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Comparing libev/ev.h (file contents):
Revision 1.33 by root, Sun Nov 4 23:14:11 2007 UTC vs.
Revision 1.56 by root, Mon Nov 12 07:58:13 2007 UTC

… …
25 * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT 25 * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
26 * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE 26 * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
27 * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 27 * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
28 */ 28 */
29 29
30#ifndef EV_H 30#ifndef EV_H__
31#define EV_H 31#define EV_H__
32 32
33#ifdef __cplusplus 33#ifdef __cplusplus
34extern "C" { 34extern "C" {
35#endif 35#endif
36 36
… …
44# define EV_MAXPRI +2 44# define EV_MAXPRI +2
45#endif 45#endif
46 46
47#ifndef EV_MULTIPLICITY 47#ifndef EV_MULTIPLICITY
48# define EV_MULTIPLICITY 1 48# define EV_MULTIPLICITY 1
49#endif
50
51#ifndef EV_PERIODICS
52# define EV_PERIODICS 1
49#endif 53#endif
50 54
51/* support multiple event loops? */ 55/* support multiple event loops? */
52#if EV_MULTIPLICITY 56#if EV_MULTIPLICITY
53struct ev_loop; 57struct ev_loop;
54# define EV_P struct ev_loop *loop 58# define EV_P struct ev_loop *loop
55# define EV_P_ EV_P, 59# define EV_P_ EV_P,
56# define EV_A loop 60# define EV_A loop
57# define EV_A_ EV_A, 61# define EV_A_ EV_A,
62# define EV_DEFAULT_A ev_default_loop (0)
63# define EV_DEFAULT_A_ EV_DEFAULT_A,
58#else 64#else
59# define EV_P void 65# define EV_P void
60# define EV_P_ 66# define EV_P_
61# define EV_A 67# define EV_A
62# define EV_A_ 68# define EV_A_
69# define EV_DEFAULT_A
70# define EV_DEFAULT_A_
63#endif 71#endif
64 72
65/* eventmask, revents, events... */ 73/* eventmask, revents, events... */
66#define EV_UNDEF -1 /* guaranteed to be invalid */ 74#define EV_UNDEF -1 /* guaranteed to be invalid */
67#define EV_NONE 0x00 75#define EV_NONE 0x00
68#define EV_READ 0x01 76#define EV_READ 0x01 /* io only */
69#define EV_WRITE 0x02 77#define EV_WRITE 0x02 /* io only */
70#define EV_TIMEOUT 0x000100 78#define EV_TIMEOUT 0x000100 /* timer only */
71#define EV_PERIODIC 0x000200 79#define EV_PERIODIC 0x000200 /* periodic timer only */
72#define EV_SIGNAL 0x000400 80#define EV_SIGNAL 0x000400 /* signal only */
73#define EV_IDLE 0x000800 81#define EV_IDLE 0x000800 /* idle only */
74#define EV_CHECK 0x001000 82#define EV_CHECK 0x001000 /* check only */
75#define EV_PREPARE 0x002000 83#define EV_PREPARE 0x002000 /* prepare only */
76#define EV_CHILD 0x004000 84#define EV_CHILD 0x004000 /* child/pid only */
77#define EV_ERROR 0x800000 /* sent when an error occurs */ 85#define EV_ERROR 0x800000 /* sent when an error occurs */
78 86
79/* can be used to add custom fields to all watchers */ 87/* can be used to add custom fields to all watchers, while losing binary compatibility */
80#ifndef EV_COMMON 88#ifndef EV_COMMON
81# define EV_COMMON void *data 89# define EV_COMMON void *data;
82#endif 90#endif
83#ifndef EV_PROTOTYPES 91#ifndef EV_PROTOTYPES
84# define EV_PROTOTYPES 1 92# define EV_PROTOTYPES 1
85#endif 93#endif
86 94
87#define EV_VERSION_MAJOR 1 95#define EV_VERSION_MAJOR 1
88#define EV_VERSION_MINOR 1 96#define EV_VERSION_MINOR 1
97
98#ifndef EV_CB_DECLARE
99# define EV_CB_DECLARE(type) void (*cb)(EV_P_ struct type *w, int revents);
100#endif
101#ifndef EV_CB_INVOKE
102# define EV_CB_INVOKE(watcher,revents) (watcher)->cb (EV_A_ (watcher), (revents))
103#endif
89 104
90/* 105/*
91 * struct member types: 106 * struct member types:
92 * private: you can look at them, but not change them, and they might not mean anything to you. 107 * private: you can look at them, but not change them, and they might not mean anything to you.
93 * ro: can be read anytime, but only changed when the watcher isn't active 108 * ro: can be read anytime, but only changed when the watcher isn't active
… …
97/* shared by all watchers */ 112/* shared by all watchers */
98#define EV_WATCHER(type) \ 113#define EV_WATCHER(type) \
99 int active; /* private */ \ 114 int active; /* private */ \
100 int pending; /* private */ \ 115 int pending; /* private */ \
101 int priority; /* private */ \ 116 int priority; /* private */ \
102 EV_COMMON; /* rw */ \ 117 EV_COMMON /* rw */ \
103 void (*cb)(EV_P_ struct type *, int revents); /* private */ /* gets invoked with an eventmask */ 118 EV_CB_DECLARE (type) /* private */
104 119
105#define EV_WATCHER_LIST(type) \ 120#define EV_WATCHER_LIST(type) \
106 EV_WATCHER (type); \ 121 EV_WATCHER (type) \
107 struct ev_watcher_list *next /* private */ 122 struct ev_watcher_list *next; /* private */
108 123
109#define EV_WATCHER_TIME(type) \ 124#define EV_WATCHER_TIME(type) \
110 EV_WATCHER (type); \ 125 EV_WATCHER (type) \
111 ev_tstamp at /* private */ 126 ev_tstamp at; /* private */
112 127
113/* base class, nothing to see here unless you subclass */ 128/* base class, nothing to see here unless you subclass */
114struct ev_watcher { 129struct ev_watcher
130{
115 EV_WATCHER (ev_watcher); 131 EV_WATCHER (ev_watcher)
116}; 132};
117 133
118/* base class, nothing to see here unless you subclass */ 134/* base class, nothing to see here unless you subclass */
119struct ev_watcher_list { 135struct ev_watcher_list
136{
120 EV_WATCHER_LIST (ev_watcher_list); 137 EV_WATCHER_LIST (ev_watcher_list)
121}; 138};
122 139
123/* base class, nothing to see here unless you subclass */ 140/* base class, nothing to see here unless you subclass */
124struct ev_watcher_time { 141struct ev_watcher_time
142{
125 EV_WATCHER_TIME (ev_watcher_time); 143 EV_WATCHER_TIME (ev_watcher_time)
126}; 144};
127 145
128/* invoked after a specific time, repeatable (based on monotonic clock) */ 146/* invoked after a specific time, repeatable (based on monotonic clock) */
129/* revent EV_TIMEOUT */ 147/* revent EV_TIMEOUT */
130struct ev_timer 148struct ev_timer
131{ 149{
132 EV_WATCHER_TIME (ev_timer); 150 EV_WATCHER_TIME (ev_timer)
133 151
134 ev_tstamp repeat; /* rw */ 152 ev_tstamp repeat; /* rw */
135}; 153};
136 154
137/* invoked at some specific time, possibly repeating at regular intervals (based on UTC) */ 155/* invoked at some specific time, possibly repeating at regular intervals (based on UTC) */
138/* revent EV_PERIODIC */ 156/* revent EV_PERIODIC */
139struct ev_periodic 157struct ev_periodic
140{ 158{
141 EV_WATCHER_TIME (ev_periodic); 159 EV_WATCHER_TIME (ev_periodic)
142 160
143 ev_tstamp interval; /* rw */ 161 ev_tstamp interval; /* rw */
162 ev_tstamp (*reschedule_cb)(struct ev_periodic *w, ev_tstamp now); /* rw */
144}; 163};
145 164
146/* invoked when fd is either EV_READable or EV_WRITEable */ 165/* invoked when fd is either EV_READable or EV_WRITEable */
147/* revent EV_READ, EV_WRITE */ 166/* revent EV_READ, EV_WRITE */
148struct ev_io 167struct ev_io
149{ 168{
150 EV_WATCHER_LIST (ev_io); 169 EV_WATCHER_LIST (ev_io)
151 170
152 int fd; /* ro */ 171 int fd; /* ro */
153 int events; /* ro */ 172 int events; /* ro */
154}; 173};
155 174
156/* invoked when the given signal has been received */ 175/* invoked when the given signal has been received */
157/* revent EV_SIGNAL */ 176/* revent EV_SIGNAL */
158struct ev_signal 177struct ev_signal
159{ 178{
160 EV_WATCHER_LIST (ev_signal); 179 EV_WATCHER_LIST (ev_signal)
161#if EV_MULTIPLICITY
162 struct ev_loop *loop;
163#endif
164 180
165 int signum; /* ro */ 181 int signum; /* ro */
166}; 182};
167 183
168/* invoked when the nothing else needs to be done, keeps the process from blocking */ 184/* invoked when the nothing else needs to be done, keeps the process from blocking */
169/* revent EV_IDLE */ 185/* revent EV_IDLE */
170struct ev_idle 186struct ev_idle
171{ 187{
172 EV_WATCHER (ev_idle); 188 EV_WATCHER (ev_idle)
173}; 189};
174 190
175/* invoked for each run of the mainloop, just before the blocking call */ 191/* invoked for each run of the mainloop, just before the blocking call */
176/* you can still change events in any way you like */ 192/* you can still change events in any way you like */
177/* revent EV_PREPARE */ 193/* revent EV_PREPARE */
178struct ev_prepare 194struct ev_prepare
179{ 195{
180 EV_WATCHER (ev_prepare); 196 EV_WATCHER (ev_prepare)
181}; 197};
182 198
183/* invoked for each run of the mainloop, just after the blocking call */ 199/* invoked for each run of the mainloop, just after the blocking call */
184/* revent EV_CHECK */ 200/* revent EV_CHECK */
185struct ev_check 201struct ev_check
186{ 202{
187 EV_WATCHER (ev_check); 203 EV_WATCHER (ev_check)
188}; 204};
189 205
190/* invoked when sigchld is received and waitpid indicates the givne pid */ 206/* invoked when sigchld is received and waitpid indicates the given pid */
191/* revent EV_CHILD */ 207/* revent EV_CHILD */
192/* does not support priorities */ 208/* does not support priorities */
193struct ev_child 209struct ev_child
194{ 210{
195 EV_WATCHER_LIST (ev_child); 211 EV_WATCHER_LIST (ev_child)
196 212
197 int pid; /* ro */ 213 int pid; /* ro */
198 int rpid; /* rw, holds the received pid */ 214 int rpid; /* rw, holds the received pid */
199 int rstatus; /* rw, holds the exit status, use the macros from sys/wait.h */ 215 int rstatus; /* rw, holds the exit status, use the macros from sys/wait.h */
200}; 216};
201 217
202#define EVMETHOD_AUTO 0 /* consults environment */ 218/* the presence of this union forces similar struct layout */
203#define EVMETHOD_SELECT 1 219union ev_any_watcher
204#define EVMETHOD_POLL 2 220{
205#define EVMETHOD_EPOLL 4 221 struct ev_watcher w;
206#define EVMETHOD_KQUEUE 8 222 struct ev_watcher_list wl;
207#define EVMETHOD_DEVPOLL 16 /* NYI */ 223
208#define EVMETHOD_PORT 32 /* NYI */ 224 struct ev_io io;
209#define EVMETHOD_WIN32 64 /* NYI */ 225 struct ev_timer timer;
210#define EVMETHOD_ANY ~0 /* any method, do not consult env */ 226 struct ev_periodic periodic;
227 struct ev_idle idle;
228 struct ev_prepare prepare;
229 struct ev_check check;
230 struct ev_signal signal;
231 struct ev_child child;
232};
233
234/* bits for ev_default_loop and ev_loop_new */
235/* the default */
236#define EVFLAG_AUTO 0x00000000 /* not quite a mask */
237
238/* method bits to be ored together */
239#define EVMETHOD_SELECT 0x00000001 /* about anywhere */
240#define EVMETHOD_POLL 0x00000002 /* !win */
241#define EVMETHOD_EPOLL 0x00000004 /* linux */
242#define EVMETHOD_KQUEUE 0x00000008 /* bsd */
243#define EVMETHOD_DEVPOLL 0x00000010 /* solaris 8 */ /* NYI */
244#define EVMETHOD_PORT 0x00000020 /* solaris 10 */ /* NYI */
245
246/* flag bits */
247#define EVFLAG_NOENV 0x01000000 /* do NOT consult environment */
211 248
212#if EV_PROTOTYPES 249#if EV_PROTOTYPES
213int ev_version_major (void); 250int ev_version_major (void);
214int ev_version_minor (void); 251int ev_version_minor (void);
215 252
216ev_tstamp ev_time (void); 253ev_tstamp ev_time (void);
217 254
255/* Sets the allocation function to use, works like realloc.
256 * It is used to allocate and free memory.
257 * If it returns zero when memory needs to be allocated, the library might abort
258 * or take some potentially destructive action.
259 * The default is your system realloc function.
260 */
261void ev_set_allocator (void *(*cb)(void *ptr, long size));
262
263/* set the callback function to call on a
264 * retryable syscall error
265 * (such as failed select, poll, epoll_wait)
266 */
267void ev_set_syserr_cb (void (*cb)(const char *msg));
268
218# if EV_MULTIPLICITY 269# if EV_MULTIPLICITY
219/* the default loop is the only one that handles signals and child watchers */ 270/* the default loop is the only one that handles signals and child watchers */
220/* you can call this as often as you like */ 271/* you can call this as often as you like */
221struct ev_loop *ev_default_loop (int methods); /* returns default loop */ 272struct ev_loop *ev_default_loop (unsigned int flags); /* returns default loop */
222 273
223/* create and destroy alternative loops that don't handle signals */ 274/* create and destroy alternative loops that don't handle signals */
224struct ev_loop *ev_loop_new (int methods); 275struct ev_loop *ev_loop_new (unsigned int flags);
225void ev_loop_destroy (EV_P); 276void ev_loop_destroy (EV_P);
226void ev_loop_fork (EV_P); 277void ev_loop_fork (EV_P);
278
279ev_tstamp ev_now (EV_P); /* time w.r.t. timers and the eventloop, updated after each poll */
280
227# else 281# else
282
228int ev_default_loop (int methods); /* returns true when successful */ 283int ev_default_loop (unsigned int flags); /* returns true when successful */
284
285static ev_tstamp
286ev_now (void)
287{
288 extern ev_tstamp ev_rt_now;
289
290 return ev_rt_now;
291}
229# endif 292# endif
230 293
231void ev_default_destroy (void); /* destroy the default loop */ 294void ev_default_destroy (void); /* destroy the default loop */
232/* this needs to be called after fork, to duplicate the default loop */ 295/* this needs to be called after fork, to duplicate the default loop */
233/* if you create alternative loops you have to call ev_loop_fork on them */ 296/* if you create alternative loops you have to call ev_loop_fork on them */
234/* you can call it in either the parent or the child */ 297/* you can call it in either the parent or the child */
235/* you can actually call it at any time, anywhere :) */ 298/* you can actually call it at any time, anywhere :) */
236void ev_default_fork (void); 299void ev_default_fork (void);
237 300
238int ev_method (EV_P); 301unsigned int ev_method (EV_P);
239#endif 302#endif
240 303
241#define EVLOOP_NONBLOCK 1 /* do not block/wait */ 304#define EVLOOP_NONBLOCK 1 /* do not block/wait */
242#define EVLOOP_ONESHOT 2 /* block *once* only */ 305#define EVLOOP_ONESHOT 2 /* block *once* only */
243#define EVUNLOOP_ONCE 1 /* unloop once */ 306#define EVUNLOOP_ONCE 1 /* unloop once */
244#define EVUNLOOP_ALL 2 /* unloop all loops */ 307#define EVUNLOOP_ALL 2 /* unloop all loops */
245 308
246#if EV_PROTOTYPES 309#if EV_PROTOTYPES
247void ev_loop (EV_P_ int flags); 310void ev_loop (EV_P_ int flags);
248void ev_unloop (EV_P_ int how); /* set to 1 to break out of event loop, set to 2 to break out of all event loops */ 311void ev_unloop (EV_P_ int how); /* set to 1 to break out of event loop, set to 2 to break out of all event loops */
249
250ev_tstamp ev_now (EV_P); /* time w.r.t. timers and the eventloop, updated after each poll */
251 312
252/* 313/*
253 * ref/unref can be used to add or remove a refcount on the mainloop. every watcher 314 * ref/unref can be used to add or remove a refcount on the mainloop. every watcher
254 * keeps one reference. if you have a long-runing watcher you never unregister that 315 * keeps one reference. if you have a long-runing watcher you never unregister that
255 * should not keep ev_loop from running, unref() after starting, and ref() before stopping. 316 * should not keep ev_loop from running, unref() after starting, and ref() before stopping.
… …
261/* if timeout is < 0, do wait indefinitely */ 322/* if timeout is < 0, do wait indefinitely */
262void ev_once (EV_P_ int fd, int events, ev_tstamp timeout, void (*cb)(int revents, void *arg), void *arg); 323void ev_once (EV_P_ int fd, int events, ev_tstamp timeout, void (*cb)(int revents, void *arg), void *arg);
263#endif 324#endif
264 325
265/* these may evaluate ev multiple times, and the other arguments at most once */ 326/* these may evaluate ev multiple times, and the other arguments at most once */
266/* either use ev_watcher_init + ev_TYPE_set, or the ev_TYPE_init macro, below, to first initialise a watcher */ 327/* either use ev_init + ev_TYPE_set, or the ev_TYPE_init macro, below, to first initialise a watcher */
267#define ev_watcher_init(ev,cb_) do { \ 328#define ev_init(ev,cb_) do { \
268 ((struct ev_watcher *)(ev))->active = \ 329 ((struct ev_watcher *)(void *)(ev))->active = \
269 ((struct ev_watcher *)(ev))->pending = \ 330 ((struct ev_watcher *)(void *)(ev))->pending = \
270 ((struct ev_watcher *)(ev))->priority = 0; \ 331 ((struct ev_watcher *)(void *)(ev))->priority = 0; \
271 (ev)->cb = (cb_); \ 332 ev_set_cb ((ev), cb_); \
272} while (0) 333} while (0)
273 334
274#define ev_io_set(ev,fd_,events_) do { (ev)->fd = (fd_); (ev)->events = (events_); } while (0) 335#define ev_io_set(ev,fd_,events_) do { (ev)->fd = (fd_); (ev)->events = (events_); } while (0)
275#define ev_timer_set(ev,after_,repeat_) do { (ev)->at = (after_); (ev)->repeat = (repeat_); } while (0) 336#define ev_timer_set(ev,after_,repeat_) do { (ev)->at = (after_); (ev)->repeat = (repeat_); } while (0)
276#define ev_periodic_set(ev,at_,interval_) do { (ev)->at = (at_); (ev)->interval = (interval_); } while (0) 337#define ev_periodic_set(ev,at_,ival_,res_) do { (ev)->at = (at_); (ev)->interval = (ival_); (ev)->reschedule_cb= (res_); } while (0)
277#define ev_signal_set(ev,signum_) do { (ev)->signum = (signum_); } while (0) 338#define ev_signal_set(ev,signum_) do { (ev)->signum = (signum_); } while (0)
278#define ev_idle_set(ev) /* nop, yes, this is a serious in-joke */ 339#define ev_idle_set(ev) /* nop, yes, this is a serious in-joke */
279#define ev_prepare_set(ev) /* nop, yes, this is a serious in-joke */ 340#define ev_prepare_set(ev) /* nop, yes, this is a serious in-joke */
280#define ev_check_set(ev) /* nop, yes, this is a serious in-joke */ 341#define ev_check_set(ev) /* nop, yes, this is a serious in-joke */
281#define ev_child_set(ev,pid_) do { (ev)->pid = (pid_); } while (0) 342#define ev_child_set(ev,pid_) do { (ev)->pid = (pid_); } while (0)
282 343
283#define ev_io_init(ev,cb,fd,events) do { ev_watcher_init ((ev), (cb)); ev_io_set ((ev),(fd),(events)); } while (0) 344#define ev_io_init(ev,cb,fd,events) do { ev_init ((ev), (cb)); ev_io_set ((ev),(fd),(events)); } while (0)
284#define ev_timer_init(ev,cb,after,repeat) do { ev_watcher_init ((ev), (cb)); ev_timer_set ((ev),(after),(repeat)); } while (0) 345#define ev_timer_init(ev,cb,after,repeat) do { ev_init ((ev), (cb)); ev_timer_set ((ev),(after),(repeat)); } while (0)
285#define ev_periodic_init(ev,cb,at,interval) do { ev_watcher_init ((ev), (cb)); ev_periodic_set ((ev),(at),(interval)); } while (0) 346#define ev_periodic_init(ev,cb,at,ival,res) do { ev_init ((ev), (cb)); ev_periodic_set ((ev),(at),(ival),(res)); } while (0)
286#define ev_signal_init(ev,cb,signum) do { ev_watcher_init ((ev), (cb)); ev_signal_set ((ev), (signum)); } while (0) 347#define ev_signal_init(ev,cb,signum) do { ev_init ((ev), (cb)); ev_signal_set ((ev), (signum)); } while (0)
287#define ev_idle_init(ev,cb) do { ev_watcher_init ((ev), (cb)); ev_idle_set ((ev)); } while (0) 348#define ev_idle_init(ev,cb) do { ev_init ((ev), (cb)); ev_idle_set ((ev)); } while (0)
288#define ev_prepare_init(ev,cb) do { ev_watcher_init ((ev), (cb)); ev_prepare_set ((ev)); } while (0) 349#define ev_prepare_init(ev,cb) do { ev_init ((ev), (cb)); ev_prepare_set ((ev)); } while (0)
289#define ev_check_init(ev,cb) do { ev_watcher_init ((ev), (cb)); ev_check_set ((ev)); } while (0) 350#define ev_check_init(ev,cb) do { ev_init ((ev), (cb)); ev_check_set ((ev)); } while (0)
290#define ev_child_init(ev,cb,pid) do { ev_watcher_init ((ev), (cb)); ev_child_set ((ev),(pid)); } while (0) 351#define ev_child_init(ev,cb,pid) do { ev_init ((ev), (cb)); ev_child_set ((ev),(pid)); } while (0)
291 352
292#define ev_is_pending(ev) (0 + ((struct ev_watcher *)(ev))->pending) /* ro, true when watcher is waiting for callback invocation */ 353#define ev_is_pending(ev) (0 + ((struct ev_watcher *)(void *)(ev))->pending) /* ro, true when watcher is waiting for callback invocation */
293#define ev_is_active(ev) (0 + ((struct ev_watcher *)(ev))->active) /* ro, true when the watcher has been started */ 354#define ev_is_active(ev) (0 + ((struct ev_watcher *)(void *)(ev))->active) /* ro, true when the watcher has been started */
294 355
295#define ev_priority(ev) ((struct ev_watcher *)(ev))->priority /* rw */ 356#define ev_priority(ev) ((struct ev_watcher *)(void *)(ev))->priority /* rw */
296#define ev_cb(ev) (ev)->cb /* rw */ 357#define ev_cb(ev) (ev)->cb /* rw */
297#define ev_set_priority(ev,pri) ev_priority (ev) = (pri) 358#define ev_set_priority(ev,pri) ev_priority (ev) = (pri)
359
360#ifndef ev_set_cb
298#define ev_set_cb(ev,cb_) ev_cb (ev) = (cb_) 361# define ev_set_cb(ev,cb_) ev_cb (ev) = (cb_)
362#endif
299 363
300/* stopping (enabling, adding) a watcher does nothing if it is already running */ 364/* stopping (enabling, adding) a watcher does nothing if it is already running */
301/* stopping (disabling, deleting) a watcher does nothing unless its already running */ 365/* stopping (disabling, deleting) a watcher does nothing unless its already running */
302#if EV_PROTOTYPES 366#if EV_PROTOTYPES
367
368/* feeds an event into a watcher as if the event actually occured */
369/* accepts any ev_watcher type */
370void ev_feed_event (EV_P_ void *w, int revents);
371void ev_feed_fd_event (EV_P_ int fd, int revents);
372void ev_feed_signal_event (EV_P_ int signum);
373
303void ev_io_start (EV_P_ struct ev_io *w); 374void ev_io_start (EV_P_ struct ev_io *w);
304void ev_io_stop (EV_P_ struct ev_io *w); 375void ev_io_stop (EV_P_ struct ev_io *w);
305 376
306void ev_timer_start (EV_P_ struct ev_timer *w); 377void ev_timer_start (EV_P_ struct ev_timer *w);
307void ev_timer_stop (EV_P_ struct ev_timer *w); 378void ev_timer_stop (EV_P_ struct ev_timer *w);
308/* stops if active and no repeat, restarts if active and repeating, starts if inactive and repeating */ 379/* stops if active and no repeat, restarts if active and repeating, starts if inactive and repeating */
309void ev_timer_again (EV_P_ struct ev_timer *w); 380void ev_timer_again (EV_P_ struct ev_timer *w);
310 381
382#if EV_PERIODICS
311void ev_periodic_start (EV_P_ struct ev_periodic *w); 383void ev_periodic_start (EV_P_ struct ev_periodic *w);
312void ev_periodic_stop (EV_P_ struct ev_periodic *w); 384void ev_periodic_stop (EV_P_ struct ev_periodic *w);
385void ev_periodic_again (EV_P_ struct ev_periodic *w);
386#endif
313 387
314void ev_idle_start (EV_P_ struct ev_idle *w); 388void ev_idle_start (EV_P_ struct ev_idle *w);
315void ev_idle_stop (EV_P_ struct ev_idle *w); 389void ev_idle_stop (EV_P_ struct ev_idle *w);
316 390
317void ev_prepare_start (EV_P_ struct ev_prepare *w); 391void ev_prepare_start (EV_P_ struct ev_prepare *w);

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