[ViewVC] Diff of: cvs/deliantra/server/server/cfperl.xs

Comparing deliantra/server/server/cfperl.xs (file contents):
Revision 1.384 by root, Fri Apr 30 21:00:40 2010 UTC vs.
Revision 1.431 by root, Sat Dec 1 20:22:13 2018 UTC

…		…
1	/*	1	/*
2	* This file is part of Deliantra, the Roguelike Realtime MMORPG.	2	* This file is part of Deliantra, the Roguelike Realtime MMORPG.
3	*	3	*
		4	* Copyright (©) 2018 Marc Alexander Lehmann / the Deliantra team
4	* Copyright (©) 2006,2007,2008,2009,2010 Marc Alexander Lehmann / Robin Redeker / the Deliantra team	5	* Copyright (©) 2006,2007,2008,2009,2010,2012,2015 Marc Alexander Lehmann / Robin Redeker / the Deliantra team
5	*	6	*
6	* Deliantra is free software: you can redistribute it and/or modify it under	7	* Deliantra is free software: you can redistribute it and/or modify it under
7	* the terms of the Affero GNU General Public License as published by the	8	* the terms of the Affero GNU General Public License as published by the
8	* Free Software Foundation, either version 3 of the License, or (at your	9	* Free Software Foundation, either version 3 of the License, or (at your
9	* option) any later version.	10	* option) any later version.
10	*	11	*
11	* This program is distributed in the hope that it will be useful,	12	* This program is distributed in the hope that it will be useful,
12	* but WITHOUT ANY WARRANTY; without even the implied warranty of	13	* but WITHOUT ANY WARRANTY; without even the implied warranty of
13	* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the	14	* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
14	* GNU General Public License for more details.	15	* GNU General Public License for more details.
15	*	16	*
16	* You should have received a copy of the Affero GNU General Public License	17	* You should have received a copy of the Affero GNU General Public License
17	* and the GNU General Public License along with this program. If not, see	18	* and the GNU General Public License along with this program. If not, see
18	* <http://www.gnu.org/licenses/>.	19	* <http://www.gnu.org/licenses/>.
19	*	20	*
20	* The authors can be reached via e-mail to <support@deliantra.net>	21	* The authors can be reached via e-mail to <support@deliantra.net>
21	*/	22	*/
22		23
23	#include "autoconf.h"	24	#include "autoconf.h"
		25
		26	#define CFPERL 1
24		27
25	#if HAVE_EXECINFO_H	28	#if HAVE_EXECINFO_H
26	# include <execinfo.h>	29	# include <execinfo.h>
27	#endif	30	#endif
28		31
29	#include <cstdarg>	32	#include <cstdarg>
30	#include <typeinfo>	33	#include <typeinfo>
31		34
32	#include "global.h"	35	#include "global.h"
33	#include "../random_maps/random_map.h"	36	#include "rmg.h"
		37	#include "noise.h"
34	#include "evthread.h"	38	#include "evthread.h"
35	#include "sproto.h"	39	#include "sproto.h"
36		40
37	#include <unistd.h>	41	#include <unistd.h>
38	#if _POSIX_MEMLOCK	42	#if _POSIX_MEMLOCK
66	static int tick_inhibit;	70	static int tick_inhibit;
67	static int tick_pending;	71	static int tick_pending;
68		72
69	global gbl_ev;	73	global gbl_ev;
70	static AV cb_global, cb_attachable, cb_object, cb_player, cb_client, cb_type, *cb_map;	74	static AV cb_global, cb_attachable, cb_object, cb_player, cb_client, cb_type, *cb_map;
71	static SV sv_runtime, sv_tick_start, sv_next_tick, sv_now;	75	static SV sv_runtime, sv_tick_start, sv_next_tick, sv_now, *sv_server_tick;
72	static AV *av_reflect;	76	static AV *av_reflect;
73		77
74	bitset<NUM_EVENT_TYPES> ev_want_event;	78	bitset<NUM_EVENT_TYPES> ev_want_event;
75	bitset<NUM_TYPES> ev_want_type;	79	bitset<NUM_TYPES> ev_want_type;
76		80
…		…
84	*stash_cf_client_wrap,	88	*stash_cf_client_wrap,
85	*stash_cf_arch_wrap,	89	*stash_cf_arch_wrap,
86	*stash_cf_party_wrap,	90	*stash_cf_party_wrap,
87	*stash_cf_region_wrap,	91	*stash_cf_region_wrap,
88	*stash_cf_living_wrap,	92	*stash_cf_living_wrap,
		93	*stash_cf_layout_wrap,
89	*stash_ext_map_world;	94	*stash_ext_map_world;
90		95
91	static SV	96	static SV
92	*cv_cf_do_invoke,	97	*cv_cf_do_invoke,
93	*cv_cf__can_merge,	98	*cv_cf__can_merge,
94	*cv_cf_client_send_msg,	99	*cv_cf_client_send_msg,
		100	*cv_cf_ix,
95	*cv_cf_tick,	101	*cv_cf_tick,
96	*cv_cf_match_match;	102	*cv_cf_match_match;
97		103
98	#ifndef newSVpv_utf8	104	#ifndef newSVpv_utf8
99	static SV *	105	static SV *
…		…
122		128
123	return sv;	129	return sv;
124	}	130	}
125	#endif	131	#endif
126		132
127	static noinline utf8_string	133	ecb_noinline utf8_string
128	cfSvPVutf8_nolen (SV *sv)	134	cfSvPVutf8_nolen (SV *sv)
129	{	135	{
130	SvGETMAGIC (sv);	136	SvGETMAGIC (sv);
131		137
132	if (SvPOK (sv))	138	if (SvPOK (sv))
…		…
251	{	257	{
252	static int last_mortalcount;	258	static int last_mortalcount;
253	if (mortals.size () != last_mortalcount)	259	if (mortals.size () != last_mortalcount)
254	{	260	{
255	last_mortalcount = mortals.size ();	261	last_mortalcount = mortals.size ();
256	LOG (llevInfo, "%d mortals.\n", (int)mortals.size ());	262	object *specimen = is_a<object> (mortals [rndm (mortals.size ())]);
		263
		264	LOG (llevInfo, "%d mortals (random specimen: %s).\n",
		265	(int)mortals.size (), specimen ? specimen->debug_desc () : "(not an object)");
257		266
258	if (0)	267	if (0)
259	{	268	{
260	for (int j = 0; j < mortals.size (); ++j)//D	269	for (int j = 0; j < mortals.size (); ++j)//D
261	fprintf (stderr, "%d:%s %p ", j, &((object *)mortals[j])->name, mortals[j]);//D	270	fprintf (stderr, "%d:%s %p ", j, &((object *)mortals[j])->name, mortals[j]);//D
…		…
354	//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////	363	//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
355		364
356	static SV *	365	static SV *
357	newSVptr (void ptr, HV stash, HV *hv)	366	newSVptr (void ptr, HV stash, HV *hv)
358	{	367	{
359	SV *sv;
360
361	if (!ptr)	368	if (!ptr)
362	return newSV (0);	369	return newSV (0);
363		370
364	sv_magicext ((SV )hv, 0, PERL_MAGIC_ext, 0, (char )ptr, 0);	371	sv_magicext ((SV )hv, 0, PERL_MAGIC_ext, 0, (char )ptr, 0);
365	return sv_bless (newRV_noinc ((SV *)hv), stash);	372	return sv_bless (newRV_noinc ((SV *)hv), stash);
366	}	373	}
367		374
368	static SV *	375	ecb_noinline static SV *
369	newSVptr (void ptr, HV stash)	376	newSVptr (void ptr, HV stash)
370	{	377	{
371	return newSVptr (ptr, stash, newHV ());	378	return newSVptr (ptr, stash, newHV ());
372	}	379	}
373		380
…		…
388	return 0;	395	return 0;
389	}	396	}
390		397
391	MGVTBL attachable::vtbl = {0, 0, 0, 0, attachable_free};	398	MGVTBL attachable::vtbl = {0, 0, 0, 0, attachable_free};
392		399
393	static SV *	400	ecb_noinline static SV *
394	newSVattachable (attachable obj, HV stash)	401	newSVattachable (attachable obj, HV stash)
395	{	402	{
396	if (!obj)	403	if (!obj)
397	return newSV (0);	404	return newSV (0);
398		405
…		…
452	croak ("object of type %s expected", klass);	459	croak ("object of type %s expected", klass);
453		460
454	return SvPTR_nc (sv);	461	return SvPTR_nc (sv);
455	}	462	}
456		463
457	static long noinline	464	ecb_noinline static long
458	SvPTR_ornull (SV sv, const char klass)	465	SvPTR_ornull (SV sv, const char klass)
459	{	466	{
460	if (expect_false (!SvOK (sv))) return 0;	467	if (expect_false (!SvOK (sv))) return 0;
461		468
462	return SvPTR (sv, klass);	469	return SvPTR (sv, klass);
463	}	470	}
464		471
465	static long noinline	472	ecb_noinline static long
466	SvPTR_ornull_client (SV *sv)	473	SvPTR_ornull_client (SV *sv)
467	{	474	{
468	if (expect_false (!SvOK (sv))) return 0;	475	if (expect_false (!SvOK (sv))) return 0;
469		476
470	if (!SvROK (sv)	477	if (!SvROK (sv)
…		…
473	croak ("object of type cf::client expected");	480	croak ("object of type cf::client expected");
474		481
475	return SvPTR_nc (sv);	482	return SvPTR_nc (sv);
476	}	483	}
477		484
478	static long noinline	485	ecb_noinline static long
479	SvPTR_ornull_object (SV *sv)	486	SvPTR_ornull_object (SV *sv)
480	{	487	{
481	if (expect_false (!SvOK (sv))) return 0;	488	if (expect_false (!SvOK (sv))) return 0;
482		489
483	if (!SvROK (sv)	490	if (!SvROK (sv)
…		…
488	croak ("object of type cf::object expected");	495	croak ("object of type cf::object expected");
489		496
490	return SvPTR_nc (sv);	497	return SvPTR_nc (sv);
491	}	498	}
492		499
493	static long noinline	500	ecb_noinline static long
494	SvPTR_ornull_maptile (SV *sv)	501	SvPTR_ornull_maptile (SV *sv)
495	{	502	{
496	if (expect_false (!SvOK (sv))) return 0;	503	if (expect_false (!SvOK (sv))) return 0;
497		504
498	if (!SvROK (sv)	505	if (!SvROK (sv)
…		…
502	croak ("object of type cf::map expected");	509	croak ("object of type cf::map expected");
503		510
504	return SvPTR_nc (sv);	511	return SvPTR_nc (sv);
505	}	512	}
506		513
507	static long noinline	514	ecb_noinline static long
508	SvPTR_ornull_player (SV *sv)	515	SvPTR_ornull_player (SV *sv)
509	{	516	{
510	if (expect_false (!SvOK (sv))) return 0;	517	if (expect_false (!SvOK (sv))) return 0;
511		518
512	if (!SvROK (sv)	519	if (!SvROK (sv)
…		…
532	static inline SV *to_sv (unsigned long long v) { return newSVval64 (v); }	539	static inline SV *to_sv (unsigned long long v) { return newSVval64 (v); }
533	static inline SV *to_sv (float v) { return newSVnv (v); }	540	static inline SV *to_sv (float v) { return newSVnv (v); }
534	static inline SV *to_sv (double v) { return newSVnv (v); }	541	static inline SV *to_sv (double v) { return newSVnv (v); }
535	static inline SV to_sv (client v) { return newSVattachable (v, stash_cf_client_wrap); }	542	static inline SV to_sv (client v) { return newSVattachable (v, stash_cf_client_wrap); }
536	static inline SV to_sv (player v) { return newSVattachable (v, stash_cf_player_wrap); }	543	static inline SV to_sv (player v) { return newSVattachable (v, stash_cf_player_wrap); }
		544	// gcc dislikes noinline on to_sv
537	static inline SV to_sv (object v) { return newSVattachable (v, v && v->type == PLAYER ? stash_cf_object_player_wrap : stash_cf_object_wrap); }	545	ecb_noinline static SV to_sv_ni (object v) { return newSVattachable (v, v && v->type == PLAYER ? stash_cf_object_player_wrap : stash_cf_object_wrap); }
		546	static inline SV to_sv (object v) { return to_sv_ni (v); }
538	static inline SV to_sv (maptile v) { return newSVattachable (v, stash_cf_map_wrap); }	547	static inline SV to_sv (maptile v) { return newSVattachable (v, stash_cf_map_wrap); }
539	static inline SV to_sv (archetype v) { return newSVattachable (v, stash_cf_arch_wrap); }	548	static inline SV to_sv (archetype v) { return newSVattachable (v, stash_cf_arch_wrap); }
540	static inline SV to_sv (region v) { return newSVattachable (v, stash_cf_region_wrap); }	549	static inline SV to_sv (region v) { return newSVattachable (v, stash_cf_region_wrap); }
541	static inline SV to_sv (partylist v) { return newSVptr (v, stash_cf_party_wrap); }	550	static inline SV to_sv (partylist v) { return newSVptr (v, stash_cf_party_wrap); }
542	static inline SV to_sv (living v) { return newSVptr (v, stash_cf_living_wrap); }	551	static inline SV to_sv (living v) { return newSVptr (v, stash_cf_living_wrap); }
543	static inline SV to_sv (mapspace v) { return newSVptr (v, stash_cf_mapspace_wrap); }	552	static inline SV to_sv (mapspace v) { return newSVptr (v, stash_cf_mapspace_wrap); }
		553	static inline SV to_sv (layout v) { return newSVptr (v, stash_cf_layout_wrap); }
544		554
545	static inline SV *to_sv (object & v) { return to_sv (&v); }	555	static inline SV *to_sv (object & v) { return to_sv (&v); }
546	static inline SV *to_sv (living & v) { return to_sv (&v); }	556	static inline SV *to_sv (living & v) { return to_sv (&v); }
547		557
548	static inline SV *to_sv (const std::string & v) { return newSVpvn (v.data (), v.size ()); }	558	static inline SV *to_sv (const std::string & v) { return newSVpvn (v.data (), v.size ()); }
…		…
594	static inline void sv_to (SV sv, region &v) { v = (region ) (attachable )SvPTR_ornull (sv, "cf::region"); }	604	static inline void sv_to (SV sv, region &v) { v = (region ) (attachable )SvPTR_ornull (sv, "cf::region"); }
595	static inline void sv_to (SV sv, attachable &v) { v = (attachable *)SvPTR_ornull (sv, "cf::attachable"); }	605	static inline void sv_to (SV sv, attachable &v) { v = (attachable *)SvPTR_ornull (sv, "cf::attachable"); }
596	static inline void sv_to (SV sv, partylist &v) { v = (partylist *) SvPTR_ornull (sv, "cf::party"); }	606	static inline void sv_to (SV sv, partylist &v) { v = (partylist *) SvPTR_ornull (sv, "cf::party"); }
597	static inline void sv_to (SV sv, living &v) { v = (living *) SvPTR_ornull (sv, "cf::living"); }	607	static inline void sv_to (SV sv, living &v) { v = (living *) SvPTR_ornull (sv, "cf::living"); }
598	static inline void sv_to (SV sv, mapspace &v) { v = (mapspace *) SvPTR_ornull (sv, "cf::mapspace"); }	608	static inline void sv_to (SV sv, mapspace &v) { v = (mapspace *) SvPTR_ornull (sv, "cf::mapspace"); }
		609	static inline void sv_to (SV sv, layout &v) { v = (layout *) SvPTR_ornull (sv, "cf::layout"); }
599	static inline void sv_to (SV sv, object_freezer &v) { v = (object_freezer *) SvPTR_ornull (sv, "cf::object::freezer"); }	610	static inline void sv_to (SV sv, object_freezer &v) { v = (object_freezer *) SvPTR_ornull (sv, "cf::object::freezer"); }
600	static inline void sv_to (SV sv, object_thawer &v) { v = (object_thawer *) SvPTR_ornull (sv, "cf::object::thawer" ); }	611	static inline void sv_to (SV sv, object_thawer &v) { v = (object_thawer *) SvPTR_ornull (sv, "cf::object::thawer" ); }
601		612
602	//static inline void sv_to (SV sv, faceinfo &v) { v = &faces [face_find (SvPV_nolen (sv), 0)]; }	613	//static inline void sv_to (SV sv, faceinfo &v) { v = &faces [face_find (SvPV_nolen (sv), 0)]; }
603	static inline void sv_to (SV sv, treasurelist &v) { v = treasurelist::find (SvPV_nolen (sv)); }	614	static inline void sv_to (SV sv, treasurelist &v) { v = treasurelist::find (SvPV_nolen (sv)); }
…		…
616	static inline void sv_to (SV *sv, std::string &v)	627	static inline void sv_to (SV *sv, std::string &v)
617	{	628	{
618	STRLEN len;	629	STRLEN len;
619	char *data = SvPVbyte (sv, len);	630	char *data = SvPVbyte (sv, len);
620	v.assign (data, len);	631	v.assign (data, len);
		632	}
		633
		634	static inline void sv_to (SV *sv, refcnt_buf &v)
		635	{
		636	STRLEN len;
		637	char *data = SvPVbyte (sv, len);
		638	refcnt_buf buf (data, len);
		639	v = buf;
621	}	640	}
622		641
623	static inline void sv_to (SV *sv, UUID &v)	642	static inline void sv_to (SV *sv, UUID &v)
624	{	643	{
625	if (!v.parse (SvPV_nolen (sv)))	644	if (!v.parse (SvPV_nolen (sv)))
…		…
710	return sv;	729	return sv;
711	}	730	}
712		731
713	// typemap support, mostly to avoid excessive inlining	732	// typemap support, mostly to avoid excessive inlining
714	template<class type>	733	template<class type>
715	static void noinline	734	ecb_noinline static void
716	cf_obj_to (SV *arg, type &var)	735	cf_obj_to (SV *arg, type &var)
717	{	736	{
718	sv_to (arg, var);	737	sv_to (arg, var);
719	if (expect_false (!var))	738	if (expect_false (!var))
720	croak ("must not pass invalid/null cf_obj here");	739	croak ("must not pass invalid/null cf_obj here");
721	}	740	}
722		741
723	template<class object>	742	template<class object>
724	static void noinline	743	ecb_noinline static void
725	cf_obj_ornull_to (SV arg, object &var)	744	cf_obj_ornull_to (SV arg, object &var)
726	{	745	{
727	if (SvOK (arg))	746	if (SvOK (arg))
728	{	747	{
729	sv_to (arg, var);	748	sv_to (arg, var);
…		…
821	# undef def	840	# undef def
822	};	841	};
823		842
824	#define KLASS_OF(event) (((unsigned int)event) < NUM_EVENT_TYPES ? klass_of [event] : KLASS_NONE)	843	#define KLASS_OF(event) (((unsigned int)event) < NUM_EVENT_TYPES ? klass_of [event] : KLASS_NONE)
825		844
826	static void noinline	845	ecb_noinline static void
827	gather_callbacks (AV &callbacks, AV registry, event_type event)	846	gather_callbacks (AV &callbacks, AV registry, event_type event)
828	{	847	{
829	// event must be in array	848	// event must be in array
830	if (event >= 0 && event <= AvFILLp (registry))	849	if (event >= 0 && event <= AvFILLp (registry))
831	{	850	{
…		…
917	{	936	{
918	attachable::gather_callbacks (callbacks, event);	937	attachable::gather_callbacks (callbacks, event);
919	::gather_callbacks (callbacks, cb_map, event);	938	::gather_callbacks (callbacks, cb_map, event);
920	}	939	}
921		940
922	static void noinline	941	ecb_noinline static void
923	_recalc_want (bitset<NUM_EVENT_TYPES> &set, AV *registry)	942	_recalc_want (bitset<NUM_EVENT_TYPES> &set, AV *registry)
924	{	943	{
925	for (int event = 0; event <= AvFILLp (registry); ++event)	944	for (int event = 0; event <= AvFILLp (registry); ++event)
926	{	945	{
927	SV *cbs_ = AvARRAY (registry)[event];	946	SV *cbs_ = AvARRAY (registry)[event];
…		…
1142	CALL_ARG (originator);	1161	CALL_ARG (originator);
1143	CALL_CALL ("cf::mapscript::activate", G_VOID);	1162	CALL_CALL ("cf::mapscript::activate", G_VOID);
1144	CALL_END;	1163	CALL_END;
1145	}	1164	}
1146		1165
		1166	void cfperl_ix (client *ns, int set, faceidx idx, int pri)
		1167	{
		1168	CALL_BEGIN (3);
		1169	CALL_ARG (ns);
		1170	CALL_ARG (set);
		1171	CALL_ARG (idx);
		1172	CALL_ARG (pri);
		1173	CALL_CALL (cv_cf_ix, G_VOID);
		1174	CALL_END;
		1175	}
		1176
1147	player *	1177	player *
1148	player::find (const_utf8_string name)	1178	player::find (const_utf8_string name)
1149	{	1179	{
1150	CALL_BEGIN (1);	1180	CALL_BEGIN (1);
1151	CALL_ARG (name);	1181	CALL_ARG (name);
…		…
1245	CALL_ARG (y);	1275	CALL_ARG (y);
1246	CALL_CALL ("cf::object::player::goto", G_VOID);	1276	CALL_CALL ("cf::object::player::goto", G_VOID);
1247	CALL_END;	1277	CALL_END;
1248	}	1278	}
1249		1279
1250	const_utf8_string	1280	const_utf8_string
1251	object::ref () const	1281	object::ref () const
1252	{	1282	{
1253	if (type == PLAYER)	1283	if (type == PLAYER)
1254	return format ("player/<1.%llx>/%s", (unsigned long long)uuid.seq, &name);	1284	return format ("player/<1.%llx>/%s", (unsigned long long)uuid.seq, &name);
1255	else	1285	else
…		…
1397	stash_cf_client_wrap = gv_stashpv ("cf::client::wrap", 1);	1427	stash_cf_client_wrap = gv_stashpv ("cf::client::wrap", 1);
1398	stash_cf_arch_wrap = gv_stashpv ("cf::arch::wrap" , 1);	1428	stash_cf_arch_wrap = gv_stashpv ("cf::arch::wrap" , 1);
1399	stash_cf_party_wrap = gv_stashpv ("cf::party::wrap" , 1);	1429	stash_cf_party_wrap = gv_stashpv ("cf::party::wrap" , 1);
1400	stash_cf_region_wrap = gv_stashpv ("cf::region::wrap", 1);	1430	stash_cf_region_wrap = gv_stashpv ("cf::region::wrap", 1);
1401	stash_cf_living_wrap = gv_stashpv ("cf::living::wrap", 1);	1431	stash_cf_living_wrap = gv_stashpv ("cf::living::wrap", 1);
		1432	stash_cf_layout_wrap = gv_stashpv ("cf::layout::wrap", 1);
1402	stash_ext_map_world = gv_stashpv ("ext::map_world" , 1);	1433	stash_ext_map_world = gv_stashpv ("ext::map_world" , 1);
1403		1434
1404	sv_now = get_sv ("cf::NOW" , 1); SvUPGRADE (sv_now , SVt_NV);	1435	sv_now = get_sv ("cf::NOW" , 1); SvUPGRADE (sv_now , SVt_NV);
1405	sv_runtime = get_sv ("cf::RUNTIME" , 1); SvUPGRADE (sv_runtime , SVt_NV);	1436	sv_runtime = get_sv ("cf::RUNTIME" , 1); SvUPGRADE (sv_runtime , SVt_NV);
		1437	sv_server_tick = get_sv ("cf::SERVER_TICK", 1); SvUPGRADE (sv_server_tick, SVt_IV);
1406	sv_tick_start = get_sv ("cf::TICK_START", 1); SvUPGRADE (sv_tick_start, SVt_NV);	1438	sv_tick_start = get_sv ("cf::TICK_START" , 1); SvUPGRADE (sv_tick_start , SVt_NV);
1407	sv_next_tick = get_sv ("cf::NEXT_TICK" , 1); SvUPGRADE (sv_next_tick , SVt_NV);	1439	sv_next_tick = get_sv ("cf::NEXT_TICK" , 1); SvUPGRADE (sv_next_tick , SVt_NV);
1408		1440
1409	cb_global = get_av ("cf::CB_GLOBAL", 1);	1441	cb_global = get_av ("cf::CB_GLOBAL", 1);
1410	cb_attachable = get_av ("cf::CB_ATTACHABLE", 1);	1442	cb_attachable = get_av ("cf::CB_ATTACHABLE", 1);
1411	cb_object = get_av ("cf::CB_OBJECT", 1);	1443	cb_object = get_av ("cf::CB_OBJECT", 1);
1412	cb_player = get_av ("cf::CB_PLAYER", 1);	1444	cb_player = get_av ("cf::CB_PLAYER", 1);
…		…
1419	_connect_to_perl_2 ()	1451	_connect_to_perl_2 ()
1420	{	1452	{
1421	cv_cf_do_invoke = (SV *)get_cv ("cf::do_invoke" , 0); assert (cv_cf_do_invoke);	1453	cv_cf_do_invoke = (SV *)get_cv ("cf::do_invoke" , 0); assert (cv_cf_do_invoke);
1422	cv_cf__can_merge = (SV *)get_cv ("cf::_can_merge" , 0); assert (cv_cf__can_merge);	1454	cv_cf__can_merge = (SV *)get_cv ("cf::_can_merge" , 0); assert (cv_cf__can_merge);
1423	cv_cf_client_send_msg = (SV *)get_cv ("cf::client::send_msg", 0); assert (cv_cf_client_send_msg);	1455	cv_cf_client_send_msg = (SV *)get_cv ("cf::client::send_msg", 0); assert (cv_cf_client_send_msg);
		1456	cv_cf_ix = (SV *)get_cv ("cf::face::ix" , 0); assert (cv_cf_ix);
1424	cv_cf_tick = (SV *)get_cv ("cf::tick" , 0); assert (cv_cf_tick);	1457	cv_cf_tick = (SV *)get_cv ("cf::tick" , 0); assert (cv_cf_tick);
1425	cv_cf_match_match = (SV *)get_cv ("cf::match::match" , 0); assert (cv_cf_match_match);	1458	cv_cf_match_match = (SV *)get_cv ("cf::match::match" , 0); assert (cv_cf_match_match);
1426	}	1459	}
1427		1460
1428	MODULE = cf PACKAGE = cf PREFIX = cf_	1461	MODULE = cf PACKAGE = cf PREFIX = cf_
…		…
1433	I_CORO_API (PACKAGE); coroapi::GCoroAPI = GCoroAPI;	1466	I_CORO_API (PACKAGE); coroapi::GCoroAPI = GCoroAPI;
1434		1467
1435	_connect_to_perl_1 ();	1468	_connect_to_perl_1 ();
1436		1469
1437	newCONSTSUB (stash_cf, "VERSION", newSVpv (VERSION, sizeof (VERSION) - 1));	1470	newCONSTSUB (stash_cf, "VERSION", newSVpv (VERSION, sizeof (VERSION) - 1));
1438
1439	//{
1440	// require_pv ("Time::HiRes");
1441	//
1442	// SV **svp = hv_fetch (PL_modglobal, "Time::NVtime", 12, 0);
1443	// if (!svp) croak ("Time::HiRes is required");
1444	// if (!SvIOK(*svp)) croak ("Time::NVtime isn’t a function pointer");
1445	// coroapi::time = INT2PTR (double()(), SvIV(svp));
1446	//}
1447		1471
1448	static const struct {	1472	static const struct {
1449	const char *name;	1473	const char *name;
1450	IV iv;	1474	IV iv;
1451	} *civ, const_iv[] = {	1475	} *civ, const_iv[] = {
…		…
1455	# include "attackinc.h"	1479	# include "attackinc.h"
1456	# undef def	1480	# undef def
1457	# define def(uc, flags) const_iv (SK_ ## uc)	1481	# define def(uc, flags) const_iv (SK_ ## uc)
1458	# include "skillinc.h"	1482	# include "skillinc.h"
1459	# undef def	1483	# undef def
1460		1484	# define def(name, use, nonuse) const_iv (body_ ## name)
1461	const_iv (Map0Cmd) const_iv (Map1Cmd) const_iv (Map1aCmd)	1485	# include "slotinc.h"
		1486	# undef def
1462		1487
1463	const_iv (MAP_CLIENT_X) const_iv (MAP_CLIENT_Y)	1488	const_iv (MAP_CLIENT_X) const_iv (MAP_CLIENT_Y)
1464		1489
1465	const_iv (MAX_TIME)	1490	const_iv (MAX_TIME)
1466	const_iv (MAXSOCKBUF)	1491	const_iv (MAXSOCKBUF)
…		…
1480	const_iv (SAVE_MODE) const_iv (SAVE_DIR_MODE)	1505	const_iv (SAVE_MODE) const_iv (SAVE_DIR_MODE)
1481		1506
1482	const_iv (SK_EXP_ADD_SKILL) const_iv (SK_EXP_TOTAL) const_iv (SK_EXP_NONE)	1507	const_iv (SK_EXP_ADD_SKILL) const_iv (SK_EXP_TOTAL) const_iv (SK_EXP_NONE)
1483	const_iv (SK_SUBTRACT_SKILL_EXP) const_iv (SK_EXP_SKILL_ONLY)	1508	const_iv (SK_SUBTRACT_SKILL_EXP) const_iv (SK_EXP_SKILL_ONLY)
1484		1509
1485	const_iv (MAP_ACTIVE) const_iv (MAP_SWAPPED) const_iv (MAP_LOADING) const_iv (MAP_SAVING)
1486	const_iv (MAP_INACTIVE)
1487
1488	const_iv (KLASS_ATTACHABLE) const_iv (KLASS_GLOBAL) const_iv (KLASS_OBJECT)	1510	const_iv (KLASS_ATTACHABLE) const_iv (KLASS_GLOBAL) const_iv (KLASS_OBJECT)
1489	const_iv (KLASS_CLIENT) const_iv (KLASS_PLAYER) const_iv (KLASS_MAP)	1511	const_iv (KLASS_CLIENT) const_iv (KLASS_PLAYER) const_iv (KLASS_MAP)
1490		1512
1491	const_iv (CS_QUERY_YESNO) const_iv (CS_QUERY_SINGLECHAR) const_iv (CS_QUERY_HIDEINPUT)	1513	const_iv (CS_QUERY_YESNO) const_iv (CS_QUERY_SINGLECHAR) const_iv (CS_QUERY_HIDEINPUT)
1492		1514
1493	const_iv (IO_HEADER) const_iv (IO_OBJECTS) const_iv (IO_UNIQUES)	1515	const_iv (IO_HEADER) const_iv (IO_OBJECTS) const_iv (IO_UNIQUES)
1494	};	1516	};
1495		1517
1496	for (civ = const_iv + array_length (const_iv); civ-- > const_iv; )	1518	for (civ = const_iv + ecb_array_length (const_iv); civ-- > const_iv; )
1497	newCONSTSUB (stash_cf, (char *)civ->name, newSViv (civ->iv));	1519	newCONSTSUB (stash_cf, (char *)civ->name, newSViv (civ->iv));
1498		1520
1499	static const struct {	1521	static const struct {
1500	const char *name;	1522	const char *name;
1501	int skip;	1523	int skip;
…		…
1507	# undef def	1529	# undef def
1508	};	1530	};
1509		1531
1510	AV *av = get_av ("cf::EVENT", 1);	1532	AV *av = get_av ("cf::EVENT", 1);
1511		1533
1512	for (eiv = event_iv + array_length (event_iv); eiv-- > event_iv; )	1534	for (eiv = event_iv + ecb_array_length (event_iv); eiv-- > event_iv; )
1513	{	1535	{
1514	AV *event = newAV ();	1536	AV *event = newAV ();
1515	av_push (event, newSVpv ((char *)eiv->name + eiv->skip, 0));	1537	av_push (event, newSVpv ((char *)eiv->name + eiv->skip, 0));
1516	av_push (event, newSViv (eiv->klass));	1538	av_push (event, newSViv (eiv->klass));
1517	av_store (av, eiv->iv, newRV_noinc ((SV *)event));	1539	av_store (av, eiv->iv, newRV_noinc ((SV *)event));
…		…
1524		1546
1525	void _gv_clear (SV *gv)	1547	void _gv_clear (SV *gv)
1526	CODE:	1548	CODE:
1527	assert (SvTYPE (gv) == SVt_PVGV);	1549	assert (SvTYPE (gv) == SVt_PVGV);
1528	# define f(sv) { SV sv_ = (SV )(sv); sv = 0; SvREFCNT_dec (sv_); }	1550	# define f(sv) { SV sv_ = (SV )(sv); sv = 0; SvREFCNT_dec (sv_); }
		1551	SvREFCNT_inc (gv);
1529	f (GvGP (gv)->gp_form);	1552	f (GvGP (gv)->gp_form);
1530	f (GvGP (gv)->gp_io);	1553	f (GvGP (gv)->gp_io);
1531	f (GvGP (gv)->gp_sv);	1554	f (GvGP (gv)->gp_sv);
1532	f (GvGP (gv)->gp_av);	1555	f (GvGP (gv)->gp_av);
1533	f (GvGP (gv)->gp_hv);	1556	f (GvGP (gv)->gp_hv);
1534	f (GvGP (gv)->gp_cv);	1557	f (GvGP (gv)->gp_cv);
1535	GvCVGEN (gv) = 0;	1558	GvCVGEN (gv) = 0;
1536	GvMULTI_off (gv);	1559	GvMULTI_off (gv);
		1560	SvREFCNT_dec (gv);
1537	# undef f	1561	# undef f
1538		1562
1539	void _connect_to_perl_1 ()	1563	void _connect_to_perl_1 ()
1540		1564
1541	void _connect_to_perl_2 ()	1565	void _connect_to_perl_2 ()
…		…
1552		1576
1553	for_all_objects (op)	1577	for_all_objects (op)
1554	op->reattach ();	1578	op->reattach ();
1555	}	1579	}
1556		1580
1557	# support function for map-world.ext
1558	void _quantise (SV data_sv, SV plt_sv)
1559	CODE:
1560	{
1561	if (!SvROK (plt_sv) \|\| SvTYPE (SvRV (plt_sv)) != SVt_PVAV)
1562	croak ("_quantise called with invalid agruments");
1563
1564	plt_sv = SvRV (plt_sv);
1565	SV **plt = AvARRAY (plt_sv);
1566	int plt_count = AvFILL (plt_sv) + 1;
1567
1568	STRLEN len;
1569	char *data = SvPVbyte (data_sv, len);
1570	char *dst = data;
1571
1572	while (len >= 3)
1573	{
1574	for (SV **val_sv = plt + plt_count; val_sv-- > plt; )
1575	{
1576	char val = SvPVX (val_sv);
1577
1578	if (val [0] == data [0]
1579	&& val [1] == data [1]
1580	&& val [2] == data [2])
1581	{
1582	*dst++ = val [3];
1583	goto next;
1584	}
1585	}
1586
1587	croak ("_quantise: color not found in palette: #%02x%02x%02x, at offset %d %d",
1588	(uint8_t)data [0], (uint8_t)data [1], (uint8_t)data [2],
1589	dst - SvPVX (data_sv), len);
1590
1591	next:
1592	data += 3;
1593	len -= 3;
1594	}
1595
1596	SvCUR_set (data_sv, dst - SvPVX (data_sv));
1597	}
1598
1599	void init_anim ()	1581	void init_anim ()
1600		1582
1601	void init_globals ()	1583	void init_globals ()
1602		1584
1603	void init_experience ()
1604
1605	void init_attackmess ()	1585	void init_attackmess ()
1606		1586
1607	void init_dynamic ()	1587	void init_dynamic ()
1608		1588
1609	void load_settings ()	1589	void load_settings ()
1610		1590
		1591	void _reload_exp_table ()
		1592
1611	void load_materials ()	1593	void _reload_materials ()
1612		1594
1613	void init_uuid ()	1595	void init_uuid ()
1614	CODE:	1596	CODE:
1615	UUID::init ();	1597	UUID::init ();
1616		1598
…		…
1627	coroapi::cede_to_tick ();	1609	coroapi::cede_to_tick ();
1628		1610
1629	NV till_tick ()	1611	NV till_tick ()
1630	CODE:	1612	CODE:
1631	RETVAL = SvNVX (sv_next_tick) - now ();	1613	RETVAL = SvNVX (sv_next_tick) - now ();
1632	OUTPUT:	1614	OUTPUT: RETVAL
1633	RETVAL
1634		1615
1635	int tick_inhibit ()	1616	int tick_inhibit ()
1636	CODE:	1617	CODE:
1637	RETVAL = tick_inhibit;	1618	RETVAL = tick_inhibit;
1638	OUTPUT:	1619	OUTPUT: RETVAL
1639	RETVAL
1640		1620
1641	void tick_inhibit_inc ()	1621	void tick_inhibit_inc ()
1642	CODE:	1622	CODE:
1643	++tick_inhibit;	1623	++tick_inhibit;
1644		1624
…		…
1649	{	1629	{
1650	ev_async_send (EV_DEFAULT, &tick_watcher);	1630	ev_async_send (EV_DEFAULT, &tick_watcher);
1651	coroapi::cede ();	1631	coroapi::cede ();
1652	}	1632	}
1653		1633
1654	void server_tick ()	1634	void one_tick ()
1655	CODE:	1635	CODE:
1656	{	1636	{
1657	ev_now_update (EV_DEFAULT);	1637	ev_now_update (EV_DEFAULT);
1658	NOW = ev_now (EV_DEFAULT);	1638	NOW = ev_now (EV_DEFAULT);
1659	SvNV_set (sv_now, NOW); SvNOK_only (sv_now);	1639	SvNV_set (sv_now, NOW); SvNOK_only (sv_now);
1660	SvNV_set (sv_tick_start, NOW); SvNOK_only (sv_tick_start);	1640	SvNV_set (sv_tick_start, NOW); SvNOK_only (sv_tick_start);
1661	runtime = SvNVX (sv_runtime);	1641	runtime = SvNVX (sv_runtime);
1662		1642
		1643	one_tick ();
		1644
1663	server_tick ();	1645	++server_tick;
		1646	SvUV_set (sv_server_tick, server_tick); SvIOK_only_UV (sv_server_tick);
1664		1647
1665	ev_now_update (EV_DEFAULT);	1648	ev_now_update (EV_DEFAULT);
1666	NOW = ev_now (EV_DEFAULT);	1649	NOW = ev_now (EV_DEFAULT);
1667	SvNV_set (sv_now, NOW); SvNOK_only (sv_now);	1650	SvNV_set (sv_now, NOW); SvNOK_only (sv_now);
		1651
1668	runtime += TICK;	1652	runtime += TICK;
1669	SvNV_set (sv_runtime, runtime); SvNOK_only (sv_runtime);	1653	SvNV_set (sv_runtime, runtime); SvNOK_only (sv_runtime);
1670	}	1654	}
1671		1655
1672	NV floor (NV x)	1656	NV floor (NV x)
…		…
1676	NV rndm (...)	1660	NV rndm (...)
1677	ALIAS:	1661	ALIAS:
1678	rmg_rndm = 1	1662	rmg_rndm = 1
1679	CODE:	1663	CODE:
1680	{	1664	{
1681	rand_gen &gen = ix ? rmg_rndm : rndm;	1665	rand_gen &gen = ix ? rmg_rndm : rndm;
1682	switch (items)	1666	switch (items)
1683	{	1667	{
1684	case 0: RETVAL = gen (); break;	1668	case 0: RETVAL = gen (); break;
1685	case 1: RETVAL = gen (SvUV (ST (0))); break;	1669	case 1: RETVAL = gen (SvUV (ST (0))); break;
1686	case 2: RETVAL = gen (SvIV (ST (0)), SvIV (ST (1))); break;	1670	case 2: RETVAL = gen (SvIV (ST (0)), SvIV (ST (1))); break;
1687	default: croak ("cf::rndm requires zero, one or two parameters."); break;	1671	default: croak ("cf::rndm requires zero, one or two parameters."); break;
1688	}	1672	}
1689	}	1673	}
1690	OUTPUT:	1674	OUTPUT: RETVAL
1691	RETVAL
1692		1675
1693	NV clamp (NV value, NV min_value, NV max_value)	1676	NV clamp (NV value, NV min_value, NV max_value)
1694	CODE:	1677	CODE:
1695	RETVAL = clamp (value, min_value, max_value);	1678	RETVAL = clamp (value, min_value, max_value);
1696	OUTPUT:	1679	OUTPUT: RETVAL
1697	RETVAL
1698		1680
1699	NV lerp (NV value, NV min_in, NV max_in, NV min_out, NV max_out)	1681	NV lerp (NV value, NV min_in, NV max_in, NV min_out, NV max_out)
1700	CODE:	1682	CODE:
1701	RETVAL = lerp (value, min_in, max_in, min_out, max_out);	1683	RETVAL = lerp (value, min_in, max_in, min_out, max_out);
1702	OUTPUT:	1684	OUTPUT: RETVAL
1703	RETVAL
1704		1685
1705	const char *ordinal (int i)	1686	const char *ordinal (int i)
1706		1687
1707	void weaken (...)	1688	void weaken (...)
1708	PROTOTYPE: @	1689	PROTOTYPE: @
…		…
1771		1752
1772	int mlockall (int flags = MCL_CURRENT \| MCL_FUTURE)	1753	int mlockall (int flags = MCL_CURRENT \| MCL_FUTURE)
1773	INIT:	1754	INIT:
1774	#if __GLIBC__	1755	#if __GLIBC__
1775	mallopt (M_TOP_PAD, 1024 * 1024);	1756	mallopt (M_TOP_PAD, 1024 * 1024);
1776	mallopt (M_MMAP_THRESHOLD, 1024 * 1024 * 128);	1757	mallopt (M_MMAP_THRESHOLD, 1024 * 1024);
1777	mallopt (M_MMAP_MAX, 0); // likely bug-workaround, also frees memory	1758	mallopt (M_MMAP_MAX, 0); // likely bug-workaround, also frees memory
		1759	if (__GLIBC__ < 2 \|\| (__GLIBC__ == 2 && __GLIBC_MINOR__ < 10))
1778	mallopt (M_PERTURB, 0xee); // bug-workaround for linux glibc+mlockall+calloc	1760	mallopt (M_PERTURB, 0xee); // bug-workaround for linux glibc+mlockall+calloc
1779	#endif	1761	#endif
1780		1762
1781	int munlockall ()	1763	int munlockall ()
1782		1764
1783	#endif	1765	#endif
…		…
1806	EXTEND (SP, 5*2);	1788	EXTEND (SP, 5*2);
1807	PUSHs (sv_2mortal (newSVpv ("slice_alloc", 0))); PUSHs (sv_2mortal (newSVuv (slice_alloc)));	1789	PUSHs (sv_2mortal (newSVpv ("slice_alloc", 0))); PUSHs (sv_2mortal (newSVuv (slice_alloc)));
1808	PUSHs (sv_2mortal (newSVpv ("shstr_alloc", 0))); PUSHs (sv_2mortal (newSVuv (shstr_alloc)));	1790	PUSHs (sv_2mortal (newSVpv ("shstr_alloc", 0))); PUSHs (sv_2mortal (newSVuv (shstr_alloc)));
1809	PUSHs (sv_2mortal (newSVpv ("objects" , 0))); PUSHs (sv_2mortal (newSVuv (objects.size () * sizeof (object))));	1791	PUSHs (sv_2mortal (newSVpv ("objects" , 0))); PUSHs (sv_2mortal (newSVuv (objects.size () * sizeof (object))));
1810	PUSHs (sv_2mortal (newSVpv ("sv_count" , 0))); PUSHs (sv_2mortal (newSVuv (PL_sv_count)));	1792	PUSHs (sv_2mortal (newSVpv ("sv_count" , 0))); PUSHs (sv_2mortal (newSVuv (PL_sv_count)));
1811	PUSHs (sv_2mortal (newSVpv ("sv_objcount", 0))); PUSHs (sv_2mortal (newSVuv (PL_sv_objcount)));
1812	}	1793	}
1813
1814	int find_animation (utf8_string text)
1815	PROTOTYPE: $
1816		1794
1817	int random_roll (int min, int max, object *op, int goodbad);	1795	int random_roll (int min, int max, object *op, int goodbad);
1818		1796
1819	const_utf8_string cost_string_from_value(uint64 cost, int approx = 0)	1797	const_utf8_string cost_string_from_value(uint64 cost, int approx = 0)
1820		1798
1821	int exp_to_level (val64 exp)	1799	int exp_to_level (val64 exp)
1822		1800
1823	val64 level_to_min_exp (int level)	1801	val64 level_to_min_exp (int level)
1824		1802
		1803	const_utf8_string
		1804	spellpathnames (int idx)
		1805	CODE:
		1806	RETVAL = spellpathnames [idx];
		1807	OUTPUT: RETVAL
		1808
1825	SV *	1809	SV *
1826	resistance_to_string (int atnr)	1810	attacktype_name (int atnr)
1827	CODE:	1811	CODE:
1828	if (atnr >= 0 && atnr < NROFATTACKS)	1812	RETVAL = IN_RANGE_EXC (atnr, 0, NROFATTACKS)
1829	RETVAL = newSVpv (resist_plus[atnr], 0);	1813	? newSVpv (attacktype_name [atnr], 0)
1830	else	1814	: &PL_sv_undef;
1831	XSRETURN_UNDEF;
1832	OUTPUT: RETVAL	1815	OUTPUT: RETVAL
		1816
		1817	SV *
		1818	attacktype_desc (int atnr)
		1819	CODE:
		1820	RETVAL = IN_RANGE_EXC (atnr, 0, NROFATTACKS)
		1821	? newSVpv (attacktype_desc [atnr], 0)
		1822	: &PL_sv_undef;
		1823	OUTPUT: RETVAL
		1824
		1825	SV *
		1826	resist_plus (int atnr)
		1827	CODE:
		1828	RETVAL = IN_RANGE_EXC (atnr, 0, NROFATTACKS)
		1829	? newSVpv (resist_plus [atnr], 0)
		1830	: &PL_sv_undef;
		1831	OUTPUT: RETVAL
		1832
		1833	SV *
		1834	change_resist_msg (int atnr)
		1835	CODE:
		1836	RETVAL = IN_RANGE_EXC (atnr, 0, NROFATTACKS)
		1837	? newSVpv (change_resist_msg [atnr], 0)
		1838	: &PL_sv_undef;
		1839	OUTPUT: RETVAL
		1840
		1841	int
		1842	skill_flags (int idx)
		1843	CODE:
		1844	if (idx < 0 \|\| idx >= ecb_array_length (skill_flags))
		1845	croak ("skill_flags: index out of bounds");
		1846	RETVAL = skill_flags [idx];
		1847	OUTPUT: RETVAL
1833		1848
1834	UUID	1849	UUID
1835	uuid_cur ()	1850	uuid_cur ()
1836	CODE:	1851	CODE:
1837	RETVAL = UUID::cur;	1852	RETVAL = UUID::cur;
1838	OUTPUT:	1853	OUTPUT: RETVAL
1839	RETVAL
1840		1854
1841	UUID	1855	UUID
1842	uuid_gen ()	1856	uuid_gen ()
1843	CODE:	1857	CODE:
1844	RETVAL = UUID::gen ();	1858	RETVAL = UUID::gen ();
1845	OUTPUT:	1859	OUTPUT: RETVAL
1846	RETVAL
1847		1860
1848	val64	1861	val64
1849	uuid_seq (UUID uuid)	1862	uuid_seq (UUID uuid)
1850	CODE:	1863	CODE:
1851	RETVAL = uuid.seq;	1864	RETVAL = uuid.seq;
1852	OUTPUT:	1865	OUTPUT: RETVAL
1853	RETVAL
1854		1866
1855	UUID	1867	UUID
1856	uuid_str (val64 seq)	1868	uuid_str (val64 seq)
1857	CODE:	1869	CODE:
1858	RETVAL.seq = seq;	1870	RETVAL.seq = seq;
1859	OUTPUT:	1871	OUTPUT: RETVAL
1860	RETVAL
1861		1872
1862	void	1873	void
1863	coin_names ()	1874	coin_names ()
1864	PPCODE:	1875	PPCODE:
1865	EXTEND (SP, NUM_COINS);	1876	EXTEND (SP, NUM_COINS);
…		…
1877	load_resource_file_ (octet_string filename)	1888	load_resource_file_ (octet_string filename)
1878		1889
1879	void	1890	void
1880	fix_weight ()	1891	fix_weight ()
1881		1892
		1893	utf8_string
		1894	expand_cfpod (int hintmode, int gender, const_utf8_string cfpod)
		1895	PPCODE:
		1896	XPUSHs (to_sv (player::expand_cfpod (hintmode, gender, cfpod)));
		1897
1882	MODULE = cf PACKAGE = cf::attachable	1898	MODULE = cf PACKAGE = cf::attachable
1883		1899
1884	int	1900	int
1885	valid (SV *obj)	1901	valid (SV *obj)
1886	CODE:	1902	CODE:
1887	RETVAL = SvROK (obj) && mg_find (SvRV (obj), PERL_MAGIC_ext);	1903	RETVAL = SvROK (obj) && mg_find (SvRV (obj), PERL_MAGIC_ext);
1888	OUTPUT:	1904	OUTPUT: RETVAL
1889	RETVAL
1890		1905
1891	bool should_invoke (attachable *obj, int event)	1906	bool should_invoke (attachable *obj, int event)
1892	CODE:	1907	CODE:
1893	RETVAL = obj->should_invoke ((event_type)event);	1908	RETVAL = obj->should_invoke ((event_type)event);
1894	OUTPUT: RETVAL	1909	OUTPUT: RETVAL
…		…
1959	int mortals_size ()	1974	int mortals_size ()
1960	CODE:	1975	CODE:
1961	RETVAL = attachable::mortals.size ();	1976	RETVAL = attachable::mortals.size ();
1962	OUTPUT: RETVAL	1977	OUTPUT: RETVAL
1963		1978
1964	const_utf8_string slot_use_name (U32 slot)	1979	const_utf8_string slot_name (U32 slot)
1965	ALIAS:	1980	ALIAS:
		1981	slot_name = 0
		1982	slot_use_name = 1
1966	slot_nonuse_name = 1	1983	slot_nonuse_name = 2
1967	CODE:	1984	CODE:
1968	{	1985	{
1969	if (slot >= NUM_BODY_LOCATIONS)	1986	if (slot >= NUM_BODY_LOCATIONS)
1970	croak ("body slot index out of range");	1987	croak ("body slot index out of range");
1971		1988
1972	switch (ix)	1989	switch (ix)
1973	{	1990	{
		1991	case 0: RETVAL = body_locations[slot].name ; break;
1974	case 0: RETVAL = body_locations[slot].use_name; break;	1992	case 1: RETVAL = body_locations[slot].use_name ; break;
1975	case 1: RETVAL = body_locations[slot].nonuse_name; break;	1993	case 2: RETVAL = body_locations[slot].nonuse_name; break;
1976	}	1994	}
1977	}	1995	}
1978	OUTPUT:	1996	OUTPUT: RETVAL
1979	RETVAL
1980		1997
1981	# missing properties	1998	# missing properties
1982		1999
1983	object head (object op)	2000	object head (object op)
1984	PROTOTYPE: $	2001	PROTOTYPE: $
…		…
1992	PPCODE:	2009	PPCODE:
1993	{	2010	{
1994	for (object *o = obj->inv; o; o = o->below)	2011	for (object *o = obj->inv; o; o = o->below)
1995	XPUSHs (sv_2mortal (to_sv (o)));	2012	XPUSHs (sv_2mortal (to_sv (o)));
1996	}	2013	}
1997
1998	void
1999	set_animation (object *op, int idx)
2000	CODE:
2001	SET_ANIMATION (op, idx);
2002
2003	int
2004	num_animations (object *op)
2005	CODE:
2006	RETVAL = NUM_ANIMATIONS (op);
2007	OUTPUT: RETVAL
2008		2014
2009	int slot_info (object *op, UV slot, int value = 0)	2015	int slot_info (object *op, UV slot, int value = 0)
2010	ALIAS:	2016	ALIAS:
2011	slot_used = 1	2017	slot_used = 1
2012	CODE:	2018	CODE:
…		…
2020	if (ix)	2026	if (ix)
2021	op->slot[slot].used = value;	2027	op->slot[slot].used = value;
2022	else	2028	else
2023	op->slot[slot].info = value;	2029	op->slot[slot].info = value;
2024	}	2030	}
2025	OUTPUT:	2031	OUTPUT: RETVAL
2026	RETVAL
2027		2032
2028	object find_best_object_match (object op, utf8_string match)	2033	object find_best_object_match (object op, utf8_string match)
2029		2034
2030	int apply_shop_mat (object shop_mat, object op);	2035	int apply_shop_mat (object shop_mat, object op);
2031		2036
2032	int move (object op, int dir, object originator = op)	2037	int move (object op, int dir, object originator = op)
2033	CODE:	2038	CODE:
2034	RETVAL = op->move (dir, originator);	2039	RETVAL = op->move (dir, originator);
2035	OUTPUT:	2040	OUTPUT: RETVAL
2036	RETVAL
2037		2041
2038	void apply_below (object *op)	2042	void apply_below (object *op)
2039	CODE:	2043	CODE:
2040	player_apply_below (op);	2044	player_apply_below (op);
2041		2045
…		…
2105	int convert_item (object item, object converter)	2109	int convert_item (object item, object converter)
2106		2110
2107	void fix_generated_item (object op, object creator, int difficulty, int max_magic, int flags);	2111	void fix_generated_item (object op, object creator, int difficulty, int max_magic, int flags);
2108		2112
2109	MODULE = cf PACKAGE = cf::object PREFIX = cf_	2113	MODULE = cf PACKAGE = cf::object PREFIX = cf_
2110
2111	# no clean way to get an object from an archetype - stupid idiotic
2112	# dumb kludgy misdesigned plug-in api slowly gets on my nerves.
2113		2114
2114	object *new (utf8_string archetype = 0)	2115	object *new (utf8_string archetype = 0)
2115	PROTOTYPE: ;$	2116	PROTOTYPE: ;$
2116	CODE:	2117	CODE:
2117	RETVAL = archetype ? get_archetype (archetype) : object::create ();	2118	RETVAL = archetype
		2119	? archetype::get (archetype)
		2120	: object::create ();
2118	OUTPUT:	2121	OUTPUT: RETVAL
2119	RETVAL
2120		2122
2121	object generate (utf8_string arch, object creator)	2123	object generate (utf8_string arch, object creator)
2122	CODE:	2124	CODE:
2123	object *obj = get_archetype (arch);	2125	object *obj = archetype::get (arch);
2124	fix_generated_item (obj, creator, 0, 0, GT_MINIMAL);	2126	fix_generated_item (obj, creator, 0, 0, GT_MINIMAL);
2125	RETVAL = obj;	2127	RETVAL = obj;
2126	OUTPUT:	2128	OUTPUT: RETVAL
2127	RETVAL
2128		2129
2129	object *find_object (U32 tag)	2130	object *find_object (U32 tag)
2130		2131
2131	object *find_object_uuid (UUID i)	2132	object *find_object_uuid (UUID i)
2132		2133
…		…
2138	RETVAL = insert_ob_in_map_at (ob, where, orig, flag, x, y);	2139	RETVAL = insert_ob_in_map_at (ob, where, orig, flag, x, y);
2139		2140
2140	if (RETVAL->destroyed ())	2141	if (RETVAL->destroyed ())
2141	RETVAL = 0;	2142	RETVAL = 0;
2142	}	2143	}
		2144	OUTPUT: RETVAL
2143		2145
2144	shstr	2146	shstr
2145	object::kv_get (shstr key)	2147	object::kv_get (shstr key)
		2148	CODE:
		2149	RETVAL = THIS->kv.get (key);
		2150	OUTPUT: RETVAL
2146		2151
2147	void	2152	void
2148	object::kv_del (shstr key)	2153	object::kv_del (shstr key)
		2154	CODE:
		2155	THIS->kv.del (key);
2149		2156
2150	void	2157	void
2151	object::kv_set (shstr key, shstr value)	2158	object::kv_set (shstr key, shstr value)
		2159	CODE:
		2160	THIS->kv.set (key, value);
2152		2161
2153	object get_nearest_player (object ob)	2162	object get_nearest_player (object ob)
2154	ALIAS: nearest_player = 0	2163	ALIAS: nearest_player = 0
2155	PREINIT:	2164	PREINIT:
2156	extern object get_nearest_player (object );	2165	extern object get_nearest_player (object );
…		…
2245	#d# TODO: replace by blocked_los accessor, fix code using this	2254	#d# TODO: replace by blocked_los accessor, fix code using this
2246	bool	2255	bool
2247	cell_visible (player *pl, int dx, int dy)	2256	cell_visible (player *pl, int dx, int dy)
2248	CODE:	2257	CODE:
2249	RETVAL = pl->blocked_los (dx, dy) != LOS_BLOCKED;	2258	RETVAL = pl->blocked_los (dx, dy) != LOS_BLOCKED;
2250	OUTPUT:	2259	OUTPUT: RETVAL
2251	RETVAL
2252		2260
2253	void	2261	void
2254	send (player pl, SV packet)	2262	send (player pl, SV packet)
2255	CODE:	2263	CODE:
2256	{	2264	{
…		…
2332	outdoor_darkness (int darkness = 0)	2340	outdoor_darkness (int darkness = 0)
2333	CODE:	2341	CODE:
2334	RETVAL = maptile::outdoor_darkness;	2342	RETVAL = maptile::outdoor_darkness;
2335	if (items)	2343	if (items)
2336	maptile::outdoor_darkness = darkness;	2344	maptile::outdoor_darkness = darkness;
2337	OUTPUT:	2345	OUTPUT: RETVAL
2338	RETVAL
2339		2346
2340	void	2347	void
2341	maptile::instantiate ()	2348	maptile::instantiate ()
2342		2349
2343	maptile *new ()	2350	maptile *new ()
2344	PROTOTYPE:	2351	PROTOTYPE:
2345	CODE:	2352	CODE:
2346	RETVAL = new maptile;	2353	RETVAL = new maptile;
2347	OUTPUT:	2354	OUTPUT: RETVAL
2348	RETVAL
2349		2355
2350	void	2356	void
2351	maptile::players ()	2357	maptile::players ()
2352	PPCODE:	2358	PPCODE:
2353	if (GIMME_V == G_SCALAR)	2359	if (GIMME_V == G_SCALAR)
…		…
2359	if (pl->ob && pl->ob->map == THIS)	2365	if (pl->ob && pl->ob->map == THIS)
2360	PUSHs (sv_2mortal (to_sv (pl->ob)));	2366	PUSHs (sv_2mortal (to_sv (pl->ob)));
2361	}	2367	}
2362		2368
2363	void	2369	void
		2370	maptile::gen_quadmap (int x, int y, int z)
		2371	CODE:
		2372	gen_quadmap (THIS, x * 50, y * 50, z);
		2373
		2374	void
2364	maptile::add_underlay (SV data, int offset, int stride, SV palette)	2375	maptile::add_underlay (SV data, int offset, int stride, SV palette)
2365	CODE:	2376	CODE:
2366	{	2377	{
2367	if (!SvROK (palette) \|\| SvTYPE (SvRV (palette)) != SVt_PVAV)	2378	if (!SvROK (palette) \|\| SvTYPE (SvRV (palette)) != SVt_PVAV)
2368	croak ("maptile::add_underlay: palette must be arrayref");	2379	croak ("maptile::add_underlay: palette must be arrayref");
2369		2380
2370	palette = SvRV (palette);	2381	palette = SvRV (palette);
2371		2382
2372	STRLEN idxlen;	2383	STRLEN idxlen;
2373	const uint8_t idx = (const uint8_t )SvPVbyte (data, idxlen);	2384	const uint8 idx = (const uint8 )SvPVbyte (data, idxlen);
2374		2385
2375	for (int x = 0; x < THIS->width; ++x)	2386	for (int x = 0; x < THIS->width; ++x)
2376	for (int y = 0; y < THIS->height; ++y)	2387	for (int y = 0; y < THIS->height; ++y)
2377	{	2388	{
2378	for (object *op = THIS->at (x, y).bot; op; op = op->above)	2389	for (object *op = THIS->at (x, y).bot; op; op = op->above)
…		…
2384		2395
2385	if (IN_RANGE_EXC (offs, 0, idxlen))	2396	if (IN_RANGE_EXC (offs, 0, idxlen))
2386	{	2397	{
2387	if (SV *elem = av_fetch ((AV )palette, idx [offs], 0))	2398	if (SV *elem = av_fetch ((AV )palette, idx [offs], 0))
2388	{	2399	{
2389	object ob = get_archetype (cfSvPVutf8_nolen (elem));	2400	object ob = archetype::get (cfSvPVutf8_nolen (elem));
2390	ob->flag [FLAG_NO_MAP_SAVE] = true;	2401	ob->flag [FLAG_NO_MAP_SAVE] = true;
2391	THIS->insert (ob, x, y, 0, INS_ABOVE_FLOOR_ONLY);	2402	THIS->insert (ob, x, y, 0, INS_ABOVE_FLOOR_ONLY);
2392		2403
2393	if (ob->randomitems && !ob->above)	2404	if (ob->randomitems && !ob->above)
2394	{	2405	{
…		…
2398	op->flag [FLAG_NO_MAP_SAVE] = true;	2409	op->flag [FLAG_NO_MAP_SAVE] = true;
2399	// TODO: if this is a pickable object, then the item	2410	// TODO: if this is a pickable object, then the item
2400	// will at a bit weird - saving inside the player	2411	// will at a bit weird - saving inside the player
2401	// will clear the flag, but when the player drops	2412	// will clear the flag, but when the player drops
2402	// it without logging out, it keeps the flag.	2413	// it without logging out, it keeps the flag.
2403	// nobody ahs reported this, but this can be rather	2414	// nobody has reported this, but this can be rather
2404	// annoying on persistent maps.	2415	// annoying on persistent maps.
2405	}	2416	}
2406	}	2417	}
2407	}	2418	}
2408	}	2419	}
2409
2410	skip: ;	2420	skip: ;
2411	}	2421	}
2412	}	2422	}
2413		2423
2414	void	2424	void
…		…
2419	croak ("maptile::set_regiondata: palette must be arrayref");	2429	croak ("maptile::set_regiondata: palette must be arrayref");
2420		2430
2421	palette = SvRV (palette);	2431	palette = SvRV (palette);
2422		2432
2423	STRLEN idxlen;	2433	STRLEN idxlen;
2424	const uint8_t idx = (const uint8_t )SvPVbyte (data, idxlen);	2434	const uint8 idx = (const uint8 )SvPVbyte (data, idxlen);
2425		2435
2426	region_ptr regionmap = new region_ptr [av_len ((AV )palette) + 1];	2436	region_ptr regionmap = new region_ptr [av_len ((AV )palette) + 1];
2427	uint8_t *regions = salloc<uint8_t> (THIS->size ());	2437	uint8 *regions = salloc<uint8_t> (THIS->size ());
2428		2438
2429	for (int i = av_len ((AV *)palette) + 1; i--; )	2439	for (int i = av_len ((AV *)palette) + 1; i--; )
2430	regionmap [i] = region::find (cfSvPVutf8_nolen (av_fetch ((AV )palette, i, 1)));	2440	regionmap [i] = region::find (cfSvPVutf8_nolen (av_fetch ((AV )palette, i, 1)));
2431		2441
2432	for (int y = 0; y < THIS->height; ++y)	2442	for (int y = 0; y < THIS->height; ++y)
…		…
2445	for (int x = 0; x < THIS->width; ++x)	2455	for (int x = 0; x < THIS->width; ++x)
2446	for (int y = 0; y < THIS->height; ++y)	2456	for (int y = 0; y < THIS->height; ++y)
2447	{	2457	{
2448	region *rgn = THIS->region (x, y);	2458	region *rgn = THIS->region (x, y);
2449		2459
2450	//fprintf (stderr, "%d,%d %f %p\n", x, y, rgn->treasure_density,rgn->treasure);//D
2451	if (object *op = THIS->at (x, y).top)	2460	if (object *op = THIS->at (x, y).top)
2452	if (rgn->treasure && rndm () < rgn->treasure_density)	2461	if (rgn->treasure && rndm () < rgn->treasure_density)
2453	create_treasure (rgn->treasure, op, GT_ENVIRONMENT, THIS->difficulty);	2462	create_treasure (rgn->treasure, op, GT_ENVIRONMENT, THIS->difficulty);
2454	}	2463	}
2455		2464
…		…
2485	if (!pos.move (dir).normalise ())	2494	if (!pos.move (dir).normalise ())
2486	XSRETURN_UNDEF;	2495	XSRETURN_UNDEF;
2487		2496
2488	RETVAL = &*pos;	2497	RETVAL = &*pos;
2489	}	2498	}
2490	OUTPUT:	2499	OUTPUT: RETVAL
2491	RETVAL
2492		2500
2493	void	2501	void
2494	at (maptile *map, unsigned int x, unsigned int y, int dir = 0)	2502	at (maptile *map, unsigned int x, unsigned int y, int dir = 0)
2495	PROTOTYPE: $$$;$	2503	PROTOTYPE: $$$;$
2496	PPCODE:	2504	PPCODE:
…		…
2534	}	2542	}
2535	OUTPUT: RETVAL	2543	OUTPUT: RETVAL
2536		2544
2537	# worst xs function of my life	2545	# worst xs function of my life
2538	bool	2546	bool
2539	_create_random_map (\	2547	_create_random_map (maptile self, SV options)
2540	maptile *self,\
2541	utf8_string wallstyle,\
2542	utf8_string wall_name,\
2543	utf8_string floorstyle,\
2544	utf8_string monsterstyle,\
2545	utf8_string treasurestyle,\
2546	utf8_string layoutstyle,\
2547	utf8_string doorstyle,\
2548	utf8_string decorstyle,\
2549	utf8_string miningstyle,\
2550	utf8_string origin_map,\
2551	utf8_string final_map,\
2552	utf8_string exitstyle,\
2553	utf8_string this_map,\
2554	utf8_string exit_on_final_map,\
2555	int xsize,\
2556	int ysize,\
2557	int expand2x,\
2558	int layoutoptions1,\
2559	int layoutoptions2,\
2560	int layoutoptions3,\
2561	int symmetry,\
2562	int difficulty,\
2563	int difficulty_given,\
2564	float difficulty_increase,\
2565	int dungeon_level,\
2566	int dungeon_depth,\
2567	int decoroptions,\
2568	int orientation,\
2569	int origin_y,\
2570	int origin_x,\
2571	U32 random_seed,\
2572	val64 total_map_hp,\
2573	int map_layout_style,\
2574	int treasureoptions,\
2575	int symmetry_used,\
2576	region *region,\
2577	utf8_string custom\
2578	)
2579	CODE:	2548	CODE:
2580	{	2549	{
2581	random_map_params rmp;	2550	random_map_params rmp ((HV *)SvRV (options));
2582
2583	assign (rmp.wallstyle , wallstyle);
2584	assign (rmp.wall_name , wall_name);
2585	assign (rmp.floorstyle , floorstyle);
2586	assign (rmp.monsterstyle , monsterstyle);
2587	assign (rmp.treasurestyle , treasurestyle);
2588	assign (rmp.layoutstyle , layoutstyle);
2589	assign (rmp.doorstyle , doorstyle);
2590	assign (rmp.decorstyle , decorstyle);
2591	assign (rmp.miningstyle , miningstyle);
2592	assign (rmp.exitstyle , exitstyle);
2593	assign (rmp.exit_on_final_map, exit_on_final_map);
2594
2595	rmp.origin_map = origin_map;
2596	rmp.final_map = final_map;
2597	rmp.this_map = this_map;
2598	rmp.xsize = xsize;
2599	rmp.ysize = ysize;
2600	rmp.expand2x = expand2x;
2601	rmp.layoutoptions1 = layoutoptions1;
2602	rmp.layoutoptions2 = layoutoptions2;
2603	rmp.layoutoptions3 = layoutoptions3;
2604	rmp.symmetry = symmetry;
2605	rmp.difficulty = difficulty;
2606	rmp.difficulty_given = difficulty_given;
2607	rmp.difficulty_increase = difficulty_increase;
2608	rmp.dungeon_level = dungeon_level;
2609	rmp.dungeon_depth = dungeon_depth;
2610	rmp.decoroptions = decoroptions;
2611	rmp.orientation = orientation;
2612	rmp.origin_y = origin_y;
2613	rmp.origin_x = origin_x;
2614	rmp.random_seed = random_seed;
2615	rmp.total_map_hp = (uint64_t) total_map_hp;
2616	rmp.map_layout_style = map_layout_style;
2617	rmp.treasureoptions = treasureoptions;
2618	rmp.symmetry_used = symmetry_used;
2619	rmp.region = region;
2620	rmp.custom = custom;
2621
2622	RETVAL = self->generate_random_map (&rmp);	2551	RETVAL = self->generate_random_map (&rmp);
2623	}	2552	}
2624	OUTPUT:	2553	OUTPUT: RETVAL
2625	RETVAL
2626		2554
2627	MODULE = cf PACKAGE = cf::mapspace	2555	MODULE = cf PACKAGE = cf::mapspace
2628		2556
2629	INCLUDE: $PERL $srcdir/genacc mapspace $srcdir/../include/map.h \|	2557	INCLUDE: $PERL $srcdir/genacc mapspace $srcdir/../include/map.h \|
2630		2558
…		…
2637		2565
2638	archetype *archetypes (U32 index)	2566	archetype *archetypes (U32 index)
2639	CODE:	2567	CODE:
2640	RETVAL = index < archetypes.size () ? archetypes [index] : 0;	2568	RETVAL = index < archetypes.size () ? archetypes [index] : 0;
2641	OUTPUT: RETVAL	2569	OUTPUT: RETVAL
		2570
		2571	int skillvec_size ()
		2572	CODE:
		2573	RETVAL = skillvec.size ();
		2574	OUTPUT: RETVAL
		2575
		2576	archetype *skillvec (U32 index)
		2577	CODE:
		2578	RETVAL = index < skillvec.size () ? (archetype )(object )skillvec [index] : 0;
		2579	OUTPUT: RETVAL
		2580
		2581	void
		2582	find_by_type (int type)
		2583	PPCODE:
		2584	for_all_archetypes (arch)
		2585	if (arch->type == type)
		2586	XPUSHs (sv_2mortal (to_sv (arch)));
2642		2587
2643	INCLUDE: $PERL $srcdir/genacc archetype $srcdir/../include/object.h \|	2588	INCLUDE: $PERL $srcdir/genacc archetype $srcdir/../include/object.h \|
2644		2589
2645	MODULE = cf PACKAGE = cf::party	2590	MODULE = cf PACKAGE = cf::party
2646		2591
…		…
2695	list ()	2640	list ()
2696	PPCODE:	2641	PPCODE:
2697	EXTEND (SP, clients.size ());	2642	EXTEND (SP, clients.size ());
2698	for (sockvec::iterator i = clients.begin (); i != clients.end (); ++i)	2643	for (sockvec::iterator i = clients.begin (); i != clients.end (); ++i)
2699	PUSHs (sv_2mortal (to_sv (*i)));	2644	PUSHs (sv_2mortal (to_sv (*i)));
		2645
		2646	STRLEN
		2647	client::inbuf_append (SV *data)
		2648	CODE:
		2649	{
		2650	STRLEN len;
		2651	char *ptr = SvPVbyte (data, len);
		2652
		2653	min_it (len, sizeof (THIS->inbuf) - THIS->inbuf_len);
		2654	memcpy (THIS->inbuf + THIS->inbuf_len, ptr, len);
		2655	THIS->inbuf_len += len;
		2656
		2657	THIS->inbuf_handle ();
		2658
		2659	RETVAL = len;
		2660	}
		2661	OUTPUT: RETVAL
2700		2662
2701	void	2663	void
2702	client::send_packet (SV *packet)	2664	client::send_packet (SV *packet)
2703	CODE:	2665	CODE:
2704	{	2666	{
…		…
2722	if (RETVAL)	2684	if (RETVAL)
2723	{	2685	{
2724	THIS->send_face (RETVAL, pri);	2686	THIS->send_face (RETVAL, pri);
2725	THIS->flush_fx ();	2687	THIS->flush_fx ();
2726	}	2688	}
2727	OUTPUT:	2689	OUTPUT: RETVAL
2728	RETVAL
2729		2690
2730	int	2691	int
2731	client::fx_want (int idx, int value = -1)	2692	client::fx_want (int idx, int value = -1)
2732	CODE:	2693	CODE:
2733	if (0 < idx && idx < FT_NUM)	2694	if (0 < idx && idx < FT_NUM)
…		…
2736	if (items > 2)	2697	if (items > 2)
2737	THIS->fx_want [idx] = value;	2698	THIS->fx_want [idx] = value;
2738	}	2699	}
2739	else	2700	else
2740	RETVAL = 0;	2701	RETVAL = 0;
2741	OUTPUT:	2702	OUTPUT: RETVAL
2742	RETVAL
2743		2703
2744	MODULE = cf PACKAGE = cf::sound PREFIX = sound_	2704	MODULE = cf PACKAGE = cf::sound PREFIX = sound_
2745		2705
2746	faceidx sound_find (utf8_string name)	2706	faceidx sound_find (utf8_string name)
2747		2707
…		…
2760	faceidx face_find (utf8_string name, faceidx defidx = 0)	2720	faceidx face_find (utf8_string name, faceidx defidx = 0)
2761		2721
2762	faceidx alloc (utf8_string name)	2722	faceidx alloc (utf8_string name)
2763	CODE:	2723	CODE:
2764	{	2724	{
2765	do	2725	RETVAL = face_alloc ();
2766	{
2767	RETVAL = faces.size ();
2768	faces.resize (RETVAL + 1);
2769	}
2770	while (!RETVAL); // crude way to leave index 0
2771		2726
2772	faces [RETVAL].name = name;	2727	faces [RETVAL].name = name;
2773	facehash.insert (std::make_pair (faces [RETVAL].name, RETVAL));	2728	facehash.insert (std::make_pair (faces [RETVAL].name, RETVAL));
2774		2729
2775	if (!strcmp (name, BLANK_FACE_NAME )) blank_face = RETVAL;	2730	if (!strcmp (name, BLANK_FACE_NAME )) blank_face = RETVAL;
2776	if (!strcmp (name, EMPTY_FACE_NAME )) empty_face = RETVAL;	2731	if (!strcmp (name, EMPTY_FACE_NAME )) empty_face = RETVAL;
2777	if (!strcmp (name, MAGICMOUTH_FACE_NAME)) magicmouth_face = RETVAL;	2732	if (!strcmp (name, MAGICMOUTH_FACE_NAME)) magicmouth_face = RETVAL;
2778	}	2733	}
		2734	OUTPUT: RETVAL
		2735
		2736	faceidx faces_size ()
		2737	CODE:
		2738	RETVAL = faces.size ();
2779	OUTPUT: RETVAL	2739	OUTPUT: RETVAL
2780		2740
2781	void set_type (faceidx idx, int value)	2741	void set_type (faceidx idx, int value)
2782	ALIAS:	2742	ALIAS:
2783	set_type = 0	2743	set_type = 0
…		…
2794	case 2: f->magicmap = value; break;	2754	case 2: f->magicmap = value; break;
2795	case 3: f->smooth = value; break;	2755	case 3: f->smooth = value; break;
2796	case 4: f->smoothlevel = value; break;	2756	case 4: f->smoothlevel = value; break;
2797	}	2757	}
2798		2758
2799	void set_data (faceidx idx, int faceset, SV data, SV chksum)	2759	void set_csum (faceidx idx, int faceset, SV *chksum)
2800	CODE:	2760	CODE:
2801	{	2761	{
2802	faceinfo *f = face_info (idx); assert (f);	2762	faceinfo *f = face_info (idx); assert (f);
2803	facedata *d = &(faceset ? f->data64 : f->data32);	2763	facedata *d = f->face + faceset;
2804	sv_to (data, d->data);
2805	STRLEN clen;	2764	STRLEN clen;
2806	char *cdata = SvPVbyte (chksum, clen);	2765	char *cdata = SvPVbyte (chksum, clen);
2807	clen = min (CHKSUM_MAXLEN, clen);
2808		2766
		2767	assert (("cf::face::set_data called with too long checksum", clen <= CHKSUM_MAXLEN));
2809	assert (("cf::face::set_data must be called with a non-empty checksum", clen));	2768	assert (("cf::face::set_data must be called with a non-empty checksum", clen));
2810		2769
2811	if (clen != d->chksum_len \|\| memcmp (d->chksum, cdata, clen))	2770	if (clen != d->chksum_len \|\| memcmp (d->chksum, cdata, clen))
2812	{	2771	{
2813	d->chksum_len = clen;	2772	d->chksum_len = clen;
2814	memcpy (d->chksum, cdata, clen);	2773	memcpy (d->chksum, cdata, clen);
2815		2774
2816	// invalidate existing client face info	2775	// invalidate existing client face info
2817	for_all_clients (ns)	2776	for_all_clients (ns)
2818	if (ns->faceset == faceset)	2777	ns->invalidate_face (idx);
2819	{
2820	ns->faces_sent [idx] = false;
2821	ns->force_newmap = true;
2822	}
2823	}	2778	}
2824	}	2779	}
2825		2780
2826	int get_data_size (faceidx idx, int faceset = 0)	2781	SV mangle_csum (SV chksum)
2827	CODE:	2782	CODE:
2828	facedata *d = face_data (idx, faceset);	2783	STRLEN len;
2829	if (!d) XSRETURN_UNDEF;	2784	char *data = SvPVbyte (chksum, len);
2830	RETVAL = d->data.size ();	2785	RETVAL = newSVpvn (data, min (len, CHKSUM_MAXLEN));
2831	OUTPUT:	2786	OUTPUT: RETVAL
2832	RETVAL
2833		2787
2834	SV *get_chksum (faceidx idx, int faceset = 0)	2788	SV *get_csum (faceidx idx, int faceset = 0)
2835	CODE:	2789	CODE:
2836	facedata *d = face_data (idx, faceset);	2790	facedata *d = face_data (idx, faceset);
2837	if (!d) XSRETURN_UNDEF;	2791	if (!d) XSRETURN_UNDEF;
2838	RETVAL = newSVpvn ((char *)d->chksum, d->chksum_len);	2792	RETVAL = newSVpvn ((char *)d->chksum, d->chksum_len);
2839	OUTPUT:	2793	OUTPUT: RETVAL
2840	RETVAL
2841		2794
2842	SV *get_data (faceidx idx, int faceset = 0)	2795	int get_type (faceidx idx)
2843	CODE:	2796	CODE:
2844	facedata *d = face_data (idx, faceset);	2797	faceinfo *f = face_info (idx);
2845	if (!d) XSRETURN_UNDEF;	2798	if (!f) XSRETURN_UNDEF;
2846	RETVAL = newSVpvn (d->data.data (), d->data.length ());	2799	RETVAL = f->type;
2847	OUTPUT:	2800	OUTPUT: RETVAL
2848	RETVAL	2801
		2802	SV *get_name (faceidx idx)
		2803	CODE:
		2804	faceinfo *f = face_info (idx);
		2805	if (!f) XSRETURN_UNDEF;
		2806	RETVAL = to_sv (f->name);
		2807	OUTPUT: RETVAL
2849		2808
2850	void invalidate (faceidx idx)	2809	void invalidate (faceidx idx)
2851	CODE:	2810	CODE:
2852	for_all_clients (ns)	2811	for_all_clients (ns)
2853	{	2812	ns->invalidate_face (idx);
2854	ns->faces_sent [idx] = false;
2855	ns->force_newmap = true;
2856	}
2857		2813
2858	void invalidate_all ()	2814	void invalidate_all ()
2859	CODE:	2815	CODE:
2860	for_all_clients (ns)	2816	for_all_clients (ns)
2861	{	2817	ns->invalidate_all_faces ();
2862	ns->faces_sent.reset ();
2863	ns->force_newmap = true;
2864	}
2865		2818
2866	MODULE = cf PACKAGE = cf::anim PREFIX = anim_	2819	MODULE = cf PACKAGE = cf::anim PREFIX = anim_
2867		2820
2868	#INCLUDE: $PERL $srcdir/genacc faceset $srcdir/../include/anim.h \|	2821	#INCLUDE: $PERL $srcdir/genacc faceset $srcdir/../include/anim.h \|
2869		2822
…		…
2873	OUTPUT: RETVAL	2826	OUTPUT: RETVAL
2874		2827
2875	animidx set (utf8_string name, SV *frames, int facings = 1)	2828	animidx set (utf8_string name, SV *frames, int facings = 1)
2876	CODE:	2829	CODE:
2877	{	2830	{
2878	if (!SvROK (frames) && SvTYPE (SvRV (frames)) != SVt_PVAV)	2831	if (!SvROK (frames) && SvTYPE (SvRV (frames)) != SVt_PVAV)
2879	croak ("frames must be an arrayref");	2832	croak ("frames must be an arrayref");
2880		2833
2881	AV av = (AV )SvRV (frames);	2834	AV av = (AV )SvRV (frames);
2882		2835
2883	animation *anim = &animation::find (name);	2836	animation *anim = &animation::find (name);
2884	if (anim->number)	2837	if (anim->number)
2885	{	2838	{
2886	anim->resize (av_len (av) + 1);	2839	anim->resize (av_len (av) + 1);
2887	anim->facings = facings;	2840	anim->facings = facings;
2888	}	2841	}
…		…
2923	bool	2876	bool
2924	errors_are_fatal (bool fatal)	2877	errors_are_fatal (bool fatal)
2925	CODE:	2878	CODE:
2926	RETVAL = object_thawer::errors_are_fatal;	2879	RETVAL = object_thawer::errors_are_fatal;
2927	object_thawer::errors_are_fatal = fatal;	2880	object_thawer::errors_are_fatal = fatal;
2928	OUTPUT:	2881	OUTPUT: RETVAL
2929	RETVAL
2930		2882
2931	SV *	2883	SV *
2932	new_from_file (char *klass, octet_string path)	2884	new_from_file (char *klass, octet_string path)
2933	CODE:	2885	CODE:
2934	object_thawer *f = new object_thawer (path);	2886	object_thawer *f = new object_thawer (path);
…		…
2960	XPUSHs (sv_2mortal (newSVpv_utf8 (self->get_str ())));	2912	XPUSHs (sv_2mortal (newSVpv_utf8 (self->get_str ())));
2961		2913
2962	self->skip ();	2914	self->skip ();
2963	}	2915	}
2964		2916
		2917	MODULE = cf PACKAGE = cf::treasurelist
		2918
		2919	# quick hack, because I didn't want to implement accessors for treasurelist.
		2920	# this asks for even more autogen, actually.
		2921
		2922	void
		2923	expand (treasurelist *list)
		2924	PPCODE:
		2925	EXTEND (SP, 3);
		2926	PUSHs (sv_2mortal (to_sv (list->name)));
		2927	PUSHs (sv_2mortal (to_sv (list->total_chance)));
		2928	AV *av = newAV ();
		2929	PUSHs (sv_2mortal (newRV_noinc ((SV *)av)));
		2930	for (treasure *item = list->items; item; item = item->next)
		2931	{
		2932	AV *iav = newAV ();
		2933	av_push (av, newRV_noinc ((SV *)iav));
		2934
		2935	av_extend (iav, 7);
		2936	av_push (iav, to_sv (item->item));
		2937	av_push (iav, to_sv (item->name));
		2938	av_push (iav, to_sv (item->change_arch.name));
		2939	av_push (iav, to_sv (item->change_arch.title));
		2940	av_push (iav, to_sv (item->change_arch.slaying));
		2941	av_push (iav, to_sv (item->chance));
		2942	av_push (iav, to_sv (item->nrof));
		2943	av_push (iav, to_sv (item->magic));
		2944	}
		2945
		2946	MODULE = cf PACKAGE = cf::layout
		2947
		2948	INCLUDE: $PERL $srcdir/genacc layout $srcdir/../include/rmg.h \|
		2949

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Comparing deliantra/server/server/cfperl.xs (file contents): Revision 1.384 by root, Fri Apr 30 21:00:40 2010 UTC vs. Revision 1.431 by root, Sat Dec 1 20:22:13 2018 UTC

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Comparing deliantra/server/server/cfperl.xs (file contents):
Revision 1.384 by root, Fri Apr 30 21:00:40 2010 UTC vs.
Revision 1.431 by root, Sat Dec 1 20:22:13 2018 UTC