
933AUTHOR 1019AUTHOR
934 Marc Lehmann <schmorp@schmorp.de> 1020 Marc Lehmann <schmorp@schmorp.de>
935 http://home.schmorp.de/ 1021 http://home.schmorp.de/
936 1022

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