[ViewVC] Diff of: cvs/cvsroot/microscheme/scheme.c

Comparing cvsroot/microscheme/scheme.c (file contents):
Revision 1.63 by root, Wed Dec 2 12:16:24 2015 UTC vs.
Revision 1.66 by root, Mon Dec 7 18:10:57 2015 UTC

…		…
16	* (MINISCM) This is a revised and modified version by Akira KIDA.	16	* (MINISCM) This is a revised and modified version by Akira KIDA.
17	* (MINISCM) current version is 0.85k4 (15 May 1994)	17	* (MINISCM) current version is 0.85k4 (15 May 1994)
18	*	18	*
19	*/	19	*/
20		20
21	#define _GNU_SOURCE 1
22	#define _POSIX_C_SOURCE 200201	21	#define _POSIX_C_SOURCE 200201
23	#define _XOPEN_SOURCE 600	22	#define _XOPEN_SOURCE 600
24		23	#define _GNU_SOURCE 1 /* for malloc mremap */
25		24
26	#define SCHEME_SOURCE	25	#define SCHEME_SOURCE
27	#include "scheme-private.h"	26	#include "scheme-private.h"
28	#ifndef WIN32	27	#ifndef WIN32
29	# include <unistd.h>	28	# include <unistd.h>
…		…
220	T_FOREIGN,	219	T_FOREIGN,
221	T_PORT,	220	T_PORT,
222	T_VECTOR,	221	T_VECTOR,
223	T_PROMISE,	222	T_PROMISE,
224	T_ENVIRONMENT,	223	T_ENVIRONMENT,
		224	T_SPECIAL, // #t, #f, '(), eof-object
225		225
226	T_NUM_SYSTEM_TYPES	226	T_NUM_SYSTEM_TYPES
227	};	227	};
228		228
229	#define T_MASKTYPE 0x000f	229	#define T_MASKTYPE 0x001f
230	#define T_SYNTAX 0x0010	230	#define T_SYNTAX 0x0020
231	#define T_IMMUTABLE 0x0020	231	#define T_IMMUTABLE 0x0040
232	#define T_ATOM 0x0040 /* only for gc */	232	#define T_ATOM 0x0080 /* only for gc */
233	#define T_MARK 0x0080 /* only for gc */	233	//#define T_MARK 0x0080 /* only for gc */
234		234
235	/* num, for generic arithmetic */	235	/* num, for generic arithmetic */
236	struct num	236	struct num
237	{	237	{
238	IVALUE ivalue;	238	IVALUE ivalue;
…		…
384		384
385	static pointer cadar (pointer p) { return car (cdr (car (p))); }	385	static pointer cadar (pointer p) { return car (cdr (car (p))); }
386	static pointer caddr (pointer p) { return car (cdr (cdr (p))); }	386	static pointer caddr (pointer p) { return car (cdr (cdr (p))); }
387	static pointer cdaar (pointer p) { return cdr (car (car (p))); }	387	static pointer cdaar (pointer p) { return cdr (car (car (p))); }
388		388
		389	static pointer cadddr (pointer p) { return car (car (car (cdr (p)))); }
		390
389	INTERFACE void	391	INTERFACE void
390	set_car (pointer p, pointer q)	392	set_car (pointer p, pointer q)
391	{	393	{
392	CELL(p)->object.cons.car = CELL (q);	394	CELL(p)->object.cons.car = CELL (q);
393	}	395	}
…		…
509		511
510	#define is_atom(p) (typeflag (p) & T_ATOM)	512	#define is_atom(p) (typeflag (p) & T_ATOM)
511	#define setatom(p) set_typeflag ((p), typeflag (p) \| T_ATOM)	513	#define setatom(p) set_typeflag ((p), typeflag (p) \| T_ATOM)
512	#define clratom(p) set_typeflag ((p), typeflag (p) & ~T_ATOM)	514	#define clratom(p) set_typeflag ((p), typeflag (p) & ~T_ATOM)
513		515
		516	#if 1
		517	#define is_mark(p) (CELL(p)->mark)
		518	#define setmark(p) (CELL(p)->mark = 1)
		519	#define clrmark(p) (CELL(p)->mark = 0)
		520	#else
514	#define is_mark(p) (typeflag (p) & T_MARK)	521	#define is_mark(p) (typeflag (p) & T_MARK)
515	#define setmark(p) set_typeflag ((p), typeflag (p) \| T_MARK)	522	#define setmark(p) set_typeflag ((p), typeflag (p) \| T_MARK)
516	#define clrmark(p) set_typeflag ((p), typeflag (p) & ~T_MARK)	523	#define clrmark(p) set_typeflag ((p), typeflag (p) & ~T_MARK)
		524	#endif
517		525
518	INTERFACE int	526	INTERFACE int
519	is_immutable (pointer p)	527	is_immutable (pointer p)
520	{	528	{
521	return typeflag (p) & T_IMMUTABLE && USE_ERROR_CHECKING;	529	return typeflag (p) & T_IMMUTABLE && USE_ERROR_CHECKING;
…		…
927	last = newp + segsize - 1;	935	last = newp + segsize - 1;
928		936
929	for (p = newp; p <= last; p++)	937	for (p = newp; p <= last; p++)
930	{	938	{
931	pointer cp = POINTER (p);	939	pointer cp = POINTER (p);
		940	clrmark (cp);
932	set_typeflag (cp, T_PAIR);	941	set_typeflag (cp, T_PAIR);
933	set_car (cp, NIL);	942	set_car (cp, NIL);
934	set_cdr (cp, POINTER (p + 1));	943	set_cdr (cp, POINTER (p + 1));
935	}	944	}
936		945
…		…
2937	/* ========== Evaluation Cycle ========== */	2946	/* ========== Evaluation Cycle ========== */
2938		2947
2939	ecb_cold static int	2948	ecb_cold static int
2940	xError_1 (SCHEME_P_ const char *s, pointer a)	2949	xError_1 (SCHEME_P_ const char *s, pointer a)
2941	{	2950	{
2942	#if USE_ERROR_HOOK
2943	pointer x;
2944	pointer hdl = SCHEME_V->ERROR_HOOK;
2945	#endif
2946
2947	#if USE_PRINTF	2951	#if USE_PRINTF
2948	#if SHOW_ERROR_LINE	2952	#if SHOW_ERROR_LINE
2949	char sbuf[STRBUFFSIZE];	2953	char sbuf[STRBUFFSIZE];
2950		2954
2951	/* make sure error is not in REPL */	2955	/* make sure error is not in REPL */
…		…
2966	}	2970	}
2967	#endif	2971	#endif
2968	#endif	2972	#endif
2969		2973
2970	#if USE_ERROR_HOOK	2974	#if USE_ERROR_HOOK
2971	x = find_slot_in_env (SCHEME_A_ SCHEME_V->envir, hdl, 1);	2975	pointer x = find_slot_in_env (SCHEME_A_ SCHEME_V->envir, SCHEME_V->ERROR_HOOK, 1);
2972		2976
2973	if (x != NIL)	2977	if (x != NIL)
2974	{	2978	{
2975	pointer code = a	2979	pointer code = a
2976	? cons (cons (SCHEME_V->QUOTE, cons (a, NIL)), NIL)	2980	? cons (cons (SCHEME_V->QUOTE, cons (a, NIL)), NIL)
…		…
3220		3224
3221	#define s_retbool(tf) s_return ((tf) ? S_T : S_F)	3225	#define s_retbool(tf) s_return ((tf) ? S_T : S_F)
3222		3226
3223	#if EXPERIMENT	3227	#if EXPERIMENT
3224		3228
3225	typedef void *stream[1];
3226
3227	#define stream_init() { 0 }
3228
3229	ecb_cold static void
3230	stream_put (void **s, uint8_t byte)
3231	{
3232	uint32_t sp = s;
3233	uint32_t size = sizeof (uint32_t) * 2;
3234	uint32_t offs = size;
3235
3236	if (ecb_expect_true (sp))
3237	{
3238	offs = sp[0];
3239	size = sp[1];
3240	}
3241
3242	if (ecb_expect_false (offs == size))
3243	{
3244	size *= 2;
3245	sp = realloc (sp, size);
3246	*s = sp;
3247	sp[1] = size;
3248
3249	}
3250
3251	((uint8_t *)sp)[offs++] = byte;
3252	sp[0] = offs;
3253	}
3254
3255	#define stream_data(s) ((char )(s)[0] + sizeof (uint32_t) 2)
3256	#define stream_size(s) (((uint32_t )(s)[0])[0] - sizeof (uint32_t) 2)
3257	#define stream_free(s) free (s[0])
3258
3259	// calculates a (preferably small) integer that makes it possible to find
3260	// the symbol again. if pointers were offsets into a memory area... until
3261	// then, we return segment number in the low bits, and offset in the high
3262	// bits
3263	static uint32_t
3264	symbol_id (SCHEME_P_ pointer sym)
3265	{
3266	struct cell *p = CELL (sym);
3267	int i;
3268
3269	for (i = SCHEME_V->last_cell_seg; i >= 0; --i)
3270	if (SCHEME_V->cell_seg[i] <= p && p < SCHEME_V->cell_seg[i] + SCHEME_V->cell_segsize[i])
3271	{
3272	printf ("seg %d ofs %d/%d\n",i,(p - SCHEME_V->cell_seg[i]),SCHEME_V->cell_segsize[i]);//D
3273	return i \| ((p - SCHEME_V->cell_seg[i]) << CELL_NSEGMENT_LOG);
3274	}
3275
3276	abort ();
3277	}
3278
3279	static void
3280	compile (SCHEME_P_ stream s, pointer x)
3281	{
3282	if (x == NIL)
3283	{
3284	stream_put (s, 0);
3285	return;
3286	}
3287
3288	if (is_syntax (x))
3289	{
3290	stream_put (s, 1);
3291	stream_put (s, syntaxnum (x));
3292	return;
3293	}
3294
3295	switch (type (x))
3296	{
3297	case T_INTEGER:
3298	stream_put (s, 2);
3299	stream_put (s, 0);
3300	stream_put (s, 0);
3301	stream_put (s, 0);
3302	stream_put (s, 0);
3303	return;
3304
3305	case T_SYMBOL:
3306	{
3307	uint32_t sym = symbol_id (SCHEME_A_ x);
3308	printf ("sym %x\n", sym);//D
3309
3310	stream_put (s, 3);
3311
3312	while (sym > 0x7f)
3313	{
3314	stream_put (s, sym \| 0x80);
3315	sym >>= 8;
3316	}
3317
3318	stream_put (s, sym);
3319	}
3320	return;
3321
3322	case T_PAIR:
3323	stream_put (s, 4);
3324	while (x != NIL)
3325	{
3326	compile (SCHEME_A_ s, car (x));
3327	x = cdr (x);
3328	}
3329	stream_put (s, 0xff);
3330	return;
3331
3332	default:
3333	stream_put (s, 5);
3334	stream_put (s, type (x));
3335	stream_put (s, 0);
3336	stream_put (s, 0);
3337	stream_put (s, 0);
3338	stream_put (s, 0);
3339	break;
3340	}
3341	}
3342
3343	static int
3344	compile_closure (SCHEME_P_ pointer p)
3345	{
3346	stream s = stream_init ();
3347
3348	printatom (SCHEME_A_ p, 1);//D
3349	compile (SCHEME_A_ s, car (p));
3350
3351	FILE *xxd = popen ("xxd", "we");
3352	fwrite (stream_data (s), 1, stream_size (s), xxd);
3353	fclose (xxd);
3354
3355	return stream_size (s);
3356	}
3357
3358	static int	3229	static int
3359	dtree (SCHEME_P_ int indent, pointer x)	3230	dtree (SCHEME_P_ int indent, pointer x)
3360	{	3231	{
3361	int c;	3232	int c;
3362		3233
…		…
3408	default:	3279	default:
3409	printf ("unhandled type %d\n", type (x));	3280	printf ("unhandled type %d\n", type (x));
3410	break;	3281	break;
3411	}	3282	}
3412	}	3283	}
		3284
		3285	#define DUMP(t) do { printf ("DUMP %s:%d\n", __FILE__, __LINE__); dtree (SCHEME_A_ 0, (t)); } while (0)
		3286
		3287	typedef void *stream[1];
		3288
		3289	#define stream_init() { 0 }
		3290	#define stream_data(s) ((char )(s)[0] + sizeof (uint32_t) 2)
		3291	#define stream_size(s) (((uint32_t )(s)[0])[0] - sizeof (uint32_t) 2)
		3292	#define stream_free(s) free (s[0])
		3293
		3294	ecb_cold static void
		3295	stream_put (stream s, uint8_t byte)
		3296	{
		3297	uint32_t sp = s;
		3298	uint32_t size = sizeof (uint32_t) * 2;
		3299	uint32_t offs = size;
		3300
		3301	if (ecb_expect_true (sp))
		3302	{
		3303	offs = sp[0];
		3304	size = sp[1];
		3305	}
		3306
		3307	if (ecb_expect_false (offs == size))
		3308	{
		3309	size *= 2;
		3310	sp = realloc (sp, size);
		3311	*s = sp;
		3312	sp[1] = size;
		3313
		3314	}
		3315
		3316	((uint8_t *)sp)[offs++] = byte;
		3317	sp[0] = offs;
		3318	}
		3319
		3320	ecb_cold static void
		3321	stream_put_v (stream s, uint32_t v)
		3322	{
		3323	while (v > 0x7f)
		3324	{
		3325	stream_put (s, v \| 0x80);
		3326	v >>= 7;
		3327	}
		3328
		3329	stream_put (s, v);
		3330	}
		3331
		3332	ecb_cold static void
		3333	stream_put_tv (stream s, int bop, uint32_t v)
		3334	{
		3335	printf ("put tv %d %d\n", bop, v);//D
		3336	stream_put (s, bop);
		3337	stream_put_v (s, v);
		3338	}
		3339
		3340	ecb_cold static void
		3341	stream_put_stream (stream s, stream o)
		3342	{
		3343	uint32_t i;
		3344
		3345	for (i = 0; i < stream_size (o); ++i)
		3346	stream_put (s, stream_data (o)[i]);
		3347
		3348	stream_free (o);
		3349	}
		3350
		3351	ecb_cold static uint32_t
		3352	cell_id (SCHEME_P_ pointer x)
		3353	{
		3354	struct cell *p = CELL (x);
		3355	int i;
		3356
		3357	for (i = SCHEME_V->last_cell_seg; i >= 0; --i)
		3358	if (SCHEME_V->cell_seg[i] <= p && p < SCHEME_V->cell_seg[i] + SCHEME_V->cell_segsize[i])
		3359	return i \| ((p - SCHEME_V->cell_seg[i]) << CELL_NSEGMENT_LOG);
		3360
		3361	abort ();
		3362	}
		3363
		3364	// calculates a (preferably small) integer that makes it possible to find
		3365	// the symbol again. if pointers were offsets into a memory area... until
		3366	// then, we return segment number in the low bits, and offset in the high
		3367	// bits.
		3368	// also, this function must never return 0.
		3369	ecb_cold static uint32_t
		3370	symbol_id (SCHEME_P_ pointer sym)
		3371	{
		3372	return cell_id (SCHEME_A_ sym);
		3373	}
		3374
		3375	enum byteop
		3376	{
		3377	BOP_NIL,
		3378	BOP_INTEGER,
		3379	BOP_SYMBOL,
		3380	BOP_DATUM,
		3381	BOP_LIST_BEG,
		3382	BOP_LIST_END,
		3383	BOP_IF,
		3384	BOP_AND,
		3385	BOP_OR,
		3386	BOP_CASE,
		3387	BOP_COND,
		3388	BOP_LET,
		3389	BOP_LETAST,
		3390	BOP_LETREC,
		3391	BOP_DEFINE,
		3392	BOP_MACRO,
		3393	BOP_SET,
		3394	BOP_BEGIN,
		3395	BOP_LAMBDA,
		3396	BOP_OP,
		3397	};
		3398
		3399	ecb_cold static void compile_expr (SCHEME_P_ stream s, pointer x);
		3400
		3401	ecb_cold static void
		3402	compile_list (SCHEME_P_ stream s, pointer x)
		3403	{
		3404	// TODO: improper list
		3405
		3406	for (; x != NIL; x = cdr (x))
		3407	{
		3408	stream t = stream_init ();
		3409	compile_expr (SCHEME_A_ t, car (x));
		3410	stream_put_v (s, stream_size (t));
		3411	stream_put_stream (s, t);
		3412	}
		3413
		3414	stream_put_v (s, 0);
		3415	}
		3416
		3417	static void
		3418	compile_if (SCHEME_P_ stream s, pointer cond, pointer ift, pointer iff)
		3419	{
		3420	stream sift = stream_init (); compile_expr (SCHEME_A_ sift, ift);
		3421
		3422	stream_put (s, BOP_IF);
		3423	compile_expr (SCHEME_A_ s, cond);
		3424	stream_put_v (s, stream_size (sift));
		3425	stream_put_stream (s, sift);
		3426	compile_expr (SCHEME_A_ s, iff);
		3427	}
		3428
		3429	typedef uint32_t stream_fixup;
		3430
		3431	static stream_fixup
		3432	stream_put_fixup (stream s)
		3433	{
		3434	stream_put (s, 0);
		3435	stream_put (s, 0);
		3436
		3437	return stream_size (s);
		3438	}
		3439
		3440	static void
		3441	stream_fix_fixup (stream s, stream_fixup fixup, uint32_t target)
		3442	{
		3443	target -= fixup;
		3444	assert (target < (1 << 14));
		3445	stream_data (s)[fixup - 2] = target \| 0x80;
		3446	stream_data (s)[fixup - 1] = target >> 7;
		3447	}
		3448
		3449	static void
		3450	compile_and_or (SCHEME_P_ stream s, int and, pointer x)
		3451	{
		3452	for (; cdr (x) != NIL; x = cdr (x))
		3453	{
		3454	stream t = stream_init ();
		3455	compile_expr (SCHEME_A_ t, car (x));
		3456	stream_put_v (s, stream_size (t));
		3457	stream_put_stream (s, t);
		3458	}
		3459
		3460	stream_put_v (s, 0);
		3461	}
		3462
		3463	static void
		3464	compile_case (SCHEME_P_ stream s, pointer x)
		3465	{
		3466	compile_expr (SCHEME_A_ s, caar (x));
		3467
		3468	for (;;)
		3469	{
		3470	x = cdr (x);
		3471
		3472	if (x == NIL)
		3473	break;
		3474
		3475	compile_expr (SCHEME_A_ s, caar (x));
		3476	stream t = stream_init (); compile_expr (SCHEME_A_ t, cdar (x));
		3477	stream_put_v (s, stream_size (t));
		3478	stream_put_stream (s, t);
		3479	}
		3480
		3481	stream_put_v (s, 0);
		3482	}
		3483
		3484	static void
		3485	compile_cond (SCHEME_P_ stream s, pointer x)
		3486	{
		3487	for ( ; x != NIL; x = cdr (x))
		3488	{
		3489	compile_expr (SCHEME_A_ s, caar (x));
		3490	stream t = stream_init (); compile_expr (SCHEME_A_ t, cdar (x));
		3491	stream_put_v (s, stream_size (t));
		3492	stream_put_stream (s, t);
		3493	}
		3494
		3495	stream_put_v (s, 0);
		3496	}
		3497
		3498	static pointer
		3499	lookup (SCHEME_P_ pointer x)
		3500	{
		3501	x = find_slot_in_env (SCHEME_A_ SCHEME_V->envir, x, 1);
		3502
		3503	if (x != NIL)
		3504	x = slot_value_in_env (x);
		3505
		3506	return x;
		3507	}
		3508
		3509	ecb_cold static void
		3510	compile_expr (SCHEME_P_ stream s, pointer x)
		3511	{
		3512	if (x == NIL)
		3513	{
		3514	stream_put (s, BOP_NIL);
		3515	return;
		3516	}
		3517
		3518	if (is_pair (x))
		3519	{
		3520	pointer head = car (x);
		3521
		3522	if (is_syntax (head))
		3523	{
		3524	x = cdr (x);
		3525
		3526	switch (syntaxnum (head))
		3527	{
		3528	case OP_IF0: /* if */
		3529	stream_put_v (s, BOP_IF);
		3530	compile_if (SCHEME_A_ s, car (x), cadr (x), caddr (x));
		3531	break;
		3532
		3533	case OP_OR0: /* or */
		3534	stream_put_v (s, BOP_OR);
		3535	compile_and_or (SCHEME_A_ s, 0, x);
		3536	break;
		3537
		3538	case OP_AND0: /* and */
		3539	stream_put_v (s, BOP_AND);
		3540	compile_and_or (SCHEME_A_ s, 1, x);
		3541	break;
		3542
		3543	case OP_CASE0: /* case */
		3544	stream_put_v (s, BOP_CASE);
		3545	compile_case (SCHEME_A_ s, x);
		3546	break;
		3547
		3548	case OP_COND0: /* cond */
		3549	stream_put_v (s, BOP_COND);
		3550	compile_cond (SCHEME_A_ s, x);
		3551	break;
		3552
		3553	case OP_LET0: /* let */
		3554	case OP_LET0AST: /* let* */
		3555	case OP_LET0REC: /* letrec */
		3556	switch (syntaxnum (head))
		3557	{
		3558	case OP_LET0: stream_put (s, BOP_LET ); break;
		3559	case OP_LET0AST: stream_put (s, BOP_LETAST); break;
		3560	case OP_LET0REC: stream_put (s, BOP_LETREC); break;
		3561	}
		3562
		3563	{
		3564	pointer bindings = car (x);
		3565	pointer body = cadr (x);
		3566
		3567	for (x = bindings; x != NIL; x = cdr (x))
		3568	{
		3569	pointer init = NIL;
		3570	pointer var = car (x);
		3571
		3572	if (is_pair (var))
		3573	{
		3574	init = cdr (var);
		3575	var = car (var);
		3576	}
		3577
		3578	stream_put_v (s, symbol_id (SCHEME_A_ var));
		3579	compile_expr (SCHEME_A_ s, init);
		3580	}
		3581
		3582	stream_put_v (s, 0);
		3583	compile_expr (SCHEME_A_ s, body);
		3584	}
		3585	break;
		3586
		3587	case OP_DEF0: /* define */
		3588	case OP_MACRO0: /* macro */
		3589	stream_put (s, syntaxnum (head) == OP_DEF0 ? BOP_DEFINE : BOP_MACRO);
		3590	stream_put_v (s, cell_id (SCHEME_A_ car (x)));
		3591	compile_expr (SCHEME_A_ s, cadr (x));
		3592	break;
		3593
		3594	case OP_SET0: /* set! */
		3595	stream_put (s, BOP_SET);
		3596	stream_put_v (s, symbol_id (SCHEME_A_ car (x)));
		3597	compile_expr (SCHEME_A_ s, cadr (x));
		3598	break;
		3599
		3600	case OP_BEGIN: /* begin */
		3601	stream_put (s, BOP_BEGIN);
		3602	compile_list (SCHEME_A_ s, x);
		3603	return;
		3604
		3605	case OP_DELAY: /* delay */
		3606	abort ();
		3607	break;
		3608
		3609	case OP_QUOTE: /* quote */
		3610	stream_put_tv (s, BOP_DATUM, cell_id (SCHEME_A_ x));
		3611	break;
		3612
		3613	case OP_LAMBDA: /* lambda */
		3614	{
		3615	pointer formals = car (x);
		3616	pointer body = cadr (x);
		3617
		3618	stream_put (s, BOP_LAMBDA);
		3619
		3620	for (; is_pair (formals); formals = cdr (formals))
		3621	stream_put_v (s, symbol_id (SCHEME_A_ car (formals)));
		3622
		3623	stream_put_v (s, 0);
		3624	stream_put_v (s, formals == NIL ? 0 : symbol_id (SCHEME_A_ formals));
		3625
		3626	compile_expr (SCHEME_A_ s, body);
		3627	}
		3628	break;
		3629
		3630	case OP_C0STREAM:/* cons-stream */
		3631	abort ();
		3632	break;
		3633	}
		3634
		3635	return;
		3636	}
		3637
		3638	pointer m = lookup (SCHEME_A_ head);
		3639
		3640	if (is_macro (m))
		3641	{
		3642	s_save (SCHEME_A_ OP_DEBUG2, SCHEME_V->args, SCHEME_V->code);
		3643	SCHEME_V->code = m;
		3644	SCHEME_V->args = cons (x, NIL);
		3645	Eval_Cycle (SCHEME_A_ OP_APPLY);
		3646	x = SCHEME_V->value;
		3647	compile_expr (SCHEME_A_ s, SCHEME_V->value);
		3648	return;
		3649	}
		3650
		3651	stream_put (s, BOP_LIST_BEG);
		3652
		3653	for (; x != NIL; x = cdr (x))
		3654	compile_expr (SCHEME_A_ s, car (x));
		3655
		3656	stream_put (s, BOP_LIST_END);
		3657	return;
		3658	}
		3659
		3660	switch (type (x))
		3661	{
		3662	case T_INTEGER:
		3663	{
		3664	IVALUE iv = ivalue_unchecked (x);
		3665	iv = iv < 0 ? ((~(uint32_t)iv) << 1) \| 1 : (uint32_t)iv << 1;
		3666	stream_put_tv (s, BOP_INTEGER, iv);
		3667	}
		3668	return;
		3669
		3670	case T_SYMBOL:
		3671	if (0)
		3672	{
		3673	// no can do without more analysis
		3674	pointer m = lookup (SCHEME_A_ x);
		3675
		3676	if (is_proc (m))
		3677	{
		3678	printf ("compile proc %s %d\n", procname(m), procnum(m));
		3679	stream_put_tv (s, BOP_SYMBOL, BOP_OP + procnum (m));
		3680	}
		3681	else
		3682	stream_put_tv (s, BOP_SYMBOL, symbol_id (SCHEME_A_ x));
		3683	}
		3684
		3685	stream_put_tv (s, BOP_SYMBOL, symbol_id (SCHEME_A_ x));
		3686	return;
		3687
		3688	default:
		3689	stream_put_tv (s, BOP_DATUM, cell_id (SCHEME_A_ x));
		3690	break;
		3691	}
		3692	}
		3693
		3694	ecb_cold static int
		3695	compile_closure (SCHEME_P_ pointer p)
		3696	{
		3697	stream s = stream_init ();
		3698
		3699	compile_list (SCHEME_A_ s, cdar (p));
		3700
		3701	FILE *xxd = popen ("xxd", "we");
		3702	fwrite (stream_data (s), 1, stream_size (s), xxd);
		3703	fclose (xxd);
		3704
		3705	return stream_size (s);
		3706	}
		3707
3413	#endif	3708	#endif
3414		3709
3415	/* syntax, eval, core, ... */	3710	/* syntax, eval, core, ... */
3416	ecb_hot static int	3711	ecb_hot static int
3417	opexe_0 (SCHEME_P_ enum scheme_opcodes op)	3712	opexe_0 (SCHEME_P_ enum scheme_opcodes op)
…		…
3427	uint32_t len = compile_closure (SCHEME_A_ car (args));	3722	uint32_t len = compile_closure (SCHEME_A_ car (args));
3428	printf ("len = %d\n", len);	3723	printf ("len = %d\n", len);
3429	printf ("\n");	3724	printf ("\n");
3430	s_return (S_T);	3725	s_return (S_T);
3431	}	3726	}
		3727
		3728	case OP_DEBUG2:
		3729	return -1;
3432	#endif	3730	#endif
		3731
3433	case OP_LOAD: /* load */	3732	case OP_LOAD: /* load */
3434	if (file_interactive (SCHEME_A))	3733	if (file_interactive (SCHEME_A))
3435	{	3734	{
3436	putstr (SCHEME_A_ "Loading ");	3735	putstr (SCHEME_A_ "Loading ");
3437	putstr (SCHEME_A_ strvalue (car (args)));	3736	putstr (SCHEME_A_ strvalue (car (args)));
…		…
3569	s_save (SCHEME_A_ OP_DOMACRO, NIL, NIL);	3868	s_save (SCHEME_A_ OP_DOMACRO, NIL, NIL);
3570	SCHEME_V->args = cons (SCHEME_V->code, NIL);	3869	SCHEME_V->args = cons (SCHEME_V->code, NIL);
3571	SCHEME_V->code = SCHEME_V->value;	3870	SCHEME_V->code = SCHEME_V->value;
3572	s_goto (OP_APPLY);	3871	s_goto (OP_APPLY);
3573	}	3872	}
3574	else	3873
3575	{
3576	SCHEME_V->code = cdr (SCHEME_V->code);	3874	SCHEME_V->code = cdr (SCHEME_V->code);
3577	s_goto (OP_E1ARGS);	3875	s_goto (OP_E1ARGS);
3578	}
3579		3876
3580	case OP_E1ARGS: /* eval arguments */	3877	case OP_E1ARGS: /* eval arguments */
3581	args = cons (SCHEME_V->value, args);	3878	args = cons (SCHEME_V->value, args);
3582		3879
3583	if (is_pair (SCHEME_V->code)) /* continue */	3880	if (is_pair (SCHEME_V->code)) /* continue */
…		…
3594	SCHEME_V->args = cdr (args);	3891	SCHEME_V->args = cdr (args);
3595	s_goto (OP_APPLY);	3892	s_goto (OP_APPLY);
3596	}	3893	}
3597		3894
3598	#if USE_TRACING	3895	#if USE_TRACING
3599
3600	case OP_TRACING:	3896	case OP_TRACING:
3601	{	3897	{
3602	int tr = SCHEME_V->tracing;	3898	int tr = SCHEME_V->tracing;
3603		3899
3604	SCHEME_V->tracing = ivalue_unchecked (car (args));	3900	SCHEME_V->tracing = ivalue_unchecked (car (args));
3605	s_return (mk_integer (SCHEME_A_ tr));	3901	s_return (mk_integer (SCHEME_A_ tr));
3606	}	3902	}
3607
3608	#endif	3903	#endif
3609		3904
3610	case OP_APPLY: /* apply 'code' to 'args' */	3905	case OP_APPLY: /* apply 'code' to 'args' */
3611	#if USE_TRACING	3906	#if USE_TRACING
3612	if (SCHEME_V->tracing)	3907	if (SCHEME_V->tracing)
…		…
3666	else if (is_continuation (SCHEME_V->code)) /* CONTINUATION */	3961	else if (is_continuation (SCHEME_V->code)) /* CONTINUATION */
3667	{	3962	{
3668	ss_set_cont (SCHEME_A_ cont_dump (SCHEME_V->code));	3963	ss_set_cont (SCHEME_A_ cont_dump (SCHEME_V->code));
3669	s_return (args != NIL ? car (args) : NIL);	3964	s_return (args != NIL ? car (args) : NIL);
3670	}	3965	}
3671	else	3966
3672	Error_0 ("illegal function");	3967	Error_0 ("illegal function");
3673		3968
3674	case OP_DOMACRO: /* do macro */	3969	case OP_DOMACRO: /* do macro */
3675	SCHEME_V->code = SCHEME_V->value;	3970	SCHEME_V->code = SCHEME_V->value;
3676	s_goto (OP_EVAL);	3971	s_goto (OP_EVAL);
3677		3972
…		…
3798	SCHEME_V->value = SCHEME_V->code;	4093	SCHEME_V->value = SCHEME_V->code;
3799	SCHEME_V->code = is_symbol (car (SCHEME_V->code)) ? cadr (SCHEME_V->code) : car (SCHEME_V->code);	4094	SCHEME_V->code = is_symbol (car (SCHEME_V->code)) ? cadr (SCHEME_V->code) : car (SCHEME_V->code);
3800	s_goto (OP_LET1);	4095	s_goto (OP_LET1);
3801		4096
3802	case OP_LET1: /* let (calculate parameters) */	4097	case OP_LET1: /* let (calculate parameters) */
		4098	case OP_LET1REC: /* letrec (calculate parameters) */
3803	args = cons (SCHEME_V->value, args);	4099	args = cons (SCHEME_V->value, args);
3804		4100
3805	if (is_pair (SCHEME_V->code)) /* continue */	4101	if (is_pair (SCHEME_V->code)) /* continue */
3806	{	4102	{
3807	if (!is_pair (car (SCHEME_V->code)) \|\| !is_pair (cdar (SCHEME_V->code)))	4103	if (!is_pair (car (SCHEME_V->code)) \|\| !is_pair (cdar (SCHEME_V->code)))
3808	Error_1 ("Bad syntax of binding spec in let :", car (SCHEME_V->code));	4104	Error_1 ("Bad syntax of binding spec in let/letrec:", car (SCHEME_V->code));
3809		4105
3810	s_save (SCHEME_A_ OP_LET1, args, cdr (SCHEME_V->code));	4106	s_save (SCHEME_A_ op, args, cdr (SCHEME_V->code));
3811	SCHEME_V->code = cadar (SCHEME_V->code);	4107	SCHEME_V->code = cadar (SCHEME_V->code);
3812	SCHEME_V->args = NIL;	4108	SCHEME_V->args = NIL;
3813	s_goto (OP_EVAL);	4109	s_goto (OP_EVAL);
3814	}	4110	}
3815	else /* end */	4111
3816	{	4112	/* end */
3817	args = reverse_in_place (SCHEME_A_ NIL, args);	4113	args = reverse_in_place (SCHEME_A_ NIL, args);
3818	SCHEME_V->code = car (args);	4114	SCHEME_V->code = car (args);
3819	SCHEME_V->args = cdr (args);	4115	SCHEME_V->args = cdr (args);
3820	s_goto (OP_LET2);	4116	s_goto (op == OP_LET1 ? OP_LET2 : OP_LET2REC);
3821	}
3822		4117
3823	case OP_LET2: /* let */	4118	case OP_LET2: /* let */
3824	new_frame_in_env (SCHEME_A_ SCHEME_V->envir);	4119	new_frame_in_env (SCHEME_A_ SCHEME_V->envir);
3825		4120
3826	for (x = is_symbol (car (SCHEME_V->code)) ? cadr (SCHEME_V->code) : car (SCHEME_V->code), y = args;	4121	for (x = is_symbol (car (SCHEME_V->code)) ? cadr (SCHEME_V->code) : car (SCHEME_V->code), y = args;
…		…
3830	if (is_symbol (car (SCHEME_V->code))) /* named let */	4125	if (is_symbol (car (SCHEME_V->code))) /* named let */
3831	{	4126	{
3832	for (x = cadr (SCHEME_V->code), args = NIL; x != NIL; x = cdr (x))	4127	for (x = cadr (SCHEME_V->code), args = NIL; x != NIL; x = cdr (x))
3833	{	4128	{
3834	if (!is_pair (x))	4129	if (!is_pair (x))
3835	Error_1 ("Bad syntax of binding in let :", x);	4130	Error_1 ("Bad syntax of binding in let:", x);
3836		4131
3837	if (!is_list (SCHEME_A_ car (x)))	4132	if (!is_list (SCHEME_A_ car (x)))
3838	Error_1 ("Bad syntax of binding in let :", car (x));	4133	Error_1 ("Bad syntax of binding in let:", car (x));
3839		4134
3840	args = cons (caar (x), args);	4135	args = cons (caar (x), args);
3841	}	4136	}
3842		4137
3843	x = mk_closure (SCHEME_A_ cons (reverse_in_place (SCHEME_A_ NIL, args), cddr (SCHEME_V->code)),	4138	x = mk_closure (SCHEME_A_ cons (reverse_in_place (SCHEME_A_ NIL, args), cddr (SCHEME_V->code)),
…		…
3860	SCHEME_V->code = cdr (SCHEME_V->code);	4155	SCHEME_V->code = cdr (SCHEME_V->code);
3861	s_goto (OP_BEGIN);	4156	s_goto (OP_BEGIN);
3862	}	4157	}
3863		4158
3864	if (!is_pair (car (SCHEME_V->code)) \|\| !is_pair (caar (SCHEME_V->code)) \|\| !is_pair (cdaar (SCHEME_V->code)))	4159	if (!is_pair (car (SCHEME_V->code)) \|\| !is_pair (caar (SCHEME_V->code)) \|\| !is_pair (cdaar (SCHEME_V->code)))
3865	Error_1 ("Bad syntax of binding spec in let* :", car (SCHEME_V->code));	4160	Error_1 ("Bad syntax of binding spec in let*:", car (SCHEME_V->code));
3866		4161
3867	s_save (SCHEME_A_ OP_LET1AST, cdr (SCHEME_V->code), car (SCHEME_V->code));	4162	s_save (SCHEME_A_ OP_LET1AST, cdr (SCHEME_V->code), car (SCHEME_V->code));
3868	SCHEME_V->code = car (cdaar (SCHEME_V->code));	4163	SCHEME_V->code = car (cdaar (SCHEME_V->code));
3869	s_goto (OP_EVAL);	4164	s_goto (OP_EVAL);
3870		4165
…		…
3881	s_save (SCHEME_A_ OP_LET2AST, args, SCHEME_V->code);	4176	s_save (SCHEME_A_ OP_LET2AST, args, SCHEME_V->code);
3882	SCHEME_V->code = cadar (SCHEME_V->code);	4177	SCHEME_V->code = cadar (SCHEME_V->code);
3883	SCHEME_V->args = NIL;	4178	SCHEME_V->args = NIL;
3884	s_goto (OP_EVAL);	4179	s_goto (OP_EVAL);
3885	}	4180	}
3886	else /* end */	4181
		4182	/* end */
3887	{	4183
3888	SCHEME_V->code = args;	4184	SCHEME_V->code = args;
3889	SCHEME_V->args = NIL;	4185	SCHEME_V->args = NIL;
3890	s_goto (OP_BEGIN);	4186	s_goto (OP_BEGIN);
3891	}
3892		4187
3893	case OP_LET0REC: /* letrec */	4188	case OP_LET0REC: /* letrec */
3894	new_frame_in_env (SCHEME_A_ SCHEME_V->envir);	4189	new_frame_in_env (SCHEME_A_ SCHEME_V->envir);
3895	SCHEME_V->args = NIL;	4190	SCHEME_V->args = NIL;
3896	SCHEME_V->value = SCHEME_V->code;	4191	SCHEME_V->value = SCHEME_V->code;
3897	SCHEME_V->code = car (SCHEME_V->code);	4192	SCHEME_V->code = car (SCHEME_V->code);
3898	s_goto (OP_LET1REC);	4193	s_goto (OP_LET1REC);
3899		4194
3900	case OP_LET1REC: /* letrec (calculate parameters) */	4195	/* OP_LET1REC handled by OP_LET1 */
3901	args = cons (SCHEME_V->value, args);
3902
3903	if (is_pair (SCHEME_V->code)) /* continue */
3904	{
3905	if (!is_pair (car (SCHEME_V->code)) \|\| !is_pair (cdar (SCHEME_V->code)))
3906	Error_1 ("Bad syntax of binding spec in letrec :", car (SCHEME_V->code));
3907
3908	s_save (SCHEME_A_ OP_LET1REC, args, cdr (SCHEME_V->code));
3909	SCHEME_V->code = cadar (SCHEME_V->code);
3910	SCHEME_V->args = NIL;
3911	s_goto (OP_EVAL);
3912	}
3913	else /* end */
3914	{
3915	args = reverse_in_place (SCHEME_A_ NIL, args);
3916	SCHEME_V->code = car (args);
3917	SCHEME_V->args = cdr (args);
3918	s_goto (OP_LET2REC);
3919	}
3920		4196
3921	case OP_LET2REC: /* letrec */	4197	case OP_LET2REC: /* letrec */
3922	for (x = car (SCHEME_V->code), y = args; y != NIL; x = cdr (x), y = cdr (y))	4198	for (x = car (SCHEME_V->code), y = args; y != NIL; x = cdr (x), y = cdr (y))
3923	new_slot_in_env (SCHEME_A_ caar (x), car (y));	4199	new_slot_in_env (SCHEME_A_ caar (x), car (y));
3924		4200
…		…
5091	case OP_RDSEXPR:	5367	case OP_RDSEXPR:
5092	switch (SCHEME_V->tok)	5368	switch (SCHEME_V->tok)
5093	{	5369	{
5094	case TOK_EOF:	5370	case TOK_EOF:
5095	s_return (S_EOF);	5371	s_return (S_EOF);
5096	/* NOTREACHED */
5097		5372
5098	case TOK_VEC:	5373	case TOK_VEC:
5099	s_save (SCHEME_A_ OP_RDVEC, NIL, NIL);	5374	s_save (SCHEME_A_ OP_RDVEC, NIL, NIL);
5100	/* fall through */	5375	/* fall through */
5101		5376
…		…
5104		5379
5105	if (SCHEME_V->tok == TOK_RPAREN)	5380	if (SCHEME_V->tok == TOK_RPAREN)
5106	s_return (NIL);	5381	s_return (NIL);
5107	else if (SCHEME_V->tok == TOK_DOT)	5382	else if (SCHEME_V->tok == TOK_DOT)
5108	Error_0 ("syntax error: illegal dot expression");	5383	Error_0 ("syntax error: illegal dot expression");
5109	else	5384
5110	{
5111	SCHEME_V->nesting_stack[SCHEME_V->file_i]++;	5385	SCHEME_V->nesting_stack[SCHEME_V->file_i]++;
5112	s_save (SCHEME_A_ OP_RDLIST, NIL, NIL);	5386	s_save (SCHEME_A_ OP_RDLIST, NIL, NIL);
5113	s_goto (OP_RDSEXPR);	5387	s_goto (OP_RDSEXPR);
5114	}
5115		5388
5116	case TOK_QUOTE:	5389	case TOK_QUOTE:
5117	s_save (SCHEME_A_ OP_RDQUOTE, NIL, NIL);	5390	s_save (SCHEME_A_ OP_RDQUOTE, NIL, NIL);
5118	SCHEME_V->tok = token (SCHEME_A);	5391	SCHEME_V->tok = token (SCHEME_A);
5119	s_goto (OP_RDSEXPR);	5392	s_goto (OP_RDSEXPR);
…		…
5125	{	5398	{
5126	s_save (SCHEME_A_ OP_RDQQUOTEVEC, NIL, NIL);	5399	s_save (SCHEME_A_ OP_RDQQUOTEVEC, NIL, NIL);
5127	SCHEME_V->tok = TOK_LPAREN;	5400	SCHEME_V->tok = TOK_LPAREN;
5128	s_goto (OP_RDSEXPR);	5401	s_goto (OP_RDSEXPR);
5129	}	5402	}
5130	else	5403
5131	s_save (SCHEME_A_ OP_RDQQUOTE, NIL, NIL);	5404	s_save (SCHEME_A_ OP_RDQQUOTE, NIL, NIL);
5132
5133	s_goto (OP_RDSEXPR);	5405	s_goto (OP_RDSEXPR);
5134		5406
5135	case TOK_COMMA:	5407	case TOK_COMMA:
5136	s_save (SCHEME_A_ OP_RDUNQUOTE, NIL, NIL);	5408	s_save (SCHEME_A_ OP_RDUNQUOTE, NIL, NIL);
5137	SCHEME_V->tok = token (SCHEME_A);	5409	SCHEME_V->tok = token (SCHEME_A);
…		…
5148	case TOK_DOTATOM:	5420	case TOK_DOTATOM:
5149	SCHEME_V->strbuff[0] = '.';	5421	SCHEME_V->strbuff[0] = '.';
5150	s_return (mk_atom (SCHEME_A_ readstr_upto (SCHEME_A_ 1, DELIMITERS)));	5422	s_return (mk_atom (SCHEME_A_ readstr_upto (SCHEME_A_ 1, DELIMITERS)));
5151		5423
5152	case TOK_STRATOM:	5424	case TOK_STRATOM:
		5425	//TODO: haven't checked whether the garbage collector could interfere and free x
		5426	gc (SCHEME_A_ NIL, NIL); //TODO: superheavyhanded
5153	x = readstrexp (SCHEME_A_ '\|');	5427	x = readstrexp (SCHEME_A_ '\|');
5154	//TODO: haven't checked whether the garbage collector could interfere
5155	s_return (mk_atom (SCHEME_A_ strvalue (x)));	5428	s_return (mk_atom (SCHEME_A_ strvalue (x)));
5156		5429
5157	case TOK_DQUOTE:	5430	case TOK_DQUOTE:
5158	x = readstrexp (SCHEME_A_ '"');	5431	x = readstrexp (SCHEME_A_ '"');
5159		5432
…		…
5167	{	5440	{
5168	pointer f = find_slot_in_env (SCHEME_A_ SCHEME_V->envir, SCHEME_V->SHARP_HOOK, 1);	5441	pointer f = find_slot_in_env (SCHEME_A_ SCHEME_V->envir, SCHEME_V->SHARP_HOOK, 1);
5169		5442
5170	if (f == NIL)	5443	if (f == NIL)
5171	Error_0 ("undefined sharp expression");	5444	Error_0 ("undefined sharp expression");
5172	else	5445
5173	{
5174	SCHEME_V->code = cons (slot_value_in_env (f), NIL);	5446	SCHEME_V->code = cons (slot_value_in_env (f), NIL);
5175	s_goto (OP_EVAL);	5447	s_goto (OP_EVAL);
5176	}
5177	}	5448	}
5178		5449
5179	case TOK_SHARP_CONST:	5450	case TOK_SHARP_CONST:
5180	if ((x = mk_sharp_const (SCHEME_A_ readstr_upto (SCHEME_A_ 0, DELIMITERS))) == NIL)	5451	if ((x = mk_sharp_const (SCHEME_A_ readstr_upto (SCHEME_A_ 0, DELIMITERS))) == NIL)
5181	Error_0 ("undefined sharp expression");	5452	Error_0 ("undefined sharp expression");
5182	else	5453
5183	s_return (x);	5454	s_return (x);
5184		5455
5185	default:	5456	default:
5186	Error_0 ("syntax error: illegal token");	5457	Error_0 ("syntax error: illegal token");
5187	}	5458	}
5188		5459
…		…
5743		6014
5744	ecb_cold int	6015	ecb_cold int
5745	scheme_init (SCHEME_P)	6016	scheme_init (SCHEME_P)
5746	{	6017	{
5747	int i, n = sizeof (dispatch_table) / sizeof (dispatch_table[0]);	6018	int i, n = sizeof (dispatch_table) / sizeof (dispatch_table[0]);
5748	pointer x;
5749		6019
5750	/* this memset is not strictly correct, as we assume (intcache)	6020	/* this memset is not strictly correct, as we assume (intcache)
5751	* that memset 0 will also set pointers to 0, but memset does	6021	* that memset 0 will also set pointers to 0, but memset does
5752	* of course not guarantee that. screw such systems.	6022	* of course not guarantee that. screw such systems.
5753	*/	6023	*/
…		…
5788	SCHEME_V->envir = NIL;	6058	SCHEME_V->envir = NIL;
5789	SCHEME_V->value = NIL;	6059	SCHEME_V->value = NIL;
5790	SCHEME_V->tracing = 0;	6060	SCHEME_V->tracing = 0;
5791		6061
5792	/* init NIL */	6062	/* init NIL */
5793	set_typeflag (NIL, T_ATOM \| T_MARK);	6063	set_typeflag (NIL, T_SPECIAL \| T_ATOM);
5794	set_car (NIL, NIL);	6064	set_car (NIL, NIL);
5795	set_cdr (NIL, NIL);	6065	set_cdr (NIL, NIL);
5796	/* init T */	6066	/* init T */
5797	set_typeflag (S_T, T_ATOM \| T_MARK);	6067	set_typeflag (S_T, T_SPECIAL \| T_ATOM);
5798	set_car (S_T, S_T);	6068	set_car (S_T, S_T);
5799	set_cdr (S_T, S_T);	6069	set_cdr (S_T, S_T);
5800	/* init F */	6070	/* init F */
5801	set_typeflag (S_F, T_ATOM \| T_MARK);	6071	set_typeflag (S_F, T_SPECIAL \| T_ATOM);
5802	set_car (S_F, S_F);	6072	set_car (S_F, S_F);
5803	set_cdr (S_F, S_F);	6073	set_cdr (S_F, S_F);
5804	/* init EOF_OBJ */	6074	/* init EOF_OBJ */
5805	set_typeflag (S_EOF, T_ATOM \| T_MARK);	6075	set_typeflag (S_EOF, T_SPECIAL \| T_ATOM);
5806	set_car (S_EOF, S_EOF);	6076	set_car (S_EOF, S_EOF);
5807	set_cdr (S_EOF, S_EOF);	6077	set_cdr (S_EOF, S_EOF);
5808	/* init sink */	6078	/* init sink */
5809	set_typeflag (S_SINK, T_PAIR \| T_MARK);	6079	set_typeflag (S_SINK, T_PAIR);
5810	set_car (S_SINK, NIL);	6080	set_car (S_SINK, NIL);
5811		6081
5812	/* init c_nest */	6082	/* init c_nest */
5813	SCHEME_V->c_nest = NIL;	6083	SCHEME_V->c_nest = NIL;
5814		6084
5815	SCHEME_V->oblist = oblist_initial_value (SCHEME_A);	6085	SCHEME_V->oblist = oblist_initial_value (SCHEME_A);
5816	/* init global_env */	6086	/* init global_env */
5817	new_frame_in_env (SCHEME_A_ NIL);	6087	new_frame_in_env (SCHEME_A_ NIL);
5818	SCHEME_V->global_env = SCHEME_V->envir;	6088	SCHEME_V->global_env = SCHEME_V->envir;
5819	/* init else */	6089	/* init else */
5820	x = mk_symbol (SCHEME_A_ "else");	6090	new_slot_in_env (SCHEME_A_ mk_symbol (SCHEME_A_ "else"), S_T);
5821	new_slot_in_env (SCHEME_A_ x, S_T);
5822		6091
5823	{	6092	{
5824	static const char *syntax_names[] = {	6093	static const char *syntax_names[] = {
5825	"lambda", "quote", "define", "if", "begin", "set!",	6094	"lambda", "quote", "define", "if", "begin", "set!",
5826	"let", "let*", "letrec", "cond", "delay", "and",	6095	"let", "let*", "letrec", "cond", "delay", "and",

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Comparing cvsroot/microscheme/scheme.c (file contents): Revision 1.63 by root, Wed Dec 2 12:16:24 2015 UTC vs. Revision 1.66 by root, Mon Dec 7 18:10:57 2015 UTC

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Comparing cvsroot/microscheme/scheme.c (file contents):
Revision 1.63 by root, Wed Dec 2 12:16:24 2015 UTC vs.
Revision 1.66 by root, Mon Dec 7 18:10:57 2015 UTC