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Comparing deliantra/server/include/cfperl.h (file contents):
Revision 1.88 by root, Thu Aug 30 07:28:25 2007 UTC vs.
Revision 1.109 by root, Tue Nov 3 23:44:20 2009 UTC

1/* 1/*
2 * This file is part of Crossfire TRT, the Roguelike Realtime MORPG. 2 * This file is part of Deliantra, the Roguelike Realtime MMORPG.
3 * 3 *
4 * Copyright (©) 2005,2006,2007 Marc Alexander Lehmann / Robin Redeker / the Crossfire TRT team 4 * Copyright (©) 2005,2006,2007,2008,2009 Marc Alexander Lehmann / Robin Redeker / the Deliantra team
5 * Copyright (©) 2002,2007 Mark Wedel & Crossfire Development Team
6 * Copyright (©) 1992,2007 Frank Tore Johansen
7 * 5 *
8 * Crossfire TRT is free software: you can redistribute it and/or modify 6 * Deliantra is free software: you can redistribute it and/or modify it under
9 * it under the terms of the GNU General Public License as published by 7 * the terms of the Affero GNU General Public License as published by the
10 * the Free Software Foundation, either version 3 of the License, or 8 * Free Software Foundation, either version 3 of the License, or (at your
11 * (at your option) any later version. 9 * option) any later version.
12 * 10 *
13 * This program is distributed in the hope that it will be useful, 11 * This program is distributed in the hope that it will be useful,
14 * but WITHOUT ANY WARRANTY; without even the implied warranty of 12 * but WITHOUT ANY WARRANTY; without even the implied warranty of
15 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 13 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
16 * GNU General Public License for more details. 14 * GNU General Public License for more details.
17 * 15 *
18 * You should have received a copy of the GNU General Public License 16 * You should have received a copy of the Affero GNU General Public License
19 * along with this program. If not, see <http://www.gnu.org/licenses/>. 17 * and the GNU General Public License along with this program. If not, see
18 * <http://www.gnu.org/licenses/>.
20 * 19 *
21 * The authors can be reached via e-mail to <crossfire@schmorp.de> 20 * The authors can be reached via e-mail to <support@deliantra.net>
22 */ 21 */
23 22
24// 23//
25// cfperl.h perl interface 24// cfperl.h perl interface
26// 25//
… …
35 34
36#include <EXTERN.h> 35#include <EXTERN.h>
37#include <perl.h> 36#include <perl.h>
38#include <XSUB.h> 37#include <XSUB.h>
39 38
40#include <EventAPI.h> 39#include <EVAPI.h>
41#include <CoroAPI.h> 40#include <CoroAPI.h>
42 41
43#include "util.h" 42#include "util.h"
44#include "keyword.h" 43#include "keyword.h"
45#include "dynbuf.h" 44#include "dynbuf.h"
… …
50// optimisations/workaround for functions requiring my_perl in scope (anti-bloat) 49// optimisations/workaround for functions requiring my_perl in scope (anti-bloat)
51#undef localtime 50#undef localtime
52#undef srand48 51#undef srand48
53#undef drand48 52#undef drand48
54#undef srandom 53#undef srandom
54#undef opendir
55#undef readdir 55#undef readdir
56#undef closedir
56#undef getprotobyname 57#undef getprotobyname
57#undef gethostbyname 58#undef gethostbyname
58#undef ctime 59#undef ctime
59#undef strerror 60#undef strerror
60#undef _ 61#undef _
… …
79 80
80// some macros to simplify perl in-calls 81// some macros to simplify perl in-calls
81 82
82#define CHECK_ERROR \ 83#define CHECK_ERROR \
83 if (SvTRUE (ERRSV)) \ 84 if (SvTRUE (ERRSV)) \
84 LOG (llevError, "runtime error in %s: %s\n", __func__, SvPVutf8_nolen (ERRSV)); 85 LOG (llevError, "runtime error in %s: %s", __func__, SvPVutf8_nolen (ERRSV));
86
87inline int call_pvsv (const char *ob, I32 flags) { return call_pv (ob, flags); }
88inline int call_pvsv (SV *ob, I32 flags) { return call_sv (ob, flags); }
85 89
86#define CALL_BEGIN(args) dSP; ENTER; SAVETMPS; PUSHMARK (SP); EXTEND (SP, args) 90#define CALL_BEGIN(args) dSP; ENTER; SAVETMPS; PUSHMARK (SP); EXTEND (SP, args)
87#define CALL_ARG_SV(sv) PUSHs (sv_2mortal (sv)) // separate because no refcount inc 91#define CALL_ARG_SV(sv) PUSHs (sv_2mortal (sv)) // separate because no refcount inc
88#define CALL_ARG(expr) PUSHs (sv_2mortal (to_sv (expr))) 92#define CALL_ARG(expr) PUSHs (sv_2mortal (to_sv (expr)))
89#define CALL_CALL(name, flags) PUTBACK; int count = call_pv (name, (flags) | G_EVAL); SPAGAIN; 93#define CALL_CALL(name, flags) PUTBACK; int count = call_pvsv (name, (flags) | G_EVAL); SPAGAIN;
90#define CALL_END CHECK_ERROR; FREETMPS; LEAVE 94#define CALL_END PUTBACK; CHECK_ERROR; FREETMPS; LEAVE
91 95
92////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// 96//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
93 97
94void cfperl_init (); 98void cfperl_init ();
95void cfperl_main (); 99void cfperl_main ();
100void cfperl_tick ();
96void cfperl_emergency_save (); 101void cfperl_emergency_save ();
97void cfperl_cleanup (int make_core); 102void cfperl_cleanup (int make_core);
98void cfperl_make_book (object *book, int level); 103void cfperl_make_book (object *book, int level);
99void cfperl_send_msg (client *ns, int color, const char *type, const char *msg); 104void cfperl_send_msg (client *ns, int color, const char *type, const char *msg);
100int cfperl_can_merge (object *ob1, object *ob2); 105int cfperl_can_merge (object *ob1, object *ob2);
106void cfperl_mapscript_activate (object *ob, int state, object *activator, object *originator = 0);
101 107
108bool is_match_expr (const char *expr);
109/* applies the match expression and returns true if it matches */
110bool match (const char *expr, object *ob, object *self = 0, object *source = 0, object *originator = 0);
111
102////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// 112//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
113
114#if IVSIZE >= 8
115 typedef IV val64;
116 typedef IV uval64;
117# define newSVval64 newSViv
118# define SvVAL64 SvIV
119# define newSVuval64 newSVuv
120# define SvUVAL64 SvUV
121#else
122 typedef double val64;
123 typedef double uval64;
124# define newSVval64 newSVnv
125# define SvVAL64 SvNV
126# define newSVuval64 newSVnv
127# define SvUVAL64 SvNV
128#endif
103 129
104extern tstamp runtime; // virtual server time, excluding time jumps and lag 130extern tstamp runtime; // virtual server time, excluding time jumps and lag
105extern tstamp NOW; // real time of current server tick 131extern tstamp NOW; // real time of current server tick
106 132
107enum event_klass 133enum event_klass
… …
164INTERFACE_CLASS (attachable) 190INTERFACE_CLASS (attachable)
165struct attachable : refcnt_base 191struct attachable : refcnt_base
166{ 192{
167 static MGVTBL vtbl; 193 static MGVTBL vtbl;
168 194
169 static unordered_vector<attachable *> mortals;
170 MTH static void check_mortals ();
171
172 enum { 195 enum {
173 F_DESTROYED = 0x01, 196 F_DESTROYED = 0x01,
174 F_DEBUG_TRACE = 0x02, 197 F_DEBUG_TRACE = 0x02,
175 }; 198 };
176 int ACC (RW, flags); 199 uint8 ACC (RW, flags);
200
201 static unordered_vector<attachable *> mortals;
202 MTH static void check_mortals ();
177 203
178 // object is delete'd after the refcount reaches 0 204 // object is delete'd after the refcount reaches 0
179 MTH int refcnt_cnt () const; 205 MTH int refcnt_cnt () const;
180 // check wether the object has died and destroy 206 // check wether the object has died and destroy
181 MTH void refcnt_chk () { if (expect_false (refcnt <= 0)) do_check (); } 207 MTH void refcnt_chk () { if (expect_false (refcnt <= 0)) do_check (); }
… …
258 284
259extern struct global gbl_ev; 285extern struct global gbl_ev;
260 286
261////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// 287//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
262 288
289INTERFACE_CLASS(object_freezer)
263struct object_freezer : dynbuf_text 290struct object_freezer : dynbuf_text
264{ 291{
265 AV *av; 292 AV *av;
266 293
267 object_freezer (); 294 object_freezer ();
268 ~object_freezer (); 295 ~object_freezer ();
269 296
270 void put (attachable *ext); 297 void put (attachable *ext);
271 298
272 // used only for user-defined key-value pairs 299 // used only for user-defined key-value pairs
273 void put (const shstr &k, const shstr &v) 300 void put (shstr_tmp k, shstr_tmp v)
274 { 301 {
275 add (k); 302 add (k);
276 303
277 if (expect_true (v)) 304 if (expect_true (v))
278 add (' '), add (v); 305 add (' '), add (v);
… …
302 void put (keyword k, const char *v = 0) 329 void put (keyword k, const char *v = 0)
303 { 330 {
304 put_kw_string (k, v); 331 put_kw_string (k, v);
305 } 332 }
306 333
307 void put (keyword k, const shstr &v) 334 void put (keyword k, shstr_tmp v)
308 { 335 {
309 put_kw_string (k, v); 336 put_kw_string (k, v);
310 } 337 }
311 338
312 void put (keyword k, double v) 339 void put (keyword k, double v)
… …
346 void put (keyword k, signed long v) { put_(k, (sint64)v); } 373 void put (keyword k, signed long v) { put_(k, (sint64)v); }
347 void put (keyword k, unsigned long v) { put_(k, (sint64)v); } 374 void put (keyword k, unsigned long v) { put_(k, (sint64)v); }
348 void put (keyword k, signed long long v) { put_(k, (sint64)v); } 375 void put (keyword k, signed long long v) { put_(k, (sint64)v); }
349 void put (keyword k, unsigned long long v) { put_(k, (sint64)v); } 376 void put (keyword k, unsigned long long v) { put_(k, (sint64)v); }
350 377
351 void put (keyword kbeg, keyword kend, const shstr &v) 378 void put (keyword kbeg, keyword kend, shstr_tmp v)
352 { 379 {
353 force (MAX_KEYWORD_LEN + 1); 380 force (MAX_KEYWORD_LEN + 1);
354 fadd (keyword_str [kbeg], keyword_len [kbeg]); fadd ('\n'); 381 fadd (keyword_str [kbeg], keyword_len [kbeg]); fadd ('\n');
355 382
356 if (expect_true (v)) 383 if (expect_true (v))
… …
371 void put (keyword k, const refptr<T> &v) 398 void put (keyword k, const refptr<T> &v)
372 { 399 {
373 put (k, (T *)v); 400 put (k, (T *)v);
374 } 401 }
375 402
376 bool save (const char *path); 403 MTH bool save (const_octet_string path);
377 char *as_string (); // like strdup 404 char *as_string (); // like strdup
378 405
379 operator bool () { return !!av; } 406 operator bool () { return !!av; }
380}; 407};
381 408
409INTERFACE_CLASS(object_thawer)
382struct object_thawer 410struct object_thawer
383{ 411{
384 char *line; // current beginning of line 412 char *line; // current beginning of line
385 SV *text; // text part 413 SV *text; // text part
386 AV *av; // perl part 414 AV *av; // perl part
387 int linenum; 415 int linenum;
388 keyword kw; 416 keyword kw;
389 char *kw_str; // the keyword parsed, as string 417 char *kw_str; // the keyword parsed, as string
390 char *value; // the value, or 0 if no value 418 char *value; // the value, or 0 if no value
391 char *value_nn; // the value, or the empty string if no value 419 const char *value_nn; // the value, or the empty string if no value
392 const char *name; 420 const char *name;
393 421
394 operator bool () { return !!text; } 422 operator bool () const { return !!text; }
395 423
396 object_thawer (const char *path = 0); 424 object_thawer (const char *path = 0);
397 object_thawer (const char *data, AV *perlav); 425 object_thawer (const char *data, AV *perlav);
398 ~object_thawer (); 426 ~object_thawer ();
399 427
400 void get (attachable *obj, int oid); 428 void get (attachable *obj, int oid);
401 429
402 // parse next line 430 // parse next line
403 void next (); 431 MTH void next ();
404 // skip the current key-value (usually fetch next line, for 432 // skip the current key-value (usually fetch next line, for
405 // multiline-fields, skips till the corresponding end-kw 433 // multiline-fields, skips till the corresponding end-kw
406 void skip (); 434 MTH void skip ();
435 MTH void skip_block (); // skips till and over KW_end
407 436
408 char *get_str () { return value; } // may be 0 437 char *get_str () { return value; } // may be 0
409 void get_ml (keyword kend, shstr &sh); 438 void get_ml (keyword kend, shstr &sh);
410 439
411 void get_ornull (shstr &sh) const { sh = value; } 440 void get_ornull (shstr &sh) const { sh = value; }
… …
427 void get (sint32 &i) { i = get_sint32 (); } 456 void get (sint32 &i) { i = get_sint32 (); }
428 457
429 void get (uint32 &i) { i = get_sint64 (); } 458 void get (uint32 &i) { i = get_sint64 (); }
430 void get (sint64 &i) { i = get_sint64 (); } 459 void get (sint64 &i) { i = get_sint64 (); }
431 460
432 void parse_warn (const char *msg); 461 MTH void parse_warn (const char *msg);
433 bool parse_error (const char *type = 0, const char *name = 0, bool skip = true); 462 MTH bool parse_error (const char *type = 0, const char *name = 0, bool skip = true);
463
464 struct delayed_ref {
465 attachable *op;
466 object_ptr *ptr;
467 const char *ref;
468 };
469 std::vector<delayed_ref> delrefs;
470
471 void delayed_deref (attachable *op, object_ptr &ptr, const char *ref);
472 MTH void resolve_delayed_derefs (bool deref = true);
434}; 473};
435 474
436//TODO: remove 475//TODO: remove
437char *fgets (char *s, int n, object_thawer &thawer); 476char *fgets (char *s, int n, object_thawer &thawer);
438 477
439////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// 478//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
440 479
441struct coroapi { 480struct coroapi {
442 static struct CoroAPI *GCoroAPI; 481 static struct CoroAPI *GCoroAPI;
443 482
483 static EV_ATOMIC_T cede_pending;
484
444 static int nready () { return CORO_NREADY; } 485 static int nready () { return CORO_NREADY; }
445 static int cede () { return CORO_CEDE ; } 486 static int cede () { cede_pending = 0; return CORO_CEDE ; }
446 487
447 static tstamp next_cede;
448 static int cede_counter;
449
450 static void do_cede_every ();
451 static void do_cede_to_tick (); 488 static void do_cede_to_tick ();
452 static void do_cede_to_tick_every ();
453 489
454 static void cede_every (int count) 490 // actually cede's far more often
455 {
456 if (expect_false (++cede_counter >= count))
457 do_cede_every ();
458 }
459
460 static bool cede_to_tick () 491 static bool cede_to_tick ()
461 { 492 {
462 if (expect_true (now () < next_cede)) 493 if (expect_true (!cede_pending))
463 return false; 494 return false;
464 495
465 do_cede_to_tick (); 496 do_cede_to_tick ();
466 return true; 497 return true;
467 } 498 }
468 499
469 static bool cede_to_tick_every (int count)
470 {
471 if (expect_true (++cede_counter < count))
472 return false;
473
474 return cede_to_tick ();
475 }
476
477 static void wait_for_tick (); 500 static void wait_for_tick ();
478 static void wait_for_tick_begin (); 501 static void wait_for_tick_begin ();
479}; 502};
480 503
481struct watcher_base 504struct evapi
482{ 505{
483 static struct EventAPI *GEventAPI; 506 static struct EVAPI *GEVAPI;
484}; 507};
485 508
486template<class base>
487struct watcher : watcher_base
488{
489 base *pe;
490
491 void start (bool repeat = false) { GEventAPI->start ((pe_watcher *)pe, repeat); }
492 void stop (bool cancel_events = false) { GEventAPI->stop ((pe_watcher *)pe, cancel_events); }
493 void now () { GEventAPI->now ((pe_watcher *)pe); }
494 void suspend () { GEventAPI->suspend ((pe_watcher *)pe); }
495 void resume () { GEventAPI->resume ((pe_watcher *)pe); }
496
497 void prio (int new_prio) { ((pe_watcher *)pe)->prio = new_prio; }
498
499 ~watcher ()
500 {
501 cancel ();
502 }
503
504private:
505 void cancel () { GEventAPI->cancel ((pe_watcher *)pe); } // private
506};
507
508struct iw : watcher<pe_idle>, callback<void (iw &)>
509{
510 template<class O, class M>
511 iw (O object, M method)
512 : callback<void (iw &)> (object, method)
513 {
514 alloc ();
515 }
516
517private:
518 void alloc ();
519};
520
521struct iow : watcher<pe_io>, callback<void (iow &, int)> 509struct iow : ev_io, evapi, callback<void (iow &, int)>
522{ 510{
511 static void thunk (EV_P_ struct ev_io *w_, int revents)
512 {
513 iow &w = *static_cast<iow *>(w_);
514
515 w (w, revents);
516 }
517
523 template<class O, class M> 518 template<class O, class M>
524 iow (O object, M method) 519 iow (O object, M method)
525 : callback<void (iow &, int)> (object, method) 520 : callback<void (iow &, int)> (object, method)
526 { 521 {
527 alloc (); 522 ev_init ((ev_io *)this, thunk);
528 } 523 }
529 524
530 void fd (int fd); 525 void prio (int prio)
531 int poll (); 526 {
527 ev_set_priority ((ev_io *)this, prio);
528 }
529
530 void set (int fd, int events)
531 {
532 ev_io_set ((ev_io *)this, fd, events);
533 }
534
535 int poll () const { return events; }
536
532 void poll (int events); 537 void poll (int events);
533 538
534private: 539 void start ()
535 void alloc (); 540 {
541 ev_io_start (EV_DEFAULT, (ev_io *)this);
542 }
543
544 void stop ()
545 {
546 ev_io_stop (EV_DEFAULT, (ev_io *)this);
547 }
548
549 ~iow ()
550 {
551 stop ();
552 }
553};
554
555struct asyncw : ev_async, evapi, callback<void (ev_async &, int)>
556{
557 static void thunk (EV_P_ struct ev_async *w_, int revents)
558 {
559 asyncw &w = *static_cast<asyncw *>(w_);
560
561 w (w, revents);
562 }
563
564 template<class O, class M>
565 asyncw (O object, M method)
566 : callback<void (asyncw &, int)> (object, method)
567 {
568 ev_init ((ev_async *)this, thunk);
569 }
570
571 void start ()
572 {
573 ev_async_start (EV_DEFAULT, (ev_async *)this);
574 }
575
576 void stop ()
577 {
578 ev_async_stop (EV_DEFAULT, (ev_async *)this);
579 }
580
581 ~asyncw ()
582 {
583 stop ();
584 }
536}; 585};
537 586
538#endif 587#endif
539 588

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