[ViewVC] Diff of: cvs/Coro/Coro/State.xs

Comparing Coro/Coro/State.xs (file contents):
Revision 1.198 by root, Sun Oct 7 03:58:37 2007 UTC vs.
Revision 1.232 by root, Thu Apr 24 12:40:38 2008 UTC

…		…
10	#include "patchlevel.h"	10	#include "patchlevel.h"
11		11
12	#include <stdio.h>	12	#include <stdio.h>
13	#include <errno.h>	13	#include <errno.h>
14	#include <assert.h>	14	#include <assert.h>
		15
		16	#ifdef WIN32
		17	# undef setjmp
		18	# undef longjmp
		19	# undef _exit
		20	# define setjmp _setjmp // deep magic, don't ask
		21	#else
		22	# include <inttypes.h> /* most portable stdint.h */
		23	#endif
15		24
16	#ifdef HAVE_MMAP	25	#ifdef HAVE_MMAP
17	# include <unistd.h>	26	# include <unistd.h>
18	# include <sys/mman.h>	27	# include <sys/mman.h>
19	# ifndef MAP_ANONYMOUS	28	# ifndef MAP_ANONYMOUS
…		…
71	# ifndef IS_PADCONST	80	# ifndef IS_PADCONST
72	# define IS_PADCONST(v) 0	81	# define IS_PADCONST(v) 0
73	# endif	82	# endif
74	#endif	83	#endif
75		84
		85	/* 5.8.8 */
		86	#ifndef GV_NOTQUAL
		87	# define GV_NOTQUAL 0
		88	#endif
		89	#ifndef newSV
		90	# define newSV(l) NEWSV(0,l)
		91	#endif
		92
		93	/* 5.11 */
		94	#ifndef CxHASARGS
		95	# define CxHASARGS(cx) (cx)->blk_sub.hasargs
		96	#endif
		97
76	/* 5.8.7 */	98	/* 5.8.7 */
77	#ifndef SvRV_set	99	#ifndef SvRV_set
78	# define SvRV_set(s,v) SvRV(s) = (v)	100	# define SvRV_set(s,v) SvRV(s) = (v)
79	#endif
80
81	/* 5.8.8 */
82	#ifndef GV_NOTQUAL
83	# define GV_NOTQUAL 0
84	#endif
85	#ifndef newSV
86	# define newSV(l) NEWSV(0,l)
87	#endif	101	#endif
88		102
89	#if !__i386 && !__x86_64 && !__powerpc && !__m68k && !__alpha && !__mips && !__sparc64	103	#if !__i386 && !__x86_64 && !__powerpc && !__m68k && !__alpha && !__mips && !__sparc64
90	# undef CORO_STACKGUARD	104	# undef CORO_STACKGUARD
91	#endif	105	#endif
…		…
144	static size_t coro_stacksize = CORO_STACKSIZE;	158	static size_t coro_stacksize = CORO_STACKSIZE;
145	static struct CoroAPI coroapi;	159	static struct CoroAPI coroapi;
146	static AV main_mainstack; / used to differentiate between $main and others */	160	static AV main_mainstack; / used to differentiate between $main and others */
147	static JMPENV *main_top_env;	161	static JMPENV *main_top_env;
148	static HV coro_state_stash, coro_stash;	162	static HV coro_state_stash, coro_stash;
149	static SV coro_mortal; / will be freed after next transfer */	163	static volatile SV coro_mortal; / will be freed after next transfer */
150		164
151	static GV irsgv; / $/ */	165	static GV irsgv; / $/ */
152	static GV stdoutgv; / STDOUT /	166	static GV stdoutgv; / STDOUT /
		167	static SV *rv_diehook;
		168	static SV *rv_warnhook;
		169	static HV hv_sig; / %SIG */
153		170
154	/* async_pool helper stuff */	171	/* async_pool helper stuff */
155	static SV *sv_pool_rss;	172	static SV *sv_pool_rss;
156	static SV *sv_pool_size;	173	static SV *sv_pool_size;
157	static AV *av_async_pool;	174	static AV *av_async_pool;
…		…
215		232
216	/* process data */	233	/* process data */
217	AV *mainstack;	234	AV *mainstack;
218	perl_slots slot; / basically the saved sp */	235	perl_slots slot; / basically the saved sp */
219		236
220	/* data associated with this coroutine (initial args) */	237	AV args; / data associated with this coroutine (initial args) */
221	AV *args;	238	int refcnt; /* coroutines are refcounted, yes */
222	int refcnt;
223	int flags; /* CF_ flags */	239	int flags; /* CF_ flags */
		240	HV hv; / the perl hash associated with this coro, if any */
224		241
225	/* statistics */	242	/* statistics */
226	int usecount; /* number of transfers to this coro */	243	int usecount; /* number of transfers to this coro */
227		244
228	/* coro process data */	245	/* coro process data */
229	int prio;	246	int prio;
230	SV *throw;	247	SV throw; / exception to be thrown */
231		248
232	/* async_pool */	249	/* async_pool */
233	SV *saved_deffh;	250	SV *saved_deffh;
234		251
235	/* linked list */	252	/* linked list */
236	struct coro next, prev;	253	struct coro next, prev;
237	HV hv; / the perl hash associated with this coro, if any */
238	};	254	};
239		255
240	typedef struct coro *Coro__State;	256	typedef struct coro *Coro__State;
241	typedef struct coro *Coro__State_or_hashref;	257	typedef struct coro *Coro__State_or_hashref;
242		258
…		…
255	static int coro_nready;	271	static int coro_nready;
256	static struct coro *coro_first;	272	static struct coro *coro_first;
257		273
258	/ lowlevel stuff ********************************************************/	274	/ lowlevel stuff ********************************************************/
259		275
		276	static SV *
		277	coro_get_sv (pTHX_ const char *name, int create)
		278	{
		279	#if PERL_VERSION_ATLEAST (5,10,0)
		280	/* silence stupid and wrong 5.10 warning that I am unable to switch off */
		281	get_sv (name, create);
		282	#endif
		283	return get_sv (name, create);
		284	}
		285
		286	static AV *
		287	coro_get_av (pTHX_ const char *name, int create)
		288	{
		289	#if PERL_VERSION_ATLEAST (5,10,0)
		290	/* silence stupid and wrong 5.10 warning that I am unable to switch off */
		291	get_av (name, create);
		292	#endif
		293	return get_av (name, create);
		294	}
		295
		296	static HV *
		297	coro_get_hv (pTHX_ const char *name, int create)
		298	{
		299	#if PERL_VERSION_ATLEAST (5,10,0)
		300	/* silence stupid and wrong 5.10 warning that I am unable to switch off */
		301	get_hv (name, create);
		302	#endif
		303	return get_hv (name, create);
		304	}
		305
260	static AV *	306	static AV *
261	coro_clone_padlist (pTHX_ CV *cv)	307	coro_clone_padlist (pTHX_ CV *cv)
262	{	308	{
263	AV *padlist = CvPADLIST (cv);	309	AV *padlist = CvPADLIST (cv);
264	AV newpadlist, newpad;	310	AV newpadlist, newpad;
265		311
266	newpadlist = newAV ();	312	newpadlist = newAV ();
267	AvREAL_off (newpadlist);	313	AvREAL_off (newpadlist);
268	#if PERL_VERSION_ATLEAST (5,9,0)	314	#if PERL_VERSION_ATLEAST (5,10,0)
269	Perl_pad_push (aTHX_ padlist, AvFILLp (padlist) + 1);	315	Perl_pad_push (aTHX_ padlist, AvFILLp (padlist) + 1);
270	#else	316	#else
271	Perl_pad_push (aTHX_ padlist, AvFILLp (padlist) + 1, 1);	317	Perl_pad_push (aTHX_ padlist, AvFILLp (padlist) + 1, 1);
272	#endif	318	#endif
273	newpad = (AV *)AvARRAY (padlist)[AvFILLp (padlist)];	319	newpad = (AV *)AvARRAY (padlist)[AvFILLp (padlist)];
…		…
311		357
312	/* casting is fun. */	358	/* casting is fun. */
313	while (&PL_sv_undef != (SV )(padlist = (AV )av_pop (av)))	359	while (&PL_sv_undef != (SV )(padlist = (AV )av_pop (av)))
314	free_padlist (aTHX_ padlist);	360	free_padlist (aTHX_ padlist);
315		361
316	SvREFCNT_dec (av);
317
318	return 0;	362	return 0;
319	}	363	}
320		364
321	#define PERL_MAGIC_coro PERL_MAGIC_ext	365	#define CORO_MAGIC_type_cv PERL_MAGIC_ext
		366	#define CORO_MAGIC_type_state PERL_MAGIC_ext
322		367
323	static MGVTBL vtbl_coro = {0, 0, 0, 0, coro_cv_free};	368	static MGVTBL coro_cv_vtbl = {
		369	0, 0, 0, 0,
		370	coro_cv_free
		371	};
324		372
325	#define CORO_MAGIC(cv) \	373	#define CORO_MAGIC(sv,type) \
326	SvMAGIC (cv) \	374	SvMAGIC (sv) \
327	? SvMAGIC (cv)->mg_type == PERL_MAGIC_coro \	375	? SvMAGIC (sv)->mg_type == type \
328	? SvMAGIC (cv) \	376	? SvMAGIC (sv) \
329	: mg_find ((SV *)cv, PERL_MAGIC_coro) \	377	: mg_find (sv, type) \
330	: 0	378	: 0
		379
		380	#define CORO_MAGIC_cv(cv) CORO_MAGIC (((SV *)(cv)), CORO_MAGIC_type_cv)
		381	#define CORO_MAGIC_state(sv) CORO_MAGIC (((SV *)(sv)), CORO_MAGIC_type_state)
331		382
332	static struct coro *	383	static struct coro *
333	SvSTATE_ (pTHX_ SV *coro)	384	SvSTATE_ (pTHX_ SV *coro)
334	{	385	{
335	HV *stash;	386	HV *stash;
…		…
347	/* very slow, but rare, check */	398	/* very slow, but rare, check */
348	if (!sv_derived_from (sv_2mortal (newRV_inc (coro)), "Coro::State"))	399	if (!sv_derived_from (sv_2mortal (newRV_inc (coro)), "Coro::State"))
349	croak ("Coro::State object required");	400	croak ("Coro::State object required");
350	}	401	}
351		402
352	mg = CORO_MAGIC (coro);	403	mg = CORO_MAGIC_state (coro);
353	return (struct coro *)mg->mg_ptr;	404	return (struct coro *)mg->mg_ptr;
354	}	405	}
355		406
356	#define SvSTATE(sv) SvSTATE_ (aTHX_ (sv))	407	#define SvSTATE(sv) SvSTATE_ (aTHX_ (sv))
357		408
358	/* the next two functions merely cache the padlists */	409	/* the next two functions merely cache the padlists */
359	static void	410	static void
360	get_padlist (pTHX_ CV *cv)	411	get_padlist (pTHX_ CV *cv)
361	{	412	{
362	MAGIC *mg = CORO_MAGIC (cv);	413	MAGIC *mg = CORO_MAGIC_cv (cv);
363	AV *av;	414	AV *av;
364		415
365	if (expect_true (mg && AvFILLp ((av = (AV *)mg->mg_obj)) >= 0))	416	if (expect_true (mg && AvFILLp ((av = (AV *)mg->mg_obj)) >= 0))
366	CvPADLIST (cv) = (AV *)AvARRAY (av)[AvFILLp (av)--];	417	CvPADLIST (cv) = (AV *)AvARRAY (av)[AvFILLp (av)--];
367	else	418	else
…		…
379	}	430	}
380		431
381	static void	432	static void
382	put_padlist (pTHX_ CV *cv)	433	put_padlist (pTHX_ CV *cv)
383	{	434	{
384	MAGIC *mg = CORO_MAGIC (cv);	435	MAGIC *mg = CORO_MAGIC_cv (cv);
385	AV *av;	436	AV *av;
386		437
387	if (expect_false (!mg))	438	if (expect_false (!mg))
388	{	439	mg = sv_magicext ((SV )cv, (SV )newAV (), CORO_MAGIC_type_cv, &coro_cv_vtbl, 0, 0);
389	sv_magic ((SV *)cv, 0, PERL_MAGIC_coro, 0, 0);
390	mg = mg_find ((SV *)cv, PERL_MAGIC_coro);
391	mg->mg_virtual = &vtbl_coro;
392	mg->mg_obj = (SV *)newAV ();
393	}
394		440
395	av = (AV *)mg->mg_obj;	441	av = (AV *)mg->mg_obj;
396		442
397	if (expect_false (AvFILLp (av) >= AvMAX (av)))	443	if (expect_false (AvFILLp (av) >= AvMAX (av)))
398	av_extend (av, AvMAX (av) + 1);	444	av_extend (av, AvMAX (av) + 1);
…		…
485		531
486	PUTBACK;	532	PUTBACK;
487	}	533	}
488		534
489	/* allocate some space on the context stack for our purposes */	535	/* allocate some space on the context stack for our purposes */
		536	/* we manually unroll here, as usually 2 slots is enough */
		537	if (SLOT_COUNT >= 1) CXINC;
		538	if (SLOT_COUNT >= 2) CXINC;
		539	if (SLOT_COUNT >= 3) CXINC;
490	{	540	{
491	/* we manually unroll here, as usually 2 slots is enough */
492	int i;	541	int i;
493	if (SLOT_COUNT >= 1) CXINC;
494	if (SLOT_COUNT >= 2) CXINC;
495	if (SLOT_COUNT >= 3) CXINC;
496	for (i = 3; i < SLOT_COUNT; ++i)	542	for (i = 3; i < SLOT_COUNT; ++i)
497	CXINC;	543	CXINC;
498
499	cxstack_ix -= SLOT_COUNT; /* undo allocation */
500	}	544	}
		545	cxstack_ix -= SLOT_COUNT; /* undo allocation */
501		546
502	c->mainstack = PL_mainstack;	547	c->mainstack = PL_mainstack;
503		548
504	{	549	{
505	perl_slots slot = c->slot = (perl_slots )(cxstack + cxstack_ix + 1);	550	perl_slots slot = c->slot = (perl_slots )(cxstack + cxstack_ix + 1);
…		…
555		600
556	New(54,PL_savestack,24,ANY);	601	New(54,PL_savestack,24,ANY);
557	PL_savestack_ix = 0;	602	PL_savestack_ix = 0;
558	PL_savestack_max = 24;	603	PL_savestack_max = 24;
559		604
560	#if !PERL_VERSION_ATLEAST (5,9,0)	605	#if !PERL_VERSION_ATLEAST (5,10,0)
561	New(54,PL_retstack,4,OP*);	606	New(54,PL_retstack,4,OP*);
562	PL_retstack_ix = 0;	607	PL_retstack_ix = 0;
563	PL_retstack_max = 4;	608	PL_retstack_max = 4;
564	#endif	609	#endif
565	}	610	}
…		…
588		633
589	Safefree (PL_tmps_stack);	634	Safefree (PL_tmps_stack);
590	Safefree (PL_markstack);	635	Safefree (PL_markstack);
591	Safefree (PL_scopestack);	636	Safefree (PL_scopestack);
592	Safefree (PL_savestack);	637	Safefree (PL_savestack);
593	#if !PERL_VERSION_ATLEAST (5,9,0)	638	#if !PERL_VERSION_ATLEAST (5,10,0)
594	Safefree (PL_retstack);	639	Safefree (PL_retstack);
595	#endif	640	#endif
596	}	641	}
597		642
598	static size_t	643	static size_t
…		…
622	rss += slot->tmps_max * sizeof (SV *);	667	rss += slot->tmps_max * sizeof (SV *);
623	rss += (slot->markstack_max - slot->markstack_ptr) * sizeof (I32);	668	rss += (slot->markstack_max - slot->markstack_ptr) * sizeof (I32);
624	rss += slot->scopestack_max * sizeof (I32);	669	rss += slot->scopestack_max * sizeof (I32);
625	rss += slot->savestack_max * sizeof (ANY);	670	rss += slot->savestack_max * sizeof (ANY);
626		671
627	#if !PERL_VERSION_ATLEAST (5,9,0)	672	#if !PERL_VERSION_ATLEAST (5,10,0)
628	rss += slot->retstack_max * sizeof (OP *);	673	rss += slot->retstack_max * sizeof (OP *);
629	#endif	674	#endif
630	}	675	}
631		676
632	return rss;	677	return rss;
633	}	678	}
634		679
635	/ coroutine stack handling **********************************************/	680	/ coroutine stack handling **********************************************/
		681
		682	static int (orig_sigelem_get) (pTHX_ SV sv, MAGIC *mg);
		683	static int (orig_sigelem_set) (pTHX_ SV sv, MAGIC *mg);
		684
		685	/*
		686	* This overrides the default magic get method of %SIG elements.
		687	* The original one doesn't provide for reading back of PL_diehook/PL_warnhook
		688	* and instead of tryign to save and restore the hash elements, we just provide
		689	* readback here.
		690	* We only do this when the hook is != 0, as they are often set to 0 temporarily,
		691	* not expecting this to actually change the hook. This is a potential problem
		692	* when a schedule happens then, but we ignore this.
		693	*/
		694	static int
		695	coro_sigelem_get (pTHX_ SV sv, MAGIC mg)
		696	{
		697	const char *s = MgPV_nolen_const (mg);
		698
		699	if (*s == '_')
		700	{
		701	if (strEQ (s, "__DIE__" ) && PL_diehook ) return sv_setsv (sv, PL_diehook ), 0;
		702	if (strEQ (s, "__WARN__") && PL_warnhook) return sv_setsv (sv, PL_warnhook), 0;
		703	}
		704
		705	return orig_sigelem_get ? orig_sigelem_get (aTHX_ sv, mg) : 0;
		706	}
		707
		708	static int
		709	coro_sigelem_set (pTHX_ SV sv, MAGIC mg)
		710	{
		711	const char *s = MgPV_nolen_const (mg);
		712
		713	if (*s == '_')
		714	{
		715	SV **svp = 0;
		716
		717	if (strEQ (s, "__DIE__" )) svp = &PL_diehook;
		718	if (strEQ (s, "__WARN__")) svp = &PL_warnhook;
		719
		720	if (svp)
		721	{
		722	SV old = svp;
		723	*svp = newSVsv (sv);
		724	SvREFCNT_dec (old);
		725	return 0;
		726	}
		727	}
		728
		729	return orig_sigelem_set ? orig_sigelem_set (aTHX_ sv, mg) : 0;
		730	}
636		731
637	static void	732	static void
638	coro_setup (pTHX_ struct coro *coro)	733	coro_setup (pTHX_ struct coro *coro)
639	{	734	{
640	/*	735	/*
…		…
649	PL_curpm = 0;	744	PL_curpm = 0;
650	PL_curpad = 0;	745	PL_curpad = 0;
651	PL_localizing = 0;	746	PL_localizing = 0;
652	PL_dirty = 0;	747	PL_dirty = 0;
653	PL_restartop = 0;	748	PL_restartop = 0;
654	PL_diehook = 0;	749	#if PERL_VERSION_ATLEAST (5,10,0)
655	PL_warnhook = 0;	750	PL_parser = 0;
		751	#endif
		752
		753	/* recreate the die/warn hooks */
		754	PL_diehook = 0; SvSetMagicSV (*hv_fetch (hv_sig, "__DIE__" , sizeof ("__DIE__" ) - 1, 1), rv_diehook );
		755	PL_warnhook = 0; SvSetMagicSV (*hv_fetch (hv_sig, "__WARN__", sizeof ("__WARN__") - 1, 1), rv_warnhook);
656		756
657	GvSV (PL_defgv) = newSV (0);	757	GvSV (PL_defgv) = newSV (0);
658	GvAV (PL_defgv) = coro->args; coro->args = 0;	758	GvAV (PL_defgv) = coro->args; coro->args = 0;
659	GvSV (PL_errgv) = newSV (0);	759	GvSV (PL_errgv) = newSV (0);
660	GvSV (irsgv) = newSVpvn ("\n", 1); sv_magic (GvSV (irsgv), (SV *)irsgv, PERL_MAGIC_sv, "/", 0);	760	GvSV (irsgv) = newSVpvn ("\n", 1); sv_magic (GvSV (irsgv), (SV *)irsgv, PERL_MAGIC_sv, "/", 0);
…		…
675	PL_op = (OP *)&myop;	775	PL_op = (OP *)&myop;
676	PL_op = PL_ppaddr[OP_ENTERSUB](aTHX);	776	PL_op = PL_ppaddr[OP_ENTERSUB](aTHX);
677	SPAGAIN;	777	SPAGAIN;
678	}	778	}
679		779
680	ENTER; /* necessary e.g. for dounwind and to balance the xsub-entersub */	780	/* this newly created coroutine might be run on an existing cctx which most
		781	* likely was suspended in set_stacklevel, called from entersub.
		782	* set_stacklevl doesn't do anything on return, but entersub does LEAVE,
		783	* so we ENTER here for symmetry
		784	*/
		785	ENTER;
681	}	786	}
682		787
683	static void	788	static void
684	coro_destroy (pTHX_ struct coro *coro)	789	coro_destroy (pTHX_ struct coro *coro)
685	{	790	{
…		…
806	SAVETMPS;	911	SAVETMPS;
807	EXTEND (SP, 3);	912	EXTEND (SP, 3);
808	PUSHMARK (SP);	913	PUSHMARK (SP);
809	PUSHs (&PL_sv_yes);	914	PUSHs (&PL_sv_yes);
810	PUSHs (fullname);	915	PUSHs (fullname);
811	PUSHs (cx->blk_sub.hasargs ? sv_2mortal (newRV_inc ((SV *)cx->blk_sub.argarray)) : &PL_sv_undef);	916	PUSHs (CxHASARGS (cx) ? sv_2mortal (newRV_inc ((SV *)cx->blk_sub.argarray)) : &PL_sv_undef);
812	PUTBACK;	917	PUTBACK;
813	cb = hv_fetch ((HV *)SvRV (coro_current), "_trace_sub_cb", sizeof ("_trace_sub_cb") - 1, 0);	918	cb = hv_fetch ((HV *)SvRV (coro_current), "_trace_sub_cb", sizeof ("_trace_sub_cb") - 1, 0);
814	if (cb) call_sv (*cb, G_KEEPERR \| G_EVAL \| G_VOID \| G_DISCARD);	919	if (cb) call_sv (*cb, G_KEEPERR \| G_EVAL \| G_VOID \| G_DISCARD);
815	SPAGAIN;	920	SPAGAIN;
816	FREETMPS;	921	FREETMPS;
…		…
852		957
853	/* inject a fake call to Coro::State::_cctx_init into the execution */	958	/* inject a fake call to Coro::State::_cctx_init into the execution */
854	/* _cctx_init should be careful, as it could be called at almost any time */	959	/* _cctx_init should be careful, as it could be called at almost any time */
855	/* during execution of a perl program */	960	/* during execution of a perl program */
856	static void NOINLINE	961	static void NOINLINE
857	prepare_cctx (pTHX_ coro_cctx *cctx)	962	cctx_prepare (pTHX_ coro_cctx *cctx)
858	{	963	{
859	dSP;	964	dSP;
860	LOGOP myop;	965	LOGOP myop;
861		966
862	PL_top_env = &PL_start_env;	967	PL_top_env = &PL_start_env;
…		…
880		985
881	/*	986	/*
882	* this is a _very_ stripped down perl interpreter ;)	987	* this is a _very_ stripped down perl interpreter ;)
883	*/	988	*/
884	static void	989	static void
885	coro_run (void *arg)	990	cctx_run (void *arg)
886	{	991	{
887	dTHX;	992	dTHX;
888		993
889	/* coro_run is the alternative tail of transfer(), so unlock here. */	994	/* cctx_run is the alternative tail of transfer(), so unlock here. */
890	UNLOCK;	995	UNLOCK;
891		996
892	/* we now skip the entersub that lead to transfer() */	997	/* we now skip the entersub that lead to transfer() */
893	PL_op = PL_op->op_next;	998	PL_op = PL_op->op_next;
894		999
895	/* inject a fake subroutine call to cctx_init */	1000	/* inject a fake subroutine call to cctx_init */
896	prepare_cctx (aTHX_ (coro_cctx *)arg);	1001	cctx_prepare (aTHX_ (coro_cctx *)arg);
897		1002
898	/* somebody or something will hit me for both perl_run and PL_restartop */	1003	/* somebody or something will hit me for both perl_run and PL_restartop */
899	PL_restartop = PL_op;	1004	PL_restartop = PL_op;
900	perl_run (PL_curinterp);	1005	perl_run (PL_curinterp);
901		1006
…		…
920	++cctx_count;	1025	++cctx_count;
921		1026
922	Newz (0, cctx, 1, coro_cctx);	1027	Newz (0, cctx, 1, coro_cctx);
923		1028
924	#if HAVE_MMAP	1029	#if HAVE_MMAP
925
926	cctx->ssize = ((coro_stacksize * sizeof (long) + PAGESIZE - 1) / PAGESIZE + CORO_STACKGUARD) * PAGESIZE;	1030	cctx->ssize = ((coro_stacksize * sizeof (long) + PAGESIZE - 1) / PAGESIZE + CORO_STACKGUARD) * PAGESIZE;
927	/* mmap supposedly does allocate-on-write for us */	1031	/* mmap supposedly does allocate-on-write for us */
928	cctx->sptr = mmap (0, cctx->ssize, PROT_EXEC\|PROT_READ\|PROT_WRITE, MAP_PRIVATE\|MAP_ANONYMOUS, 0, 0);	1032	cctx->sptr = mmap (0, cctx->ssize, PROT_EXEC\|PROT_READ\|PROT_WRITE, MAP_PRIVATE\|MAP_ANONYMOUS, 0, 0);
929		1033
930	if (cctx->sptr != (void *)-1)	1034	if (cctx->sptr != (void *)-1)
…		…
951	stack_start = cctx->sptr;	1055	stack_start = cctx->sptr;
952	stack_size = cctx->ssize;	1056	stack_size = cctx->ssize;
953	}	1057	}
954		1058
955	REGISTER_STACK (cctx, (char )stack_start, (char )stack_start + stack_size);	1059	REGISTER_STACK (cctx, (char )stack_start, (char )stack_start + stack_size);
956	coro_create (&cctx->cctx, coro_run, (void *)cctx, stack_start, stack_size);	1060	coro_create (&cctx->cctx, cctx_run, (void *)cctx, stack_start, stack_size);
957		1061
958	return cctx;	1062	return cctx;
959	}	1063	}
960		1064
961	static void	1065	static void
…		…
1033	croak ("Coro::State::transfer called with running next Coro::State, but can only transfer to inactive states");	1137	croak ("Coro::State::transfer called with running next Coro::State, but can only transfer to inactive states");
1034		1138
1035	if (expect_false (next->flags & CF_DESTROYED))	1139	if (expect_false (next->flags & CF_DESTROYED))
1036	croak ("Coro::State::transfer called with destroyed next Coro::State, but can only transfer to inactive states");	1140	croak ("Coro::State::transfer called with destroyed next Coro::State, but can only transfer to inactive states");
1037		1141
1038	if (
1039	#if PERL_VERSION_ATLEAST (5,9,0)	1142	#if !PERL_VERSION_ATLEAST (5,10,0)
1040	expect_false (PL_parser)
1041	#else
1042	expect_false (PL_lex_state != LEX_NOTPARSING)	1143	if (expect_false (PL_lex_state != LEX_NOTPARSING))
1043	#endif
1044	)
1045	croak ("Coro::State::transfer called while parsing, but this is not supported");	1144	croak ("Coro::State::transfer called while parsing, but this is not supported in your perl version");
		1145	#endif
1046	}	1146	}
1047	}	1147	}
1048		1148
1049	/* always use the TRANSFER macro */	1149	/* always use the TRANSFER macro */
1050	static void NOINLINE	1150	static void NOINLINE
1051	transfer (pTHX_ struct coro prev, struct coro next)	1151	transfer (pTHX_ struct coro prev, struct coro next, int force_cctx)
1052	{	1152	{
1053	dSTACKLEVEL;	1153	dSTACKLEVEL;
		1154	static volatile int has_throw;
1054		1155
1055	/* sometimes transfer is only called to set idle_sp */	1156	/* sometimes transfer is only called to set idle_sp */
1056	if (expect_false (!next))	1157	if (expect_false (!next))
1057	{	1158	{
1058	((coro_cctx *)prev)->idle_sp = STACKLEVEL;	1159	((coro_cctx *)prev)->idle_sp = STACKLEVEL;
…		…
1073	prev->flags &= ~CF_RUNNING;	1174	prev->flags &= ~CF_RUNNING;
1074	next->flags \|= CF_RUNNING;	1175	next->flags \|= CF_RUNNING;
1075		1176
1076	LOCK;	1177	LOCK;
1077		1178
		1179	/* first get rid of the old state */
		1180	save_perl (aTHX_ prev);
		1181
1078	if (expect_false (next->flags & CF_NEW))	1182	if (expect_false (next->flags & CF_NEW))
1079	{	1183	{
1080	/* need to start coroutine */	1184	/* need to start coroutine */
1081	next->flags &= ~CF_NEW;	1185	next->flags &= ~CF_NEW;
1082	/* first get rid of the old state */
1083	save_perl (aTHX_ prev);
1084	/* setup coroutine call */	1186	/* setup coroutine call */
1085	coro_setup (aTHX_ next);	1187	coro_setup (aTHX_ next);
1086	}	1188	}
1087	else	1189	else
1088	{
1089	/* coroutine already started */
1090	save_perl (aTHX_ prev);
1091	load_perl (aTHX_ next);	1190	load_perl (aTHX_ next);
1092	}
1093		1191
1094	prev__cctx = prev->cctx;	1192	prev__cctx = prev->cctx;
1095		1193
1096	/* possibly "free" the cctx */	1194	/* possibly "free" the cctx */
1097	if (expect_true (prev__cctx->idle_sp == STACKLEVEL && !(prev__cctx->flags & CC_TRACE)))	1195	if (expect_true (
		1196	prev__cctx->idle_sp == STACKLEVEL
		1197	&& !(prev__cctx->flags & CC_TRACE)
		1198	&& !force_cctx
		1199	))
1098	{	1200	{
1099	/* I assume that STACKLEVEL is a stronger indicator than PL_top_env changes */	1201	/* I assume that STACKLEVEL is a stronger indicator than PL_top_env changes */
1100	assert (("ERROR: current top_env must equal previous top_env", PL_top_env == prev__cctx->idle_te));	1202	assert (("ERROR: current top_env must equal previous top_env", PL_top_env == prev__cctx->idle_te));
1101		1203
1102	prev->cctx = 0;	1204	prev->cctx = 0;
1103		1205
1104	/* if the cctx is about to be destroyed we need to make sure we won't see it in cctx_get */	1206	/* if the cctx is about to be destroyed we need to make sure we won't see it in cctx_get */
1105	/* without this the next cctx_get might destroy the prev__cctx while still in use */	1207	/* without this the next cctx_get might destroy the prev__cctx while still in use */
1106	if (expect_false (CCTX_EXPIRED (prev__cctx)))	1208	if (expect_false (CCTX_EXPIRED (prev__cctx)))
		1209	if (!next->cctx)
1107	next->cctx = cctx_get (aTHX);	1210	next->cctx = cctx_get (aTHX);
1108		1211
1109	cctx_put (prev__cctx);	1212	cctx_put (prev__cctx);
1110	}	1213	}
1111		1214
1112	++next->usecount;	1215	++next->usecount;
1113		1216
1114	if (expect_true (!next->cctx))	1217	if (expect_true (!next->cctx))
1115	next->cctx = cctx_get (aTHX);	1218	next->cctx = cctx_get (aTHX);
		1219
		1220	has_throw = !!next->throw;
1116		1221
1117	if (expect_false (prev__cctx != next->cctx))	1222	if (expect_false (prev__cctx != next->cctx))
1118	{	1223	{
1119	prev__cctx->top_env = PL_top_env;	1224	prev__cctx->top_env = PL_top_env;
1120	PL_top_env = next->cctx->top_env;	1225	PL_top_env = next->cctx->top_env;
…		…
1122	}	1227	}
1123		1228
1124	free_coro_mortal (aTHX);	1229	free_coro_mortal (aTHX);
1125	UNLOCK;	1230	UNLOCK;
1126		1231
1127	if (expect_false (prev->throw \|\| next->throw))	1232	if (expect_false (has_throw))
1128	{	1233	{
1129	struct coro *coro = SvSTATE (coro_current);	1234	struct coro *coro = SvSTATE (coro_current);
1130		1235
1131	if (coro->throw)	1236	if (coro->throw)
1132	{	1237	{
…		…
1142	struct transfer_args	1247	struct transfer_args
1143	{	1248	{
1144	struct coro prev, next;	1249	struct coro prev, next;
1145	};	1250	};
1146		1251
1147	#define TRANSFER(ta) transfer (aTHX_ (ta).prev, (ta).next)	1252	#define TRANSFER(ta, force_cctx) transfer (aTHX_ (ta).prev, (ta).next, (force_cctx))
1148	#define TRANSFER_CHECK(ta) transfer_check (aTHX_ (ta).prev, (ta).next)	1253	#define TRANSFER_CHECK(ta) transfer_check (aTHX_ (ta).prev, (ta).next)
1149		1254
1150	/ high level stuff ******************************************************/	1255	/ high level stuff ******************************************************/
1151		1256
1152	static int	1257	static int
…		…
1246	{	1351	{
1247	dTHX;	1352	dTHX;
1248	struct transfer_args ta;	1353	struct transfer_args ta;
1249		1354
1250	prepare_transfer (aTHX_ &ta, prev_sv, next_sv);	1355	prepare_transfer (aTHX_ &ta, prev_sv, next_sv);
1251	TRANSFER (ta);	1356	TRANSFER (ta, 1);
1252	}	1357	}
1253		1358
1254	/ Coro ******************************************************************/	1359	/ Coro ******************************************************************/
1255		1360
1256	static void	1361	static void
…		…
1258	{	1363	{
1259	av_push (coro_ready [SvSTATE (coro_sv)->prio - PRIO_MIN], coro_sv);	1364	av_push (coro_ready [SvSTATE (coro_sv)->prio - PRIO_MIN], coro_sv);
1260	}	1365	}
1261		1366
1262	static SV *	1367	static SV *
1263	coro_deq (pTHX_ int min_prio)	1368	coro_deq (pTHX)
1264	{	1369	{
1265	int prio = PRIO_MAX - PRIO_MIN;	1370	int prio;
1266		1371
1267	min_prio -= PRIO_MIN;
1268	if (min_prio < 0)
1269	min_prio = 0;
1270
1271	for (prio = PRIO_MAX - PRIO_MIN + 1; --prio >= min_prio; )	1372	for (prio = PRIO_MAX - PRIO_MIN + 1; --prio >= 0; )
1272	if (AvFILLp (coro_ready [prio]) >= 0)	1373	if (AvFILLp (coro_ready [prio]) >= 0)
1273	return av_shift (coro_ready [prio]);	1374	return av_shift (coro_ready [prio]);
1274		1375
1275	return 0;	1376	return 0;
1276	}	1377	}
…		…
1312	SV prev_sv, next_sv;	1413	SV prev_sv, next_sv;
1313		1414
1314	for (;;)	1415	for (;;)
1315	{	1416	{
1316	LOCK;	1417	LOCK;
1317	next_sv = coro_deq (aTHX_ PRIO_MIN);	1418	next_sv = coro_deq (aTHX);
1318		1419
1319	/* nothing to schedule: call the idle handler */	1420	/* nothing to schedule: call the idle handler */
1320	if (expect_false (!next_sv))	1421	if (expect_false (!next_sv))
1321	{	1422	{
1322	dSP;	1423	dSP;
…		…
1326	SAVETMPS;	1427	SAVETMPS;
1327		1428
1328	PUSHMARK (SP);	1429	PUSHMARK (SP);
1329	PUTBACK;	1430	PUTBACK;
1330	call_sv (get_sv ("Coro::idle", FALSE), G_DISCARD);	1431	call_sv (get_sv ("Coro::idle", FALSE), G_DISCARD);
		1432	SPAGAIN;
1331		1433
1332	FREETMPS;	1434	FREETMPS;
1333	LEAVE;	1435	LEAVE;
1334	continue;	1436	continue;
1335	}	1437	}
…		…
1390	{	1492	{
1391	dTHX;	1493	dTHX;
1392	struct transfer_args ta;	1494	struct transfer_args ta;
1393		1495
1394	prepare_schedule (aTHX_ &ta);	1496	prepare_schedule (aTHX_ &ta);
1395	TRANSFER (ta);	1497	TRANSFER (ta, 1);
1396	}	1498	}
1397		1499
1398	static int	1500	static int
1399	api_cede (void)	1501	api_cede (void)
1400	{	1502	{
…		…
1403		1505
1404	prepare_cede (aTHX_ &ta);	1506	prepare_cede (aTHX_ &ta);
1405		1507
1406	if (expect_true (ta.prev != ta.next))	1508	if (expect_true (ta.prev != ta.next))
1407	{	1509	{
1408	TRANSFER (ta);	1510	TRANSFER (ta, 1);
1409	return 1;	1511	return 1;
1410	}	1512	}
1411	else	1513	else
1412	return 0;	1514	return 0;
1413	}	1515	}
…		…
1418	dTHX;	1520	dTHX;
1419	struct transfer_args ta;	1521	struct transfer_args ta;
1420		1522
1421	if (prepare_cede_notself (aTHX_ &ta))	1523	if (prepare_cede_notself (aTHX_ &ta))
1422	{	1524	{
1423	TRANSFER (ta);	1525	TRANSFER (ta, 1);
1424	return 1;	1526	return 1;
1425	}	1527	}
1426	else	1528	else
1427	return 0;	1529	return 0;
1428	}	1530	}
…		…
1465	BOOT_PAGESIZE;	1567	BOOT_PAGESIZE;
1466		1568
1467	irsgv = gv_fetchpv ("/" , GV_ADD\|GV_NOTQUAL, SVt_PV);	1569	irsgv = gv_fetchpv ("/" , GV_ADD\|GV_NOTQUAL, SVt_PV);
1468	stdoutgv = gv_fetchpv ("STDOUT", GV_ADD\|GV_NOTQUAL, SVt_PVIO);	1570	stdoutgv = gv_fetchpv ("STDOUT", GV_ADD\|GV_NOTQUAL, SVt_PVIO);
1469		1571
		1572	orig_sigelem_get = PL_vtbl_sigelem.svt_get;
		1573	PL_vtbl_sigelem.svt_get = coro_sigelem_get;
		1574	orig_sigelem_set = PL_vtbl_sigelem.svt_set;
		1575	PL_vtbl_sigelem.svt_set = coro_sigelem_set;
		1576
		1577	hv_sig = coro_get_hv (aTHX_ "SIG", TRUE);
		1578	rv_diehook = newRV_inc ((SV *)gv_fetchpv ("Coro::State::diehook" , 0, SVt_PVCV));
		1579	rv_warnhook = newRV_inc ((SV *)gv_fetchpv ("Coro::State::warnhook", 0, SVt_PVCV));
		1580
1470	coro_state_stash = gv_stashpv ("Coro::State", TRUE);	1581	coro_state_stash = gv_stashpv ("Coro::State", TRUE);
1471		1582
1472	newCONSTSUB (coro_state_stash, "CC_TRACE" , newSViv (CC_TRACE));	1583	newCONSTSUB (coro_state_stash, "CC_TRACE" , newSViv (CC_TRACE));
1473	newCONSTSUB (coro_state_stash, "CC_TRACE_SUB" , newSViv (CC_TRACE_SUB));	1584	newCONSTSUB (coro_state_stash, "CC_TRACE_SUB" , newSViv (CC_TRACE_SUB));
1474	newCONSTSUB (coro_state_stash, "CC_TRACE_LINE", newSViv (CC_TRACE_LINE));	1585	newCONSTSUB (coro_state_stash, "CC_TRACE_LINE", newSViv (CC_TRACE_LINE));
…		…
1479		1590
1480	while (main_top_env->je_prev)	1591	while (main_top_env->je_prev)
1481	main_top_env = main_top_env->je_prev;	1592	main_top_env = main_top_env->je_prev;
1482		1593
1483	coroapi.ver = CORO_API_VERSION;	1594	coroapi.ver = CORO_API_VERSION;
		1595	coroapi.rev = CORO_API_REVISION;
1484	coroapi.transfer = api_transfer;	1596	coroapi.transfer = api_transfer;
1485		1597
1486	assert (("PRIO_NORMAL must be 0", !PRIO_NORMAL));	1598	assert (("PRIO_NORMAL must be 0", !PRIO_NORMAL));
1487	}	1599	}
1488		1600
1489	SV *	1601	SV *
1490	new (char *klass, ...)	1602	new (char *klass, ...)
1491	CODE:	1603	CODE:
1492	{	1604	{
1493	struct coro *coro;	1605	struct coro *coro;
		1606	MAGIC *mg;
1494	HV *hv;	1607	HV *hv;
1495	int i;	1608	int i;
1496		1609
1497	Newz (0, coro, 1, struct coro);	1610	Newz (0, coro, 1, struct coro);
1498	coro->args = newAV ();	1611	coro->args = newAV ();
…		…
1501	if (coro_first) coro_first->prev = coro;	1614	if (coro_first) coro_first->prev = coro;
1502	coro->next = coro_first;	1615	coro->next = coro_first;
1503	coro_first = coro;	1616	coro_first = coro;
1504		1617
1505	coro->hv = hv = newHV ();	1618	coro->hv = hv = newHV ();
1506	sv_magicext ((SV )hv, 0, PERL_MAGIC_ext, &coro_state_vtbl, (char )coro, 0)->mg_flags \|= MGf_DUP;	1619	mg = sv_magicext ((SV )hv, 0, CORO_MAGIC_type_state, &coro_state_vtbl, (char )coro, 0);
		1620	mg->mg_flags \|= MGf_DUP;
1507	RETVAL = sv_bless (newRV_noinc ((SV *)hv), gv_stashpv (klass, 1));	1621	RETVAL = sv_bless (newRV_noinc ((SV *)hv), gv_stashpv (klass, 1));
1508		1622
1509	av_extend (coro->args, items - 1);	1623	av_extend (coro->args, items - 1);
1510	for (i = 1; i < items; i++)	1624	for (i = 1; i < items; i++)
1511	av_push (coro->args, newSVsv (ST (i)));	1625	av_push (coro->args, newSVsv (ST (i)));
…		…
1525	Coro::cede_notself = 4	1639	Coro::cede_notself = 4
1526	CODE:	1640	CODE:
1527	{	1641	{
1528	struct transfer_args ta;	1642	struct transfer_args ta;
1529		1643
		1644	PUTBACK;
1530	switch (ix)	1645	switch (ix)
1531	{	1646	{
1532	case 0:	1647	case 0:
1533	ta.prev = (struct coro )INT2PTR (coro_cctx , SvIV (ST (0)));	1648	ta.prev = (struct coro )INT2PTR (coro_cctx , SvIV (ST (0)));
1534	ta.next = 0;	1649	ta.next = 0;
…		…
1553	if (!prepare_cede_notself (aTHX_ &ta))	1668	if (!prepare_cede_notself (aTHX_ &ta))
1554	XSRETURN_EMPTY;	1669	XSRETURN_EMPTY;
1555		1670
1556	break;	1671	break;
1557	}	1672	}
		1673	SPAGAIN;
1558		1674
1559	BARRIER;	1675	BARRIER;
		1676	PUTBACK;
1560	TRANSFER (ta);	1677	TRANSFER (ta, 0);
1561		1678	SPAGAIN; /* might be the sp of a different coroutine now */
1562	if (expect_false (GIMME_V != G_VOID && ta.next != ta.prev))	1679	/* be extra careful not to ever do anything after TRANSFER */
1563	XSRETURN_YES;
1564	}	1680	}
1565		1681
1566	bool	1682	bool
1567	_destroy (SV *coro_sv)	1683	_destroy (SV *coro_sv)
1568	CODE:	1684	CODE:
…		…
1620	{	1736	{
1621	struct coro temp;	1737	struct coro temp;
1622		1738
1623	if (!(coro->flags & CF_RUNNING))	1739	if (!(coro->flags & CF_RUNNING))
1624	{	1740	{
		1741	PUTBACK;
1625	save_perl (aTHX_ &temp);	1742	save_perl (aTHX_ &temp);
1626	load_perl (aTHX_ coro);	1743	load_perl (aTHX_ coro);
1627	}	1744	}
1628		1745
1629	{	1746	{
1630	dSP;	1747	dSP;
1631	ENTER;	1748	ENTER;
1632	SAVETMPS;	1749	SAVETMPS;
		1750	PUTBACK;
		1751	PUSHSTACK;
1633	PUSHMARK (SP);	1752	PUSHMARK (SP);
1634	PUTBACK;
1635		1753
1636	if (ix)	1754	if (ix)
1637	eval_sv (coderef, 0);	1755	eval_sv (coderef, 0);
1638	else	1756	else
1639	call_sv (coderef, G_KEEPERR \| G_EVAL \| G_VOID \| G_DISCARD);	1757	call_sv (coderef, G_KEEPERR \| G_EVAL \| G_VOID \| G_DISCARD);
1640		1758
		1759	POPSTACK;
1641	SPAGAIN;	1760	SPAGAIN;
1642	FREETMPS;	1761	FREETMPS;
1643	LEAVE;	1762	LEAVE;
1644	PUTBACK;	1763	PUTBACK;
1645	}	1764	}
1646		1765
1647	if (!(coro->flags & CF_RUNNING))	1766	if (!(coro->flags & CF_RUNNING))
1648	{	1767	{
1649	save_perl (aTHX_ coro);	1768	save_perl (aTHX_ coro);
1650	load_perl (aTHX_ &temp);	1769	load_perl (aTHX_ &temp);
		1770	SPAGAIN;
1651	}	1771	}
1652	}	1772	}
1653	}	1773	}
1654		1774
1655	SV *	1775	SV *
…		…
1696	case 1: RETVAL = coro->usecount; break;	1816	case 1: RETVAL = coro->usecount; break;
1697	}	1817	}
1698	OUTPUT:	1818	OUTPUT:
1699	RETVAL	1819	RETVAL
1700		1820
		1821	void
		1822	force_cctx ()
		1823	CODE:
		1824	struct coro *coro = SvSTATE (coro_current);
		1825	coro->cctx->idle_sp = 0;
1701		1826
1702	MODULE = Coro::State PACKAGE = Coro	1827	MODULE = Coro::State PACKAGE = Coro
1703		1828
1704	BOOT:	1829	BOOT:
1705	{	1830	{
1706	int i;	1831	int i;
1707		1832
1708	sv_pool_rss = get_sv ("Coro::POOL_RSS" , TRUE);	1833	sv_pool_rss = coro_get_sv (aTHX_ "Coro::POOL_RSS" , TRUE);
1709	get_sv ("Coro::POOL_RSS" , TRUE); /* silence stupid 5.10 warning */
1710	sv_pool_size = get_sv ("Coro::POOL_SIZE" , TRUE);	1834	sv_pool_size = coro_get_sv (aTHX_ "Coro::POOL_SIZE" , TRUE);
1711	get_sv ("Coro::POOL_SIZE" , TRUE); /* silence stupid 5.10 warning */
1712	av_async_pool = get_av ("Coro::async_pool", TRUE);	1835	av_async_pool = coro_get_av (aTHX_ "Coro::async_pool", TRUE);
1713	get_av ("Coro::async_pool", TRUE); /* silence stupid 5.10 warning */
1714		1836
1715	coro_current = get_sv ("Coro::current", FALSE);	1837	coro_current = coro_get_sv (aTHX_ "Coro::current", FALSE);
1716	SvREADONLY_on (coro_current);	1838	SvREADONLY_on (coro_current);
1717		1839
1718	coro_stash = gv_stashpv ("Coro", TRUE);	1840	coro_stash = gv_stashpv ("Coro", TRUE);
1719		1841
1720	newCONSTSUB (coro_stash, "PRIO_MAX", newSViv (PRIO_MAX));	1842	newCONSTSUB (coro_stash, "PRIO_MAX", newSViv (PRIO_MAX));
…		…
1795	PROTOTYPE: $;$	1917	PROTOTYPE: $;$
1796	CODE:	1918	CODE:
1797	SvREFCNT_dec (self->throw);	1919	SvREFCNT_dec (self->throw);
1798	self->throw = SvOK (throw) ? newSVsv (throw) : 0;	1920	self->throw = SvOK (throw) ? newSVsv (throw) : 0;
1799		1921
		1922	void
		1923	swap_defsv (Coro::State self)
		1924	PROTOTYPE: $
		1925	ALIAS:
		1926	swap_defav = 1
		1927	CODE:
		1928	if (!self->slot)
		1929	croak ("cannot swap state with coroutine that has no saved state");
		1930	else
		1931	{
		1932	SV src = ix ? (SV )&GvAV (PL_defgv) : &GvSV (PL_defgv);
		1933	SV dst = ix ? (SV )&self->slot->defav : (SV **)&self->slot->defsv;
		1934
		1935	SV tmp = src; src = dst; *dst = tmp;
		1936	}
		1937
1800	# for async_pool speedup	1938	# for async_pool speedup
1801	void	1939	void
1802	_pool_1 (SV *cb)	1940	_pool_1 (SV *cb)
1803	CODE:	1941	CODE:
1804	{	1942	{
…		…
1808	SV *invoke = hv_delete (hv, "_invoke", sizeof ("_invoke") - 1, 0);	1946	SV *invoke = hv_delete (hv, "_invoke", sizeof ("_invoke") - 1, 0);
1809	AV *invoke_av;	1947	AV *invoke_av;
1810	int i, len;	1948	int i, len;
1811		1949
1812	if (!invoke)	1950	if (!invoke)
		1951	{
		1952	SvREFCNT_dec (PL_diehook); PL_diehook = 0;
1813	croak ("\3async_pool terminate\2\n");	1953	croak ("\3async_pool terminate\2\n");
		1954	}
1814		1955
1815	SvREFCNT_dec (coro->saved_deffh);	1956	SvREFCNT_dec (coro->saved_deffh);
1816	coro->saved_deffh = SvREFCNT_inc ((SV *)PL_defoutgv);	1957	coro->saved_deffh = SvREFCNT_inc ((SV *)PL_defoutgv);
1817		1958
1818	hv_store (hv, "desc", sizeof ("desc") - 1,	1959	hv_store (hv, "desc", sizeof ("desc") - 1,
…		…
1844	SvREFCNT_dec ((SV )PL_defoutgv); PL_defoutgv = (GV )coro->saved_deffh;	1985	SvREFCNT_dec ((SV )PL_defoutgv); PL_defoutgv = (GV )coro->saved_deffh;
1845	coro->saved_deffh = 0;	1986	coro->saved_deffh = 0;
1846		1987
1847	if (coro_rss (aTHX_ coro) > SvIV (sv_pool_rss)	1988	if (coro_rss (aTHX_ coro) > SvIV (sv_pool_rss)
1848	\|\| av_len (av_async_pool) + 1 >= SvIV (sv_pool_size))	1989	\|\| av_len (av_async_pool) + 1 >= SvIV (sv_pool_size))
		1990	{
		1991	SvREFCNT_dec (PL_diehook); PL_diehook = 0;
1849	croak ("\3async_pool terminate\2\n");	1992	croak ("\3async_pool terminate\2\n");
		1993	}
1850		1994
1851	av_clear (GvAV (PL_defgv));	1995	av_clear (GvAV (PL_defgv));
1852	hv_store ((HV *)SvRV (coro_current), "desc", sizeof ("desc") - 1,	1996	hv_store ((HV *)SvRV (coro_current), "desc", sizeof ("desc") - 1,
1853	newSVpvn ("[async_pool idle]", sizeof ("[async_pool idle]") - 1), 0);	1997	newSVpvn ("[async_pool idle]", sizeof ("[async_pool idle]") - 1), 0);
1854		1998

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Comparing Coro/Coro/State.xs (file contents): Revision 1.198 by root, Sun Oct 7 03:58:37 2007 UTC vs. Revision 1.232 by root, Thu Apr 24 12:40:38 2008 UTC

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Comparing Coro/Coro/State.xs (file contents):
Revision 1.198 by root, Sun Oct 7 03:58:37 2007 UTC vs.
Revision 1.232 by root, Thu Apr 24 12:40:38 2008 UTC