Lua 3.0

Lua Team committed 29 years ago

Commit 9bc113c1 parent 100a7f178 files · +6569 −11586Browse files

Unified · Split

78 files

COPYRIGHT +1 −1
HISTORY +15 −1
INSTALL +34 −7
Makefile +0 −4
README +16 −16
clients/lib/iolib.c +101 −66
clients/lib/mathlib.c +34 −47
clients/lib/old/Makefile +0 −35
clients/lib/old/iolib.c +0 −618
clients/lib/old/lualib.h +0 −33
clients/lib/old/mathlib.c +0 −230
clients/lib/old/strlib.c +0 −276
clients/lib/strlib.c +106 −144
clients/lua/lua.c +73 −3
config +5 −5
doc/Makefile +0 −23
doc/idx.html +241 −0
doc/index.html +85 −0
doc/luac.html +88 −0
doc/luac.man +0 −75
doc/luac.ps +0 −246
doc/luac.txt +0 −66
doc/manual.html +2545 −0
doc/refman.ps +0 −7807
include/Makefile +1 −1
include/auxlib.h +30 −0
include/lua.h +74 −49
include/lualib.h +5 −14
src/Makefile +12 −6
src/auxlib.c +81 −0
src/auxlib.h +30 −0
src/fallback.c +286 −109
src/fallback.h +50 −22
src/func.c +26 −16
src/func.h +3 −2
src/hash.c +147 −134
src/hash.h +17 −16
src/inout.c +278 −170
src/inout.h +8 −17
src/lex.c +174 −45
src/lex.h +3 −4
src/lua.stx +29 −34
src/luac/dump.c +11 −19
src/luac/luac.c +112 −27
src/luac/luac.h +6 −5
src/luac/print.c +213 −20
src/luac/print.h +6 −3
src/luamem.c +159 −0
src/luamem.h +3 −3
src/mem.c +0 −58
src/opcode.c +517 −369
src/opcode.h +46 −25
src/parser.c +344 −316
src/table.c +84 −96
src/table.h +6 −5
src/tree.c +92 −26
src/tree.h +14 −4
src/undump.c +71 −74
src/undump.h +11 −4
src/zio.c +79 −0
src/zio.h +48 −0
test/README +3 −4
test/array.lua +3 −3
test/bisect.lua +2 −2
test/dump.lua +15 −11
test/examples/complex/complex.lua +0 −82
test/examples/complex/mandel.lua +0 −25
test/examples/www/README +10 −0
test/examples/www/db.lua +46 −0
test/examples/www/staff.lua +37 −0
test/examples/www/template.html +29 −0
test/hello.lua +1 −1
test/loop.lua +0 −6
test/lua +1 −0
test/luac +1 −0
test/sort.lua +1 −1
test/split.lua +0 −18
test/type.lua +0 −37

@@ -1,4 +1,4 @@
1		−Copyright (c) 1994-1996 TeCGraf, PUC-Rio. Written by Waldemar Celes Filho,
	1	+Copyright (c) 1994-1997 TeCGraf, PUC-Rio. Written by Waldemar Celes Filho,
2	2	Roberto Ierusalimschy, Luiz Henrique de Figueiredo. All rights reserved.
3	3
4	4	Permission is hereby granted, without written agreement and without license or

HISTORY+15−1

@@ -1,4 +1,18 @@
1		−Current version is 2.5
	1	+This is version 3.0.
	2	+
	3	+* Changes since version 2.5 (no versions between 2.5 and 3.0)
	4	+ + NEW CONCEPT: "tag methods".
	5	+ Tag methods replace fallbacks as the meta-mechanism for extending the
	6	+ semantics of Lua. Whereas fallbacks had a global nature, tag methods
	7	+ work on objects having the same tag (e.g., groups of tables).
	8	+ Existing code that uses fallbacks should work without change.
	9	+ + new, general syntax for constructors {[exp] = exp, ... }.
	10	+ + support for handling variable number of arguments in functions (varargs).
	11	+ + support for conditional compilation ($if ... $else ... $end).
	12	+ + cleaner semantics in API simplifies host code.
	13	+ + better support for writing libraries (auxlib.h).
	14	+ + better type checking and error messages in the standard library.
	15	+ + luac can now also undump.
2	16
3	17	* Changes since version 2.4
4	18	+ io and string libraries are now based on pattern matching;

INSTALL+34−7

@@ -1,26 +1,53 @@
1	1	* Installation
2		− Installing Lua should be very easy:
	2	+
	3	+ Building Lua on a Unix system should be very easy:
3	4
4	5	1. Edit "config" to suit your platform, if at all necessary
5	6	2. Then, type "make"
6	7
	8	+ See below for instructions for Windows and Macintosh.
	9	+
7	10	* What you get
	11	+
8	12	If make succeeds, you get:
9		− * a compiler and an interpreter in ./bin/lua;
	13	+ * an interpreter and a compiler in ./bin;
10	14	* libraries in ./lib;
11	15	* include files in ./include.
	16	+ These are the only directories you need for development.
12	17
13		− There is a reference manual in ./doc, and tests and examples in ./test.
	18	+ There is a reference manual in html in ./doc, and sample code in ./test.
14	19	You don't need these directories for development.
15	20
16	21	* If you have problems (and solutions!)
17		− If make fails, please let us know (lua@icad.puc-rio.br).
	22	+
	23	+ If "make" fails, please let us know (lua@tecgraf.puc-rio.br).
18	24	If you make changes to "config", please send them to us.
19	25
20	26	* Shared libraries
	27	+
21	28	If you are running SunOs 4.x, type the following after "make" succeeds:
22		− ld -o lib/liblua.so.2.5 src/*.o
23		− ld -o lib/liblualib.so.2.5 clients/lib/*.o
	29	+ ld -o lib/liblua.so.3.0 src/*.o
	30	+ ld -o lib/liblualib.so.3.0 clients/lib/*.o
24	31
25	32	For AIX, the OpenGL clone Mesa includes a script for making shared libraries.
26		− For other systems, please let us know how!
	33	+ For other systems, please tell us how!
	34	+
	35	+* Installation on Windows or Macintosh
	36	+
	37	+ The instructions for building Lua on a Mac or Windows machine depend on
	38	+ the particular compiler you are using.
	39	+ The simplest way is to create a folder with all .c and .h files.
	40	+ Then create projects for the basic library, the standard library,
	41	+ the interpreter and the compiler, as follows:
	42	+
	43	+ basic lib: auxlib.c fallback.c func.c hash.c inout.c lex.c luamem.c
	44	+ opcode.c parser.c table.c tree.c undump.c zio.c
	45	+
	46	+ standard lib: iolib.c mathlib.c strlib.c
	47	+
	48	+ interpreter: basic lib, standard lib, lua.c
	49	+
	50	+ compiler: basic lib, dump.c luac.c print.c
	51	+
	52	+ Of course, to use Lua as a library, you'll have to know how to create
	53	+ libraries and use with your compiler.

Makefile+0−4

@@ -5,8 +5,4 @@ all co clean klean: · 4 unmodified lines
5	5	cd src; make $@
6	6	cd src/luac; make $@
7	7	cd clients/lib; make $@
8		− cd clients/lib/old; make $@
9	8	cd clients/lua; make $@
10		−
11		−old:
12		− cd clients/lib/old; make $@

README+16−16

@@ -5,32 +5,32 @@ · 4 unmodified lines
5	5	Dozens of industrial products developed by TeCGraf use Lua.
6	6
7	7	* Some features of Lua
8		− + a simple, pascal-like, syntax
9		− + powerful data description constructs (e.g., associative arrays)
10		− + user-controlled type constructors
11		− + fallbacks for extending the language in unconventional ways (e.g.,
12		− inheritance, overloading)
13		− + garbage collection
14		− + Lua programs are compiled into bytecodes, which are then interpreted
15		− + portable, written in ANSI C (runs in Unix, DOS, Windows, Mac, Cray, ...)
	8	+ + simple syntax (Pascal-like);
	9	+ + powerful data description constructs (e.g., associative arrays);
	10	+ + user-controlled type constructors;
	11	+ + extensible semantics with tag methods;
	12	+ + garbage collection;
	13	+ + Lua programs are compiled into bytecodes, which are then interpreted;
	14	+ + truly portable, written in ANSI C.
16	15
17	16	* Availability
18	17	The latest version of Lua is always available at the following locations:
19		− In Brazil: ftp://ftp.icad.puc-rio.br/pub/lua/lua.tar.gz
20		− In Canada: ftp://csg.uwaterloo.ca/pub/lhf/lua/lua.tar.gz
21		− In Germany: ftp://ftp.uni-trier.de/pub/languages/lua/lua.tar.gz
22		− In Greece: ftp://ftp.ntua.gr/pub/lang/lua/lua.tar.gz
23		− Home page: http://www.inf.puc-rio.br/~roberto/lua.html
24		− The current version is 2.5.
	18	+ In Brazil: ftp://ftp.icad.puc-rio.br/pub/lua/lua.tar.gz
	19	+ In Canada: ftp://csg.uwaterloo.ca/pub/lhf/lua/lua.tar.gz
	20	+ In Germany: ftp://ftp.uni-trier.de/pub/languages/lua/lua.tar.gz
	21	+ In Greece: ftp://ftp.ntua.gr/pub/lang/lua/lua.tar.gz
	22	+ Home page: http://www.tecgraf.puc-rio.br/lua/
	23	+ Meta page: http://www.tecgraf.puc-rio.br/lua/meta.html
	24	+ The current version is 3.0
25	25
26	26	* Legal matters
27	27	Lua is freely available for both academic and commercial purposes.
28		− Lua is not in the public domain; TeCGraf keeps its copyright.
29	28	See COPYRIGHT.
30	29
31	30	* Installation
32	31	See INSTALL.
33	32
34	33	* Contacting the authors
35		− Send your comments, bug reports and anything else to lua@icad.puc-rio.br.
	34	+ Send your comments, bug reports and anything else to lua@tecgraf.puc-rio.br.
36	35	Please send us email if you download Lua so that we can know how far it goes.
	36	+ For reporting bugs, try also the mailing list: lua-l@tecgraf.puc-rio.br

clients/lib/iolib.c+101−66

@@ -1,16 +1,16 @@
1	1	#include <stdio.h>
2		−#include <ctype.h>
3	2	#include <string.h>
4	3	#include <time.h>
5	4	#include <stdlib.h>
6	5	#include <errno.h>
7	6
8	7	#include "lua.h"
	8	+#include "auxlib.h"
9	9	#include "luadebug.h"
10	10	#include "lualib.h"
11	11
12	12
13		−FILE lua_infile, lua_outfile;
	13	+int lua_tagio;
14	14
15	15
16	16	#ifdef POPEN
@@ -31,76 +31,95 @@ static void pushresult (int i) · 14 unmodified lines
31	31	#ifndef NOSTRERROR
32	32	lua_pushstring(strerror(errno));
33	33	#else
34		− lua_pushstring("system unable to define the error");
	34	+ lua_pushstring("O.S. unable to define the error");
35	35	#endif
36	36	}
37	37	}
38	38
39	39
40		−static void closefile (FILE *f)
	40	+
	41	+static FILE getfile (char name)
	42	+{
	43	+ lua_Object f = lua_getglobal(name);
	44	+ if (!lua_isuserdata(f) \|\| lua_tag(f) != lua_tagio)
	45	+ luaL_verror("global variable %s is not a file handle", name);
	46	+ return lua_getuserdata(f);
	47	+}
	48	+
	49	+
	50	+static void closefile (char *name)
41	51	{
42		− if (f == stdin \|\| f == stdout)
43		− return;
44		− if (f == lua_infile)
45		− lua_infile = stdin;
46		− if (f == lua_outfile)
47		− lua_outfile = stdout;
	52	+ FILE *f = getfile(name);
	53	+ if (f == stdin \|\| f == stdout) return;
48	54	if (pclose(f) == -1)
49	55	fclose(f);
50	56	}
51	57
52	58
	59	+static void setfile (FILE f, char name)
	60	+{
	61	+ lua_pushusertag(f, lua_tagio);
	62	+ lua_setglobal(name);
	63	+}
	64	+
	65	+
	66	+static void setreturn (FILE f, char name)
	67	+{
	68	+ setfile(f, name);
	69	+ lua_pushusertag(f, lua_tagio);
	70	+}
	71	+
53	72
54	73	static void io_readfrom (void)
55	74	{
	75	+ FILE *current;
56	76	lua_Object f = lua_getparam(1);
57		− if (f == LUA_NOOBJECT)
58		− closefile(lua_infile); /* restore standart input */
59		− else if (lua_isuserdata(f))
60		− lua_infile = lua_getuserdata(f);
	77	+ if (f == LUA_NOOBJECT) {
	78	+ closefile("_INPUT");
	79	+ current = stdin;
	80	+ }
	81	+ else if (lua_tag(f) == lua_tagio)
	82	+ current = lua_getuserdata(f);
61	83	else {
62		− char *s = lua_check_string(1, "readfrom");
63		− FILE fp = (s == '\|') ? popen(s+1, "r") : fopen(s, "r");
64		− if (fp)
65		− lua_infile = fp;
66		− else {
	84	+ char *s = luaL_check_string(1);
	85	+ current = (*s == '\|') ? popen(s+1, "r") : fopen(s, "r");
	86	+ if (current == NULL) {
67	87	pushresult(0);
68	88	return;
69	89	}
70	90	}
71		− lua_pushuserdata(lua_infile);
	91	+ setreturn(current, "_INPUT");
72	92	}
73	93
74	94
75	95	static void io_writeto (void)
76	96	{
	97	+ FILE *current;
77	98	lua_Object f = lua_getparam(1);
78		− if (f == LUA_NOOBJECT)
79		− closefile(lua_outfile); /* restore standart output */
80		− else if (lua_isuserdata(f))
81		− lua_outfile = lua_getuserdata(f);
	99	+ if (f == LUA_NOOBJECT) {
	100	+ closefile("_OUTPUT");
	101	+ current = stdout;
	102	+ }
	103	+ else if (lua_tag(f) == lua_tagio)
	104	+ current = lua_getuserdata(f);
82	105	else {
83		− char *s = lua_check_string(1, "writeto");
84		− FILE fp = (s == '\|') ? popen(s+1,"w") : fopen(s,"w");
85		− if (fp)
86		− lua_outfile = fp;
87		− else {
	106	+ char *s = luaL_check_string(1);
	107	+ current = (*s == '\|') ? popen(s+1,"w") : fopen(s,"w");
	108	+ if (current == NULL) {
88	109	pushresult(0);
89	110	return;
90	111	}
91	112	}
92		− lua_pushuserdata(lua_outfile);
	113	+ setreturn(current, "_OUTPUT");
93	114	}
94	115
95	116
96	117	static void io_appendto (void)
97	118	{
98		− char *s = lua_check_string(1, "appendto");
	119	+ char *s = luaL_check_string(1);
99	120	FILE *fp = fopen (s, "a");
100		− if (fp != NULL) {
101		− lua_outfile = fp;
102		− lua_pushuserdata(lua_outfile);
103		− }
	121	+ if (fp != NULL)
	122	+ setreturn(fp, "_OUTPUT");
104	123	else
105	124	pushresult(0);
106	125	}
@@ -110,23 +129,30 @@ static void io_appendto (void) · 3 unmodified lines
110	129
111	130	static void io_read (void)
112	131	{
	132	+ FILE *f = getfile("_INPUT");
113	133	char *buff;
114		− char p = lua_opt_string(1, "[^\n]{\n}", "read");
	134	+ char p = luaL_opt_string(1, "[^\n]{\n}");
115	135	int inskip = 0; /* to control {skips} */
116	136	int c = NEED_OTHER;
117		− luaI_addchar(0);
	137	+ luaI_emptybuff();
118	138	while (*p) {
119		− if (p == '{' \|\| p == '}') {
120		− inskip = (*p == '{');
	139	+ if (*p == '{') {
	140	+ inskip++;
	141	+ p++;
	142	+ }
	143	+ else if (*p == '}') {
	144	+ if (inskip == 0)
	145	+ lua_error("unbalanced braces in read pattern");
	146	+ inskip--;
121	147	p++;
122	148	}
123	149	else {
124		− char ep = item_end(p); / get what is next */
	150	+ char ep = luaL_item_end(p); / get what is next */
125	151	int m; /* match result */
126		− if (c == NEED_OTHER) c = getc(lua_infile);
127		− m = (c == EOF) ? 0 : singlematch((char)c, p);
	152	+ if (c == NEED_OTHER) c = getc(f);
	153	+ m = (c == EOF) ? 0 : luaL_singlematch((char)c, p);
128	154	if (m) {
129		− if (!inskip) luaI_addchar(c);
	155	+ if (inskip == 0) luaI_addchar(c);
130	156	c = NEED_OTHER;
131	157	}
132	158	switch (*ep) {
@@ -144,7 +170,7 @@ static void io_read (void) · 11 unmodified lines
144	170	}
145	171	} break_while:
146	172	if (c >= 0) /* not EOF nor NEED_OTHER? */
147		− ungetc(c, lua_infile);
	173	+ ungetc(c, f);
148	174	buff = luaI_addchar(0);
149	175	if (buff != 0 \|\| p == 0) /* read something or did not fail? */
150	176	lua_pushstring(buff);
@@ -153,31 +179,32 @@ static void io_read (void) · 2 unmodified lines
153	179
154	180	static void io_write (void)
155	181	{
	182	+ FILE *f = getfile("_OUTPUT");
156	183	int arg = 1;
157	184	int status = 1;
158	185	char *s;
159		− while ((s = lua_opt_string(arg++, NULL, "write")) != NULL)
160		− status = status && (fputs(s, lua_outfile) != EOF);
	186	+ while ((s = luaL_opt_string(arg++, NULL)) != NULL)
	187	+ status = status && (fputs(s, f) != EOF);
161	188	pushresult(status);
162	189	}
163	190
164	191
165	192	static void io_execute (void)
166	193	{
167		− lua_pushnumber(system(lua_check_string(1, "execute")));
	194	+ lua_pushnumber(system(luaL_check_string(1)));
168	195	}
169	196
170	197
171	198	static void io_remove (void)
172	199	{
173		− pushresult(remove(lua_check_string(1, "remove")) == 0);
	200	+ pushresult(remove(luaL_check_string(1)) == 0);
174	201	}
175	202
176	203
177	204	static void io_rename (void)
178	205	{
179		− pushresult(rename(lua_check_string(1, "rename"),
180		− lua_check_string(2, "rename")) == 0);
	206	+ pushresult(rename(luaL_check_string(1),
	207	+ luaL_check_string(2)) == 0);
181	208	}
182	209
183	210
@@ -190,7 +217,7 @@ static void io_tmpname (void) · 6 unmodified lines
190	217
191	218	static void io_getenv (void)
192	219	{
193		− lua_pushstring(getenv(lua_check_string(1, "getenv"))); /* if NULL push nil */
	220	+ lua_pushstring(getenv(luaL_check_string(1))); /* if NULL push nil */
194	221	}
195	222
196	223
@@ -198,7 +225,7 @@ static void io_date (void) · 1 unmodified line
198	225	{
199	226	time_t t;
200	227	struct tm *tm;
201		− char *s = lua_opt_string(1, "%c", "date");
	228	+ char *s = luaL_opt_string(1, "%c");
202	229	char b[BUFSIZ];
203	230	time(&t); tm = localtime(&t);
204	231	if (strftime(b,sizeof(b),s,tm))
@@ -229,34 +256,36 @@ static void io_debug (void) · 24 unmodified lines
229	256
230	257	static void lua_printstack (FILE *f)
231	258	{
232		− int level = 0;
	259	+ int level = 1; /* skip level 0 (it's this function) */
233	260	lua_Object func;
234		− fprintf(f, "Active Stack:\n");
235	261	while ((func = lua_stackedfunction(level++)) != LUA_NOOBJECT) {
236	262	char *name;
237	263	int currentline;
238		− fprintf(f, "\t");
	264	+ char *filename;
	265	+ int linedefined;
	266	+ lua_funcinfo(func, &filename, &linedefined);
	267	+ fprintf(f, (level==2) ? "Active Stack:\n\t" : "\t");
239	268	switch (*lua_getobjname(func, &name)) {
240	269	case 'g':
241	270	fprintf(f, "function %s", name);
242	271	break;
243		− case 'f':
244		− fprintf(f, "`%s' fallback", name);
	272	+ case 't':
	273	+ fprintf(f, "`%s' tag method", name);
245	274	break;
246	275	default: {
247		− char *filename;
248		− int linedefined;
249		− lua_funcinfo(func, &filename, &linedefined);
250	276	if (linedefined == 0)
251	277	fprintf(f, "main of %s", filename);
252	278	else if (linedefined < 0)
253	279	fprintf(f, "%s", filename);
254	280	else
255	281	fprintf(f, "function (%s:%d)", filename, linedefined);
	282	+ filename = NULL;
256	283	}
257	284	}
258	285	if ((currentline = lua_currentline(func)) > 0)
259	286	fprintf(f, " at line %d", currentline);
	287	+ if (filename)
	288	+ fprintf(f, " [in file %s]", filename);
260	289	fprintf(f, "\n");
261	290	}
262	291	}
@@ -264,13 +293,13 @@ static void lua_printstack (FILE *f) · 1 unmodified line
264	293
265	294	static void errorfb (void)
266	295	{
267		− char *s = lua_opt_string(1, "(no messsage)", NULL);
268		− fprintf(stderr, "lua: %s\n", s);
	296	+ fprintf(stderr, "lua: %s\n", lua_getstring(lua_getparam(1)));
269	297	lua_printstack(stderr);
270	298	}
271	299
272	300
273		−static struct lua_reg iolib[] = {
	301	+
	302	+static struct luaL_reg iolib[] = {
274	303	{"readfrom", io_readfrom},
275	304	{"writeto", io_writeto},
276	305	{"appendto", io_appendto},
@@ -289,7 +318,13 @@ static struct lua_reg iolib[] = { · 12 unmodified lines
289	318
290	319	void iolib_open (void)
291	320	{
292		− lua_infile=stdin; lua_outfile=stdout;
293		− luaI_openlib(iolib, (sizeof(iolib)/sizeof(iolib[0])));
294		− lua_setfallback("error", errorfb);
	321	+ lua_tagio = lua_newtag();
	322	+ setfile(stdin, "_INPUT");
	323	+ setfile(stdout, "_OUTPUT");
	324	+ setfile(stdin, "_STDIN");
	325	+ setfile(stdout, "_STDOUT");
	326	+ setfile(stderr, "_STDERR");
	327	+ luaL_openlib(iolib, (sizeof(iolib)/sizeof(iolib[0])));
	328	+ lua_pushcfunction(errorfb);
	329	+ lua_seterrormethod();
295	330	}

clients/lib/mathlib.c+34−47

@@ -3,12 +3,13 @@ · 2 unmodified lines
3	3	** Mathematics library to LUA
4	4	*/
5	5
6		−char *rcs_mathlib="$Id: mathlib.c,v 1.18 1996/08/01 14:55:33 roberto Exp $";
	6	+char *rcs_mathlib="$Id: mathlib.c,v 1.25 1997/06/19 18:03:04 roberto Exp $";
7	7
8	8	#include <stdlib.h>
9	9	#include <math.h>
10	10
11	11	#include "lualib.h"
	12	+#include "auxlib.h"
12	13	#include "lua.h"
13	14
14	15	#ifndef PI
@@ -19,7 +20,7 @@ char *rcs_mathlib="$Id: mathlib.c,v 1.18 1996/08/01 14:55:33 roberto Exp $"; · 4 unmodified lines
19	20
20	21	static void math_abs (void)
21	22	{
22		− double d = lua_check_number(1, "abs");
	23	+ double d = luaL_check_number(1);
23	24	if (d < 0) d = -d;
24	25	lua_pushnumber (d);
25	26	}
@@ -27,7 +28,7 @@ static void math_abs (void) · 1 unmodified line
27	28
28	29	static void math_sin (void)
29	30	{
30		− double d = lua_check_number(1, "sin");
	31	+ double d = luaL_check_number(1);
31	32	lua_pushnumber (sin(TORAD(d)));
32	33	}
33	34
@@ -35,7 +36,7 @@ static void math_sin (void) · 1 unmodified line
35	36
36	37	static void math_cos (void)
37	38	{
38		− double d = lua_check_number(1, "cos");
	39	+ double d = luaL_check_number(1);
39	40	lua_pushnumber (cos(TORAD(d)));
40	41	}
41	42
@@ -43,98 +44,82 @@ static void math_cos (void) · 1 unmodified line
43	44
44	45	static void math_tan (void)
45	46	{
46		− double d = lua_check_number(1, "tan");
	47	+ double d = luaL_check_number(1);
47	48	lua_pushnumber (tan(TORAD(d)));
48	49	}
49	50
50	51
51	52	static void math_asin (void)
52	53	{
53		− double d = lua_check_number(1, "asin");
	54	+ double d = luaL_check_number(1);
54	55	lua_pushnumber (TODEGREE(asin(d)));
55	56	}
56	57
57	58
58	59	static void math_acos (void)
59	60	{
60		− double d = lua_check_number(1, "acos");
	61	+ double d = luaL_check_number(1);
61	62	lua_pushnumber (TODEGREE(acos(d)));
62	63	}
63	64
64	65
65	66	static void math_atan (void)
66	67	{
67		− double d = lua_check_number(1, "atan");
	68	+ double d = luaL_check_number(1);
68	69	lua_pushnumber (TODEGREE(atan(d)));
69	70	}
70	71
71	72
72	73	static void math_atan2 (void)
73	74	{
74		− double d1 = lua_check_number(1, "atan2");
75		− double d2 = lua_check_number(2, "atan2");
	75	+ double d1 = luaL_check_number(1);
	76	+ double d2 = luaL_check_number(2);
76	77	lua_pushnumber (TODEGREE(atan2(d1, d2)));
77	78	}
78	79
79	80
80	81	static void math_ceil (void)
81	82	{
82		− double d = lua_check_number(1, "ceil");
	83	+ double d = luaL_check_number(1);
83	84	lua_pushnumber (ceil(d));
84	85	}
85	86
86	87
87	88	static void math_floor (void)
88	89	{
89		− double d = lua_check_number(1, "floor");
	90	+ double d = luaL_check_number(1);
90	91	lua_pushnumber (floor(d));
91	92	}
92	93
93	94	static void math_mod (void)
94	95	{
95		− float x = lua_check_number(1, "mod");
96		− float y = lua_check_number(2, "mod");
	96	+ float x = luaL_check_number(1);
	97	+ float y = luaL_check_number(2);
97	98	lua_pushnumber(fmod(x, y));
98	99	}
99	100
100	101
101	102	static void math_sqrt (void)
102	103	{
103		− double d = lua_check_number(1, "sqrt");
	104	+ double d = luaL_check_number(1);
104	105	lua_pushnumber (sqrt(d));
105	106	}
106	107
107		−static int old_pow;
108	108
109	109	static void math_pow (void)
110	110	{
111		− lua_Object o1 = lua_getparam (1);
112		− lua_Object o2 = lua_getparam (2);
113		− lua_Object op = lua_getparam(3);
114		− if (!lua_isnumber(o1) \|\| !lua_isnumber(o2) \|\| *(lua_getstring(op)) != 'p')
115		− {
116		− lua_Object old = lua_getref(old_pow);
117		− lua_pushobject(o1);
118		− lua_pushobject(o2);
119		− lua_pushobject(op);
120		− if (lua_callfunction(old) != 0)
121		− lua_error(NULL);
122		− }
123		− else
124		− {
125		− double d1 = lua_getnumber(o1);
126		− double d2 = lua_getnumber(o2);
127		− lua_pushnumber (pow(d1,d2));
128		− }
	111	+ double d1 = luaL_check_number(1);
	112	+ double d2 = luaL_check_number(2);
	113	+ lua_pushnumber(pow(d1,d2));
129	114	}
130	115
131	116	static void math_min (void)
132	117	{
133	118	int i=1;
134		− double dmin = lua_check_number(i, "min");
	119	+ double dmin = luaL_check_number(i);
135	120	while (lua_getparam(++i) != LUA_NOOBJECT)
136	121	{
137		− double d = lua_check_number(i, "min");
	122	+ double d = luaL_check_number(i);
138	123	if (d < dmin) dmin = d;
139	124	}
140	125	lua_pushnumber (dmin);
@@ -143,10 +128,10 @@ static void math_min (void) · 2 unmodified lines
143	128	static void math_max (void)
144	129	{
145	130	int i=1;
146		− double dmax = lua_check_number(i, "max");
	131	+ double dmax = luaL_check_number(i);
147	132	while (lua_getparam(++i) != LUA_NOOBJECT)
148	133	{
149		− double d = lua_check_number(i, "max");
	134	+ double d = luaL_check_number(i);
150	135	if (d > dmax) dmax = d;
151	136	}
152	137	lua_pushnumber (dmax);
@@ -154,33 +139,33 @@ static void math_max (void) · 1 unmodified line
154	139
155	140	static void math_log (void)
156	141	{
157		− double d = lua_check_number(1, "log");
	142	+ double d = luaL_check_number(1);
158	143	lua_pushnumber (log(d));
159	144	}
160	145
161	146
162	147	static void math_log10 (void)
163	148	{
164		− double d = lua_check_number(1, "log10");
	149	+ double d = luaL_check_number(1);
165	150	lua_pushnumber (log10(d));
166	151	}
167	152
168	153
169	154	static void math_exp (void)
170	155	{
171		− double d = lua_check_number(1, "exp");
	156	+ double d = luaL_check_number(1);
172	157	lua_pushnumber (exp(d));
173	158	}
174	159
175	160	static void math_deg (void)
176	161	{
177		− float d = lua_check_number(1, "deg");
	162	+ float d = luaL_check_number(1);
178	163	lua_pushnumber (d*180./PI);
179	164	}
180	165
181	166	static void math_rad (void)
182	167	{
183		− float d = lua_check_number(1, "rad");
	168	+ float d = luaL_check_number(1);
184	169	lua_pushnumber (d/180.*PI);
185	170	}
186	171
@@ -191,11 +176,11 @@ static void math_random (void) · 4 unmodified lines
191	176
192	177	static void math_randomseed (void)
193	178	{
194		− srand(lua_check_number(1, "randomseed"));
	179	+ srand(luaL_check_number(1));
195	180	}
196	181
197	182
198		−static struct lua_reg mathlib[] = {
	183	+static struct luaL_reg mathlib[] = {
199	184	{"abs", math_abs},
200	185	{"sin", math_sin},
201	186	{"cos", math_cos},
@@ -224,7 +209,9 @@ static struct lua_reg mathlib[] = { · 22 unmodified lines
224	209	*/
225	210	void mathlib_open (void)
226	211	{
227		− luaI_openlib(mathlib, (sizeof(mathlib)/sizeof(mathlib[0])));
228		− old_pow = lua_refobject(lua_setfallback("arith", math_pow), 1);
	212	+ luaL_openlib(mathlib, (sizeof(mathlib)/sizeof(mathlib[0])));
	213	+ lua_pushcfunction(math_pow);
	214	+ lua_pushnumber(0); /* to get its tag */
	215	+ lua_settagmethod(lua_tag(lua_pop()), "pow");
229	216	}
230	217

clients/lib/old/Makefile+0−35

@@ -1,35 +0,0 @@
1		−# makefile for lualib
2		−
3		−LUA= ../../..
4		−
5		−include $(LUA)/config
6		−
7		−EXTRA_DEFS= $(POPEN) $(NOSTRERROR)
8		−
9		−OBJS= iolib.o mathlib.o strlib.o
10		−SRCS= iolib.c mathlib.c strlib.c
11		−
12		−SLIB= $(LIB)/liboldlualib.a
13		−
14		−# dynamic libraries only work for SunOs
15		−DLIB= $(LIB)/liboldlualib.so.$(VERSION)
16		−
17		−all: $(SLIB)
18		−
19		−dynamic: $(DLIB)
20		−
21		−$(SLIB): $(OBJS)
22		− ar rcu $@ $(OBJS)
23		− $(RANLIB) $(SLIB)
24		−
25		−$(DLIB): $(OBJS)
26		− ld -o $@ $(OBJS)
27		−
28		−clean:
29		− rm -f $(OBJS) $(SLIB) $(DLIB)
30		−
31		−co:
32		− co -f -M -rv2_4 $(SRCS)
33		−
34		−klean: clean
35		− rm -f $(SRCS)

clients/lib/old/iolib.c+0−618

@@ -1,618 +0,0 @@
1		−/*
2		−** iolib.c
3		−** Input/output library to LUA
4		−*/
5		−
6		−char *rcs_iolib="$Id: iolib.c,v 1.44 1996/05/03 20:10:59 roberto Exp $";
7		−
8		−#include <stdio.h>
9		−#include <ctype.h>
10		−#include <string.h>
11		−#include <time.h>
12		−#include <stdlib.h>
13		−#include <errno.h>
14		−
15		−#include "lua.h"
16		−#include "luadebug.h"
17		−#include "lualib.h"
18		−
19		−static FILE in=stdin, out=stdout;
20		−
21		−
22		−#ifdef POPEN
23		−FILE *popen();
24		−int pclose();
25		−#else
26		−#define popen(x,y) NULL /* that is, popen always fails */
27		−#define pclose(x) (-1)
28		−#endif
29		−
30		−
31		−static void pushresult (int i)
32		−{
33		− if (i)
34		− lua_pushnumber (1);
35		− else
36		− lua_pushnil();
37		−}
38		−
39		−static void closeread (void)
40		−{
41		− if (in != stdin)
42		− {
43		− if (pclose(in) == -1)
44		− fclose(in);
45		− in = stdin;
46		− }
47		−}
48		−
49		−static void closewrite (void)
50		−{
51		− if (out != stdout)
52		− {
53		− if (pclose(out) == -1)
54		− fclose(out);
55		− out = stdout;
56		− }
57		−}
58		−
59		−/*
60		−** Open a file to read.
61		−** LUA interface:
62		−** status = readfrom (filename)
63		−** where:
64		−** status = 1 -> success
65		−** status = nil -> error
66		−*/
67		−static void io_readfrom (void)
68		−{
69		− if (lua_getparam (1) == LUA_NOOBJECT)
70		− { /* restore standart input */
71		− closeread();
72		− lua_pushnumber (1);
73		− }
74		− else
75		− {
76		− char *s = lua_check_string(1, "readfrom");
77		− FILE fp = (s == '\|') ? popen(s+1, "r") : fopen(s, "r");
78		− if (fp == NULL)
79		− lua_pushnil();
80		− else
81		− {
82		− closeread();
83		− in = fp;
84		− lua_pushnumber (1);
85		− }
86		− }
87		−}
88		−
89		−
90		−/*
91		−** Open a file to write.
92		−** LUA interface:
93		−** status = writeto (filename)
94		−** where:
95		−** status = 1 -> success
96		−** status = nil -> error
97		−*/
98		−static void io_writeto (void)
99		−{
100		− if (lua_getparam (1) == LUA_NOOBJECT) /* restore standart output */
101		− {
102		− closewrite();
103		− lua_pushnumber (1);
104		− }
105		− else
106		− {
107		− char *s = lua_check_string(1, "writeto");
108		− FILE fp = (s == '\|') ? popen(s+1,"w") : fopen(s,"w");
109		− if (fp == NULL)
110		− lua_pushnil();
111		− else
112		− {
113		− closewrite();
114		− out = fp;
115		− lua_pushnumber (1);
116		− }
117		− }
118		−}
119		−
120		−
121		−/*
122		−** Open a file to write appended.
123		−** LUA interface:
124		−** status = appendto (filename)
125		−** where:
126		−** status = 1 -> success
127		−** status = nil -> error
128		−*/
129		−static void io_appendto (void)
130		−{
131		− char *s = lua_check_string(1, "appendto");
132		− FILE *fp = fopen (s, "a");
133		− if (fp == NULL)
134		− lua_pushnil();
135		− else
136		− {
137		− if (out != stdout) fclose (out);
138		− out = fp;
139		− lua_pushnumber(1);
140		− }
141		−}
142		−
143		−
144		−static char getformat (char f, int just, int m, int n)
145		−{
146		− int t;
147		− switch (*f++)
148		− {
149		− case 'q': case 'Q':
150		− case 's': case 'S':
151		− case 'i': case 'I':
152		− t = tolower(*(f-1));
153		− break;
154		− case 'f': case 'F': case 'g': case 'G': case 'e': case 'E':
155		− t = 'f';
156		− break;
157		− default:
158		− t = 0; /* to avoid compiler warnings */
159		− lua_arg_error("read/write (format)");
160		− }
161		− just = (f == '<' \|\| f == '>' \|\| f == '\|') ? *f++ : '>';
162		− if (isdigit(*f))
163		− {
164		− *m = 0;
165		− while (isdigit(*f))
166		− m = m10 + (f++ - '0');
167		− }
168		− else
169		− *m = -1;
170		− if (*f == '.')
171		− {
172		− f++; /* skip point */
173		− *n = 0;
174		− while (isdigit(*f))
175		− n = n10 + (f++ - '0');
176		− }
177		− else
178		− *n = -1;
179		− return t;
180		−}
181		−
182		−
183		−/*
184		−** Read a variable. On error put nil on stack.
185		−** LUA interface:
186		−** variable = read ([format])
187		−**
188		−** O formato pode ter um dos seguintes especificadores:
189		−**
190		−** s ou S -> para string
191		−** f ou F, g ou G, e ou E -> para reais
192		−** i ou I -> para inteiros
193		−**
194		−** Estes especificadores podem vir seguidos de numero que representa
195		−** o numero de campos a serem lidos.
196		−*/
197		−
198		−static int read_until_char (int del)
199		−{
200		− int c;
201		− while((c = fgetc(in)) != EOF && c != del)
202		− luaI_addchar(c);
203		− return c;
204		−}
205		−
206		−static void read_until_blank (void)
207		−{
208		− int c;
209		− while((c = fgetc(in)) != EOF && !isspace(c))
210		− luaI_addchar(c);
211		− if (c != EOF) ungetc(c,in);
212		−}
213		−
214		−static void read_m (int m)
215		−{
216		− int c;
217		− while (m-- && (c = fgetc(in)) != EOF)
218		− luaI_addchar(c);
219		−}
220		−
221		−
222		−static void read_free (void)
223		−{
224		− int c;
225		− while (isspace(c=fgetc(in)))
226		− ;
227		− if (c == EOF)
228		− {
229		− lua_pushnil();
230		− return;
231		− }
232		− if (c == '\"' \|\| c == '\'')
233		− { /* string */
234		− c = read_until_char(c);
235		− if (c == EOF)
236		− lua_pushnil();
237		− else
238		− lua_pushstring(luaI_addchar(0));
239		− }
240		− else
241		− {
242		− double d;
243		− char dummy;
244		− char *s;
245		− luaI_addchar(c);
246		− read_until_blank();
247		− s = luaI_addchar(0);
248		− if (sscanf(s, "%lf %c", &d, &dummy) == 1)
249		− lua_pushnumber(d);
250		− else
251		− lua_pushstring(s);
252		− }
253		−}
254		−
255		−static void io_read (void)
256		−{
257		− lua_Object o = lua_getparam (1);
258		− luaI_addchar(0); /* initialize buffer */
259		− if (o == LUA_NOOBJECT) /* free format */
260		− read_free();
261		− else /* formatted */
262		− {
263		− int m, dummy1, dummy2;
264		− switch (getformat(lua_check_string(1, "read"), &dummy1, &m, &dummy2))
265		− {
266		− case 's':
267		− {
268		− char *s;
269		− if (m < 0)
270		− read_until_blank();
271		− else
272		− read_m(m);
273		− s = luaI_addchar(0);
274		− if ((m >= 0 && strlen(s) == m) \|\| (m < 0 && strlen(s) > 0))
275		− lua_pushstring(s);
276		− else
277		− lua_pushnil();
278		− break;
279		− }
280		−
281		− case 'i': /* can read as float, since it makes no difference to Lua */
282		− case 'f':
283		− {
284		− double d;
285		− int result;
286		− if (m < 0)
287		− result = fscanf(in, "%lf", &d);
288		− else
289		− {
290		− read_m(m);
291		− result = sscanf(luaI_addchar(0), "%lf", &d);
292		− }
293		− if (result == 1)
294		− lua_pushnumber(d);
295		− else
296		− lua_pushnil();
297		− break;
298		− }
299		− default:
300		− lua_arg_error("read (format)");
301		− }
302		− }
303		−}
304		−
305		−
306		−/*
307		−** Read characters until a given one. The delimiter is not read.
308		−*/
309		−static void io_readuntil (void)
310		−{
311		− int del, c;
312		− lua_Object p = lua_getparam(1);
313		− luaI_addchar(0); /* initialize buffer */
314		− if (p == LUA_NOOBJECT \|\| lua_isnil(p))
315		− del = EOF;
316		− else
317		− del = *lua_check_string(1, "readuntil");
318		− c = read_until_char(del);
319		− if (c != EOF) ungetc(c,in);
320		− lua_pushstring(luaI_addchar(0));
321		−}
322		−
323		−
324		−/*
325		−** Write a variable. On error put 0 on stack, otherwise put 1.
326		−** LUA interface:
327		−** status = write (variable [,format])
328		−**
329		−** O formato pode ter um dos seguintes especificadores:
330		−**
331		−** s ou S -> para string
332		−** f ou F, g ou G, e ou E -> para reais
333		−** i ou I -> para inteiros
334		−**
335		−** Estes especificadores podem vir seguidos de:
336		−**
337		−** [?][m][.n]
338		−**
339		−** onde:
340		−** ? -> indica justificacao
341		−** < = esquerda
342		−** \| = centro
343		−** > = direita (default)
344		−** m -> numero maximo de campos (se exceder estoura)
345		−** n -> indica precisao para
346		−** reais -> numero de casas decimais
347		−** inteiros -> numero minimo de digitos
348		−** string -> nao se aplica
349		−*/
350		−
351		−static int write_fill (int n, int c)
352		−{
353		− while (n--)
354		− if (fputc(c, out) == EOF)
355		− return 0;
356		− return 1;
357		−}
358		−
359		−static int write_string (char *s, int just, int m)
360		−{
361		− int status;
362		− int l = strlen(s);
363		− int pre; /* number of blanks before string */
364		− if (m < 0) m = l;
365		− else if (l > m)
366		− {
367		− write_fill(m, '*');
368		− return 0;
369		− }
370		− pre = (just == '<') ? 0 : (just == '>') ? m-l : (m-l)/2;
371		− status = write_fill(pre, ' ');
372		− status = status && fprintf(out, "%s", s) >= 0;
373		− status = status && write_fill(m-(l+pre), ' ');
374		− return status;
375		−}
376		−
377		−static int write_quoted (int just, int m)
378		−{
379		− luaI_addchar(0);
380		− luaI_addquoted(lua_check_string(1, "write"));
381		− return write_string(luaI_addchar(0), just, m);
382		−}
383		−
384		−static int write_float (int just, int m, int n)
385		−{
386		− char buffer[100];
387		− lua_Object p = lua_getparam(1);
388		− float number;
389		− if (!lua_isnumber(p)) return 0;
390		− number = lua_getnumber(p);
391		− if (n >= 0)
392		− sprintf(buffer, "%.*f", n, number);
393		− else
394		− sprintf(buffer, "%g", number);
395		− return write_string(buffer, just, m);
396		−}
397		−
398		−
399		−static int write_int (int just, int m, int n)
400		−{
401		− char buffer[100];
402		− lua_Object p = lua_getparam(1);
403		− int number;
404		− if (!lua_isnumber(p)) return 0;
405		− number = (int)lua_getnumber(p);
406		− if (n >= 0)
407		− sprintf(buffer, "%.*d", n, number);
408		− else
409		− sprintf(buffer, "%d", number);
410		− return write_string(buffer, just, m);
411		−}
412		−
413		−
414		−static void io_write (void)
415		−{
416		− int status = 0;
417		− if (lua_getparam (2) == LUA_NOOBJECT) /* free format */
418		− {
419		− lua_Object o1 = lua_getparam(1);
420		− int t = lua_type(o1);
421		− if (t == LUA_T_NUMBER)
422		− status = fprintf (out, "%g", lua_getnumber(o1)) >= 0;
423		− else if (t == LUA_T_STRING)
424		− status = fprintf (out, "%s", lua_getstring(o1)) >= 0;
425		− }
426		− else /* formated */
427		− {
428		− int just, m, n;
429		− switch (getformat(lua_check_string(2, "write"), &just, &m, &n))
430		− {
431		− case 's':
432		− {
433		− lua_Object p = lua_getparam(1);
434		− if (lua_isstring(p))
435		− status = write_string(lua_getstring(p), just, m);
436		− else
437		− status = 0;
438		− break;
439		− }
440		− case 'q':
441		− status = write_quoted(just, m);
442		− break;
443		− case 'f':
444		− status = write_float(just, m, n);
445		− break;
446		− case 'i':
447		− status = write_int(just, m, n);
448		− break;
449		− }
450		− }
451		− if (status)
452		− lua_pushnumber(status);
453		− else
454		− lua_pushnil();
455		−}
456		−
457		−/*
458		−** Execute a executable program using "system".
459		−** Return the result of execution.
460		−*/
461		−static void io_execute (void)
462		−{
463		− lua_pushnumber(system(lua_check_string(1, "execute")));
464		−}
465		−
466		−/*
467		−** Remove a file. On error return nil.
468		−*/
469		−static void io_remove (void)
470		−{
471		− pushresult(remove(lua_check_string(1, "remove")) == 0);
472		−}
473		−
474		−static void io_rename (void)
475		−{
476		− char *f1 = lua_check_string(1, "rename");
477		− char *f2 = lua_check_string(2, "rename");
478		− pushresult(rename(f1, f2) == 0);
479		−}
480		−
481		−static void io_tmpname (void)
482		−{
483		− lua_pushstring(tmpnam(NULL));
484		−}
485		−
486		−static void io_errorno (void)
487		−{
488		−/* lua_pushstring(strerror(errno));*/
489		−}
490		−
491		−
492		−/*
493		−** To get a environment variable
494		−*/
495		−static void io_getenv (void)
496		−{
497		− char *env = getenv(lua_check_string(1, "getenv"));
498		− lua_pushstring(env); /* if NULL push nil */
499		−}
500		−
501		−/*
502		−** Return user formatted time stamp
503		−*/
504		−static void io_date (void)
505		−{
506		− time_t t;
507		− struct tm *tm;
508		− char *s;
509		− char b[BUFSIZ];
510		− if (lua_getparam(1) == LUA_NOOBJECT)
511		− s = "%c";
512		− else
513		− s = lua_check_string(1, "date");
514		− time(&t); tm = localtime(&t);
515		− if (strftime(b,sizeof(b),s,tm))
516		− lua_pushstring(b);
517		− else
518		− lua_error("invalid `date' format");
519		−}
520		−
521		−/*
522		−** To exit
523		−*/
524		−static void io_exit (void)
525		−{
526		− lua_Object o = lua_getparam(1);
527		− int code = lua_isnumber(o) ? (int)lua_getnumber(o) : 1;
528		− exit(code);
529		−}
530		−
531		−/*
532		−** To debug a lua program. Start a dialog with the user, interpreting
533		− lua commands until an 'cont'.
534		−*/
535		−static void io_debug (void)
536		−{
537		− while (1)
538		− {
539		− char buffer[250];
540		− fprintf(stderr, "lua_debug> ");
541		− if (fgets(buffer, sizeof(buffer), stdin) == 0) return;
542		− if (strcmp(buffer, "cont") == 0) return;
543		− lua_dostring(buffer);
544		− }
545		−}
546		−
547		−
548		−static void lua_printstack (FILE *f)
549		−{
550		− int level = 0;
551		− lua_Object func;
552		− fprintf(f, "Active Stack:\n");
553		− while ((func = lua_stackedfunction(level++)) != LUA_NOOBJECT)
554		− {
555		− char *name;
556		− int currentline;
557		− fprintf(f, "\t");
558		− switch (*lua_getobjname(func, &name))
559		− {
560		− case 'g':
561		− fprintf(f, "function %s", name);
562		− break;
563		− case 'f':
564		− fprintf(f, "`%s' fallback", name);
565		− break;
566		− default:
567		− {
568		− char *filename;
569		− int linedefined;
570		− lua_funcinfo(func, &filename, &linedefined);
571		− if (linedefined == 0)
572		− fprintf(f, "main of %s", filename);
573		− else if (linedefined < 0)
574		− fprintf(f, "%s", filename);
575		− else
576		− fprintf(f, "function (%s:%d)", filename, linedefined);
577		− }
578		− }
579		− if ((currentline = lua_currentline(func)) > 0)
580		− fprintf(f, " at line %d", currentline);
581		− fprintf(f, "\n");
582		− }
583		−}
584		−
585		−
586		−static void errorfb (void)
587		−{
588		− lua_Object o = lua_getparam(1);
589		− char *s = lua_isstring(o) ? lua_getstring(o) : "(no messsage)";
590		− fprintf(stderr, "lua: %s\n", s);
591		− lua_printstack(stderr);
592		−}
593		−
594		−
595		−static struct lua_reg iolib[] = {
596		−{"readfrom", io_readfrom},
597		−{"writeto", io_writeto},
598		−{"appendto", io_appendto},
599		−{"read", io_read},
600		−{"readuntil",io_readuntil},
601		−{"write", io_write},
602		−{"execute", io_execute},
603		−{"remove", io_remove},
604		−{"rename", io_rename},
605		−{"tmpname", io_tmpname},
606		−{"ioerror", io_errorno},
607		−{"getenv", io_getenv},
608		−{"date", io_date},
609		−{"exit", io_exit},
610		−{"debug", io_debug},
611		−{"print_stack", errorfb}
612		−};
613		−
614		−void iolib_open (void)
615		−{
616		− luaI_openlib(iolib, (sizeof(iolib)/sizeof(iolib[0])));
617		− lua_setfallback("error", errorfb);
618		−}

clients/lib/old/lualib.h+0−33

@@ -1,33 +0,0 @@
1		−/*
2		−** Libraries to be used in LUA programs
3		−** Grupo de Tecnologia em Computacao Grafica
4		−** TeCGraf - PUC-Rio
5		−** $Id: lualib.h,v 1.8 1996/04/30 21:13:55 roberto Exp $
6		−*/
7		−
8		−#ifndef lualib_h
9		−#define lualib_h
10		−
11		−#include "lua.h"
12		−
13		−void iolib_open (void);
14		−void strlib_open (void);
15		−void mathlib_open (void);
16		−
17		−
18		−/* auxiliar functions (private) */
19		−
20		−struct lua_reg {
21		− char *name;
22		− lua_CFunction func;
23		−};
24		−
25		−void luaI_openlib (struct lua_reg *l, int n);
26		−void lua_arg_error(char *funcname);
27		−char lua_check_string (int numArg, char funcname);
28		−double lua_check_number (int numArg, char *funcname);
29		−char *luaI_addchar (int c);
30		−void luaI_addquoted (char *s);
31		−
32		−#endif
33		−

clients/lib/old/mathlib.c+0−230

@@ -1,230 +0,0 @@
1		−/*
2		−** mathlib.c
3		−** Mathematics library to LUA
4		−*/
5		−
6		−char *rcs_mathlib="$Id: mathlib.c,v 1.17 1996/04/30 21:13:55 roberto Exp $";
7		−
8		−#include <stdlib.h>
9		−#include <math.h>
10		−
11		−#include "lualib.h"
12		−#include "lua.h"
13		−
14		−#ifndef PI
15		−#define PI 3.14159265358979323846
16		−#endif
17		−#define TODEGREE(a) ((a)*180.0/PI)
18		−#define TORAD(a) ((a)*PI/180.0)
19		−
20		−static void math_abs (void)
21		−{
22		− double d = lua_check_number(1, "abs");
23		− if (d < 0) d = -d;
24		− lua_pushnumber (d);
25		−}
26		−
27		−
28		−static void math_sin (void)
29		−{
30		− double d = lua_check_number(1, "sin");
31		− lua_pushnumber (sin(TORAD(d)));
32		−}
33		−
34		−
35		−
36		−static void math_cos (void)
37		−{
38		− double d = lua_check_number(1, "cos");
39		− lua_pushnumber (cos(TORAD(d)));
40		−}
41		−
42		−
43		−
44		−static void math_tan (void)
45		−{
46		− double d = lua_check_number(1, "tan");
47		− lua_pushnumber (tan(TORAD(d)));
48		−}
49		−
50		−
51		−static void math_asin (void)
52		−{
53		− double d = lua_check_number(1, "asin");
54		− lua_pushnumber (TODEGREE(asin(d)));
55		−}
56		−
57		−
58		−static void math_acos (void)
59		−{
60		− double d = lua_check_number(1, "acos");
61		− lua_pushnumber (TODEGREE(acos(d)));
62		−}
63		−
64		−
65		−static void math_atan (void)
66		−{
67		− double d = lua_check_number(1, "atan");
68		− lua_pushnumber (TODEGREE(atan(d)));
69		−}
70		−
71		−
72		−static void math_atan2 (void)
73		−{
74		− double d1 = lua_check_number(1, "atan2");
75		− double d2 = lua_check_number(2, "atan2");
76		− lua_pushnumber (TODEGREE(atan2(d1, d2)));
77		−}
78		−
79		−
80		−static void math_ceil (void)
81		−{
82		− double d = lua_check_number(1, "ceil");
83		− lua_pushnumber (ceil(d));
84		−}
85		−
86		−
87		−static void math_floor (void)
88		−{
89		− double d = lua_check_number(1, "floor");
90		− lua_pushnumber (floor(d));
91		−}
92		−
93		−static void math_mod (void)
94		−{
95		− int d1 = (int)lua_check_number(1, "mod");
96		− int d2 = (int)lua_check_number(2, "mod");
97		− lua_pushnumber (d1%d2);
98		−}
99		−
100		−
101		−static void math_sqrt (void)
102		−{
103		− double d = lua_check_number(1, "sqrt");
104		− lua_pushnumber (sqrt(d));
105		−}
106		−
107		−static int old_pow;
108		−
109		−static void math_pow (void)
110		−{
111		− lua_Object o1 = lua_getparam (1);
112		− lua_Object o2 = lua_getparam (2);
113		− lua_Object op = lua_getparam(3);
114		− if (!lua_isnumber(o1) \|\| !lua_isnumber(o2) \|\| *(lua_getstring(op)) != 'p')
115		− {
116		− lua_Object old = lua_getref(old_pow);
117		− lua_pushobject(o1);
118		− lua_pushobject(o2);
119		− lua_pushobject(op);
120		− if (lua_callfunction(old) != 0)
121		− lua_error(NULL);
122		− }
123		− else
124		− {
125		− double d1 = lua_getnumber(o1);
126		− double d2 = lua_getnumber(o2);
127		− lua_pushnumber (pow(d1,d2));
128		− }
129		−}
130		−
131		−static void math_min (void)
132		−{
133		− int i=1;
134		− double dmin = lua_check_number(i, "min");
135		− while (lua_getparam(++i) != LUA_NOOBJECT)
136		− {
137		− double d = lua_check_number(i, "min");
138		− if (d < dmin) dmin = d;
139		− }
140		− lua_pushnumber (dmin);
141		−}
142		−
143		−static void math_max (void)
144		−{
145		− int i=1;
146		− double dmax = lua_check_number(i, "max");
147		− while (lua_getparam(++i) != LUA_NOOBJECT)
148		− {
149		− double d = lua_check_number(i, "max");
150		− if (d > dmax) dmax = d;
151		− }
152		− lua_pushnumber (dmax);
153		−}
154		−
155		−static void math_log (void)
156		−{
157		− double d = lua_check_number(1, "log");
158		− lua_pushnumber (log(d));
159		−}
160		−
161		−
162		−static void math_log10 (void)
163		−{
164		− double d = lua_check_number(1, "log10");
165		− lua_pushnumber (log10(d));
166		−}
167		−
168		−
169		−static void math_exp (void)
170		−{
171		− double d = lua_check_number(1, "exp");
172		− lua_pushnumber (exp(d));
173		−}
174		−
175		−static void math_deg (void)
176		−{
177		− float d = lua_check_number(1, "deg");
178		− lua_pushnumber (d*180./PI);
179		−}
180		−
181		−static void math_rad (void)
182		−{
183		− float d = lua_check_number(1, "rad");
184		− lua_pushnumber (d/180.*PI);
185		−}
186		−
187		−static void math_random (void)
188		−{
189		− lua_pushnumber((double)(rand()%RAND_MAX) / (double)RAND_MAX);
190		−}
191		−
192		−static void math_randomseed (void)
193		−{
194		− srand(lua_check_number(1, "randomseed"));
195		−}
196		−
197		−
198		−static struct lua_reg mathlib[] = {
199		−{"abs", math_abs},
200		−{"sin", math_sin},
201		−{"cos", math_cos},
202		−{"tan", math_tan},
203		−{"asin", math_asin},
204		−{"acos", math_acos},
205		−{"atan", math_atan},
206		−{"atan2", math_atan2},
207		−{"ceil", math_ceil},
208		−{"floor", math_floor},
209		−{"mod", math_mod},
210		−{"sqrt", math_sqrt},
211		−{"min", math_min},
212		−{"max", math_max},
213		−{"log", math_log},
214		−{"log10", math_log10},
215		−{"exp", math_exp},
216		−{"deg", math_deg},
217		−{"rad", math_rad},
218		−{"random", math_random},
219		−{"randomseed", math_randomseed}
220		−};
221		−
222		−/*
223		−** Open math library
224		−*/
225		−void mathlib_open (void)
226		−{
227		− luaI_openlib(mathlib, (sizeof(mathlib)/sizeof(mathlib[0])));
228		− old_pow = lua_refobject(lua_setfallback("arith", math_pow), 1);
229		−}
230		−

clients/lib/old/strlib.c+0−276

@@ -1,276 +0,0 @@
1		−/*
2		−** strlib.c
3		−** String library to LUA
4		−*/
5		−
6		−char *rcs_strlib="$Id: strlib.c,v 1.23 1996/04/30 21:13:55 roberto Exp $";
7		−
8		−#include <string.h>
9		−#include <stdio.h>
10		−#include <stdlib.h>
11		−#include <ctype.h>
12		−#include <limits.h>
13		−
14		−#include "lua.h"
15		−#include "lualib.h"
16		−
17		−
18		−void lua_arg_error(char *funcname)
19		−{
20		− char buff[100];
21		− sprintf(buff, "incorrect arguments to function `%s'", funcname);
22		− lua_error(buff);
23		−}
24		−
25		−char lua_check_string (int numArg, char funcname)
26		−{
27		− lua_Object o = lua_getparam(numArg);
28		− if (!lua_isstring(o))
29		− lua_arg_error(funcname);
30		− return lua_getstring(o);
31		−}
32		−
33		−double lua_check_number (int numArg, char *funcname)
34		−{
35		− lua_Object o = lua_getparam(numArg);
36		− if (!lua_isnumber(o))
37		− lua_arg_error(funcname);
38		− return lua_getnumber(o);
39		−}
40		−
41		−static int lua_opt_number (int numArg, int def, char *funcname)
42		−{
43		− return (lua_getparam(numArg) == LUA_NOOBJECT) ? def :
44		− (int)lua_check_number(numArg, funcname);
45		−}
46		−
47		−char *luaI_addchar (int c)
48		−{
49		− static char *buff = NULL;
50		− static int max = 0;
51		− static int n = 0;
52		− if (n >= max)
53		− {
54		− if (max == 0)
55		− {
56		− max = 100;
57		− buff = (char *)malloc(max);
58		− }
59		− else
60		− {
61		− max *= 2;
62		− buff = (char *)realloc(buff, max);
63		− }
64		− if (buff == NULL)
65		− lua_error("memory overflow");
66		− }
67		− buff[n++] = c;
68		− if (c == 0)
69		− n = 0; /* prepare for next string */
70		− return buff;
71		−}
72		−
73		−
74		−/*
75		−** Return the position of the first caracter of a substring into a string
76		−** LUA interface:
77		−** n = strfind (string, substring, init, end)
78		−*/
79		−static void str_find (void)
80		−{
81		− char *s1 = lua_check_string(1, "strfind");
82		− char *s2 = lua_check_string(2, "strfind");
83		− int init = lua_opt_number(3, 1, "strfind") - 1;
84		− char *f = (init>=0 && init<=strlen(s1)) ? strstr(s1+init,s2) : NULL;
85		− if (f != NULL)
86		− {
87		− int pos = f-s1+1;
88		− if (lua_opt_number(4, INT_MAX, "strfind") >= pos+strlen(s2)-1)
89		− lua_pushnumber (pos);
90		− else
91		− lua_pushnil();
92		− }
93		− else
94		− lua_pushnil();
95		−}
96		−
97		−/*
98		−** Return the string length
99		−** LUA interface:
100		−** n = strlen (string)
101		−*/
102		−static void str_len (void)
103		−{
104		− char *s = lua_check_string(1, "strlen");
105		− lua_pushnumber(strlen(s));
106		−}
107		−
108		−
109		−/*
110		−** Return the substring of a string, from start to end
111		−** LUA interface:
112		−** substring = strsub (string, start, end)
113		−*/
114		−static void str_sub (void)
115		−{
116		− char *s = lua_check_string(1, "strsub");
117		− int start = (int)lua_check_number(2, "strsub");
118		− int end = lua_opt_number(3, strlen(s), "strsub");
119		− if (end < start \|\| start < 1 \|\| end > strlen(s))
120		− lua_pushliteral("");
121		− else
122		− {
123		− luaI_addchar(0);
124		− while (start <= end)
125		− luaI_addchar(s[start++ - 1]);
126		− lua_pushstring (luaI_addchar(0));
127		− }
128		−}
129		−
130		−/*
131		−** Convert a string to lower case.
132		−** LUA interface:
133		−** lowercase = strlower (string)
134		−*/
135		−static void str_lower (void)
136		−{
137		− char *s = lua_check_string(1, "strlower");
138		− luaI_addchar(0);
139		− while (*s)
140		− luaI_addchar(tolower(*s++));
141		− lua_pushstring(luaI_addchar(0));
142		−}
143		−
144		−
145		−/*
146		−** Convert a string to upper case.
147		−** LUA interface:
148		−** uppercase = strupper (string)
149		−*/
150		−static void str_upper (void)
151		−{
152		− char *s = lua_check_string(1, "strupper");
153		− luaI_addchar(0);
154		− while (*s)
155		− luaI_addchar(toupper(*s++));
156		− lua_pushstring(luaI_addchar(0));
157		−}
158		−
159		−/*
160		−** get ascii value of a character in a string
161		−*/
162		−static void str_ascii (void)
163		−{
164		− char *s = lua_check_string(1, "ascii");
165		− int pos = lua_opt_number(2, 1, "ascii") - 1;
166		− if (pos<0 \|\| pos>=strlen(s))
167		− lua_arg_error("ascii");
168		− lua_pushnumber(s[pos]);
169		−}
170		−
171		−void luaI_addquoted (char *s)
172		−{
173		− luaI_addchar('"');
174		− for (; *s; s++)
175		− {
176		− if (s == '"' \|\| s == '\\' \|\| *s == '\n')
177		− luaI_addchar('\\');
178		− luaI_addchar(*s);
179		− }
180		− luaI_addchar('"');
181		−}
182		−
183		−#define MAX_CONVERTION 2000
184		−#define MAX_FORMAT 50
185		−
186		−static void str_format (void)
187		−{
188		− int arg = 1;
189		− char *strfrmt = lua_check_string(arg++, "format");
190		− luaI_addchar(0); /* initialize */
191		− while (*strfrmt)
192		− {
193		− if (*strfrmt != '%')
194		− luaI_addchar(*strfrmt++);
195		− else if (*++strfrmt == '%')
196		− luaI_addchar(strfrmt++); / %% */
197		− else
198		− { /* format item */
199		− char form[MAX_FORMAT]; /* store the format ('%...') */
200		− char buff[MAX_CONVERTION]; /* store the formated value */
201		− int size = 0;
202		− int i = 0;
203		− form[i++] = '%';
204		− form[i] = *strfrmt++;
205		− while (!isalpha(form[i]))
206		− {
207		− if (isdigit(form[i]))
208		− {
209		− size = size*10 + form[i]-'0';
210		− if (size >= MAX_CONVERTION)
211		− lua_error("format size/precision too long in function `format'");
212		− }
213		− else if (form[i] == '.')
214		− size = 0; /* re-start */
215		− if (++i >= MAX_FORMAT)
216		− lua_error("bad format in function `format'");
217		− form[i] = *strfrmt++;
218		− }
219		− form[i+1] = 0; /* ends string */
220		− switch (form[i])
221		− {
222		− case 'q':
223		− luaI_addquoted(lua_check_string(arg++, "format"));
224		− buff[0] = '\0'; /* addchar already done */
225		− break;
226		− case 's':
227		− {
228		− char *s = lua_check_string(arg++, "format");
229		− if (strlen(s) >= MAX_CONVERTION)
230		− lua_error("string argument too long in function `format'");
231		− sprintf(buff, form, s);
232		− break;
233		− }
234		− case 'c': case 'd': case 'i': case 'o':
235		− case 'u': case 'x': case 'X':
236		− sprintf(buff, form, (int)lua_check_number(arg++, "format"));
237		− break;
238		− case 'e': case 'E': case 'f': case 'g':
239		− sprintf(buff, form, lua_check_number(arg++, "format"));
240		− break;
241		− default: /* also treat cases 'pnLlh' */
242		− lua_error("invalid format option in function `format'");
243		− }
244		− for (i=0; buff[i]; i++) /* move formated value to result */
245		− luaI_addchar(buff[i]);
246		− }
247		− }
248		− lua_pushstring(luaI_addchar(0)); /* push the result */
249		−}
250		−
251		−
252		−void luaI_openlib (struct lua_reg *l, int n)
253		−{
254		− int i;
255		− for (i=0; i<n; i++)
256		− lua_register(l[i].name, l[i].func);
257		−}
258		−
259		−static struct lua_reg strlib[] = {
260		−{"strfind", str_find},
261		−{"strlen", str_len},
262		−{"strsub", str_sub},
263		−{"strlower", str_lower},
264		−{"strupper", str_upper},
265		−{"ascii", str_ascii},
266		−{"format", str_format}
267		−};
268		−
269		−
270		−/*
271		−** Open string library
272		−*/
273		−void strlib_open (void)
274		−{
275		− luaI_openlib(strlib, (sizeof(strlib)/sizeof(strlib[0])));
276		−}

clients/lib/strlib.c+106−144

@@ -3,7 +3,7 @@ · 2 unmodified lines
3	3	** String library to LUA
4	4	*/
5	5
6		−char *rcs_strlib="$Id: strlib.c,v 1.33 1996/11/20 13:47:59 roberto Exp $";
	6	+char *rcs_strlib="$Id: strlib.c,v 1.46 1997/06/19 18:49:40 roberto Exp $";
7	7
8	8	#include <string.h>
9	9	#include <stdio.h>
@@ -11,6 +11,7 @@ char *rcs_strlib="$Id: strlib.c,v 1.33 1996/11/20 13:47:59 roberto Exp $"; · 1 unmodified line
11	11	#include <ctype.h>
12	12
13	13	#include "lua.h"
	14	+#include "auxlib.h"
14	15	#include "lualib.h"
15	16
16	17
@@ -23,7 +24,7 @@ struct lbuff { · 6 unmodified lines
23	24	static struct lbuff lbuffer = {NULL, 0, 0};
24	25
25	26
26		−static char *lua_strbuffer (unsigned long size)
	27	+static char *strbuffer (unsigned long size)
27	28	{
28	29	if (size > lbuffer.max) {
29	30	/* ANSI "realloc" doesn't need this test, but some machines (Sun!)
@@ -38,55 +39,24 @@ static char *lua_strbuffer (unsigned long size) · 8 unmodified lines
38	39
39	40	static char *openspace (unsigned long size)
40	41	{
41		− char *buff = lua_strbuffer(lbuffer.size+size);
	42	+ char *buff = strbuffer(lbuffer.size+size);
42	43	return buff+lbuffer.size;
43	44	}
44	45
45		−void lua_arg_check(int cond, char *funcname)
46		−{
47		− if (!cond) {
48		− char buff[100];
49		− sprintf(buff, "incorrect argument to function `%s'", funcname);
50		− lua_error(buff);
51		− }
52		−}
53		−
54		−char lua_check_string (int numArg, char funcname)
55		−{
56		− lua_Object o = lua_getparam(numArg);
57		− lua_arg_check(lua_isstring(o), funcname);
58		− return lua_getstring(o);
59		−}
60		−
61		−char lua_opt_string (int numArg, char def, char *funcname)
62		−{
63		− return (lua_getparam(numArg) == LUA_NOOBJECT) ? def :
64		− lua_check_string(numArg, funcname);
65		−}
66		−
67		−double lua_check_number (int numArg, char *funcname)
68		−{
69		− lua_Object o = lua_getparam(numArg);
70		− lua_arg_check(lua_isnumber(o), funcname);
71		− return lua_getnumber(o);
72		−}
73		−
74		−long lua_opt_number (int numArg, long def, char *funcname)
75		−{
76		− return (lua_getparam(numArg) == LUA_NOOBJECT) ? def :
77		− (long)lua_check_number(numArg, funcname);
78		−}
79		−
80	46	char *luaI_addchar (int c)
81	47	{
82	48	if (lbuffer.size >= lbuffer.max)
83		− lua_strbuffer(lbuffer.max == 0 ? 100 : lbuffer.max*2);
	49	+ strbuffer(lbuffer.max == 0 ? 100 : lbuffer.max*2);
84	50	lbuffer.b[lbuffer.size++] = c;
85		− if (c == 0)
86		− lbuffer.size = 0; /* prepare for next string */
87	51	return lbuffer.b;
88	52	}
89	53
	54	+void luaI_emptybuff (void)
	55	+{
	56	+ lbuffer.size = 0; /* prepare for next string */
	57	+}
	58	+
	59	+
90	60	static void addnchar (char *s, int n)
91	61	{
92	62	char *b = openspace(n);
@@ -99,35 +69,13 @@ static void addstr (char *s) · 6 unmodified lines
99	69	addnchar(s, strlen(s));
100	70	}
101	71
102		−/*
103		−** Interface to strtok
104		−*/
105		−static void str_tok (void)
106		−{
107		− char *s1 = lua_check_string(1, "strtok");
108		− char *del = lua_check_string(2, "strtok");
109		− lua_Object t = lua_createtable();
110		− int i = 1;
111		− /* As strtok changes s1, and s1 is "constant", make a copy of it */
112		− s1 = strcpy(lua_strbuffer(strlen(s1+1)), s1);
113		− while ((s1 = strtok(s1, del)) != NULL) {
114		− lua_pushobject(t);
115		− lua_pushnumber(i++);
116		− lua_pushstring(s1);
117		− lua_storesubscript();
118		− s1 = NULL; /* prepare for next strtok */
119		− }
120		− lua_pushobject(t);
121		− lua_pushnumber(i-1); /* total number of tokens */
122		−}
123		−
124	72
125	73	/*
126	74	** Return the string length
127	75	*/
128	76	static void str_len (void)
129	77	{
130		− lua_pushnumber(strlen(lua_check_string(1, "strlen")));
	78	+ lua_pushnumber(strlen(luaL_check_string(1)));
131	79	}
132	80
133	81	/*
@@ -135,15 +83,18 @@ static void str_len (void) · 1 unmodified line
135	83	*/
136	84	static void str_sub (void)
137	85	{
138		− char *s = lua_check_string(1, "strsub");
139		− long start = (long)lua_check_number(2, "strsub");
140		− long end = lua_opt_number(3, strlen(s), "strsub");
141		− if (1 <= start && start <= end && end <= strlen(s)) {
142		− luaI_addchar(0);
	86	+ char *s = luaL_check_string(1);
	87	+ long l = strlen(s);
	88	+ long start = (long)luaL_check_number(2);
	89	+ long end = (long)luaL_opt_number(3, -1);
	90	+ if (start < 0) start = l+start+1;
	91	+ if (end < 0) end = l+end+1;
	92	+ if (1 <= start && start <= end && end <= l) {
	93	+ luaI_emptybuff();
143	94	addnchar(s+start-1, end-start+1);
144	95	lua_pushstring(luaI_addchar(0));
145	96	}
146		− else lua_pushliteral("");
	97	+ else lua_pushstring("");
147	98	}
148	99
149	100	/*
@@ -151,10 +102,10 @@ static void str_sub (void) · 1 unmodified line
151	102	*/
152	103	static void str_lower (void)
153	104	{
154		− char *s = lua_check_string(1, "strlower");
155		− luaI_addchar(0);
156		− while (*s)
157		− luaI_addchar(tolower(*s++));
	105	+ char *s;
	106	+ luaI_emptybuff();
	107	+ for (s = luaL_check_string(1); *s; s++)
	108	+ luaI_addchar(tolower((unsigned char)*s));
158	109	lua_pushstring(luaI_addchar(0));
159	110	}
160	111
@@ -163,18 +114,18 @@ static void str_lower (void) · 2 unmodified lines
163	114	*/
164	115	static void str_upper (void)
165	116	{
166		− char *s = lua_check_string(1, "strupper");
167		− luaI_addchar(0);
168		− while (*s)
169		− luaI_addchar(toupper(*s++));
	117	+ char *s;
	118	+ luaI_emptybuff();
	119	+ for (s = luaL_check_string(1); *s; s++)
	120	+ luaI_addchar(toupper((unsigned char)*s));
170	121	lua_pushstring(luaI_addchar(0));
171	122	}
172	123
173	124	static void str_rep (void)
174	125	{
175		− char *s = lua_check_string(1, "strrep");
176		− int n = (int)lua_check_number(2, "strrep");
177		− luaI_addchar(0);
	126	+ char *s = luaL_check_string(1);
	127	+ int n = (int)luaL_check_number(2);
	128	+ luaI_emptybuff();
178	129	while (n-- > 0)
179	130	addstr(s);
180	131	lua_pushstring(luaI_addchar(0));
@@ -185,9 +136,9 @@ static void str_rep (void) · 4 unmodified lines
185	136	*/
186	137	static void str_ascii (void)
187	138	{
188		− char *s = lua_check_string(1, "ascii");
189		− long pos = lua_opt_number(2, 1, "ascii") - 1;
190		− lua_arg_check(0<=pos && pos<strlen(s), "ascii");
	139	+ char *s = luaL_check_string(1);
	140	+ long pos = (long)luaL_opt_number(2, 1) - 1;
	141	+ luaL_arg_check(0<=pos && pos<strlen(s), 2, "out of range");
191	142	lua_pushnumber((unsigned char)s[pos]);
192	143	}
193	144
@@ -195,23 +146,23 @@ static void str_ascii (void) · 1 unmodified line
195	146	/* pattern matching */
196	147
197	148	#define ESC '%'
198		−#define SPECIALS "^$*?.([%"
	149	+#define SPECIALS "^$*?.([%-"
199	150
200	151	static char bracket_end (char p)
201	152	{
202	153	return (p == 0) ? NULL : strchr((p=='^') ? p+2 : p+1, ']');
203	154	}
204	155
205		−char item_end (char p)
	156	+char luaL_item_end (char p)
206	157	{
207	158	switch (*p++) {
208	159	case '\0': return p-1;
209	160	case ESC:
210		− if (*p == 0) lua_error("incorrect pattern");
	161	+ if (*p == 0) luaL_verror("incorrect pattern (ends with `%c')", ESC);
211	162	return p+1;
212	163	case '[': {
213	164	char *end = bracket_end(p);
214		− if (end == NULL) lua_error("incorrect pattern");
	165	+ if (end == NULL) lua_error("incorrect pattern (missing `]')");
215	166	return end+1;
216	167	}
217	168	default:
@@ -222,21 +173,21 @@ char item_end (char p) · 4 unmodified lines
222	173	static int matchclass (int c, int cl)
223	174	{
224	175	int res;
225		− switch (tolower(cl)) {
226		− case 'a' : res = isalpha(c); break;
227		− case 'c' : res = iscntrl(c); break;
228		− case 'd' : res = isdigit(c); break;
229		− case 'l' : res = islower(c); break;
230		− case 'p' : res = ispunct(c); break;
231		− case 's' : res = isspace(c); break;
232		− case 'u' : res = isupper(c); break;
233		− case 'w' : res = isalnum(c); break;
	176	+ switch (tolower((unsigned char)cl)) {
	177	+ case 'a' : res = isalpha((unsigned char)c); break;
	178	+ case 'c' : res = iscntrl((unsigned char)c); break;
	179	+ case 'd' : res = isdigit((unsigned char)c); break;
	180	+ case 'l' : res = islower((unsigned char)c); break;
	181	+ case 'p' : res = ispunct((unsigned char)c); break;
	182	+ case 's' : res = isspace((unsigned char)c); break;
	183	+ case 'u' : res = isupper((unsigned char)c); break;
	184	+ case 'w' : res = isalnum((unsigned char)c); break;
234	185	default: return (cl == c);
235	186	}
236		− return (islower(cl) ? res : !res);
	187	+ return (islower((unsigned char)cl) ? res : !res);
237	188	}
238	189
239		−int singlematch (int c, char *p)
	190	+int luaL_singlematch (int c, char *p)
240	191	{
241	192	if (c == 0) return 0;
242	193	switch (*p) {
@@ -333,7 +284,7 @@ static char match (char s, char *p, int level) · 90 unmodified lines
333	284	return res;
334	285	}
335	286	case ESC:
336		− if (isdigit((p+1))) { / capture */
	287	+ if (isdigit((unsigned char)((p+1)))) { / capture */
337	288	int l = check_cap(*(p+1), level);
338	289	if (strncmp(capture[l].init, s, capture[l].len) == 0) {
339	290	/* return match(p+2, s+capture[l].len, level); */
@@ -358,8 +309,8 @@ static char match (char s, char *p, int level) · 18 unmodified lines
358	309	}
359	310	else goto dflt;
360	311	default: dflt: { /* it is a pattern item */
361		− int m = singlematch(*s, p);
362		− char ep = item_end(p); / get what is next */
	312	+ int m = luaL_singlematch(*s, p);
	313	+ char ep = luaL_item_end(p); / get what is next */
363	314	switch (*ep) {
364	315	case '': { / repetition */
365	316	char *res;
@@ -367,6 +318,17 @@ static char match (char s, char *p, int level) · 1 unmodified line
367	318	return res;
368	319	p=ep+1; goto init; /* else return match(s, ep+1, level); */
369	320	}
	321	+ case '-': { /* repetition */
	322	+ char *res;
	323	+ if ((res = match(s, ep+1, level)) != 0)
	324	+ return res;
	325	+ else if (m) {
	326	+ s++;
	327	+ goto init; /* return match(s+1, p, level); */
	328	+ }
	329	+ else
	330	+ return NULL;
	331	+ }
370	332	case '?': { /* optional */
371	333	char *res;
372	334	if (m && (res = match(s+1, ep+1, level)))
@@ -383,10 +345,10 @@ static char match (char s, char *p, int level) · 10 unmodified lines
383	345
384	346	static void str_find (void)
385	347	{
386		− char *s = lua_check_string(1, "strfind");
387		− char *p = lua_check_string(2, "strfind");
388		− long init = lua_opt_number(3, 1, "strfind") - 1;
389		− lua_arg_check(0 <= init && init <= strlen(s), "strfind");
	348	+ char *s = luaL_check_string(1);
	349	+ char *p = luaL_check_string(2);
	350	+ long init = (long)luaL_opt_number(3, 1) - 1;
	351	+ luaL_arg_check(0 <= init && init <= strlen(s), 3, "out of range");
390	352	if (lua_getparam(4) != LUA_NOOBJECT \|\|
391	353	strpbrk(p, SPECIALS) == NULL) { /* no special caracters? */
392	354	char *s2 = strstr(s+init, p);
@@ -410,12 +372,12 @@ static void str_find (void) · 17 unmodified lines
410	372	}
411	373	}
412	374
413		−static void add_s (lua_Object newp)
	375	+static void add_s (lua_Object newp, lua_Object table, int n)
414	376	{
415	377	if (lua_isstring(newp)) {
416	378	char *news = lua_getstring(newp);
417	379	while (*news) {
418		− if (news != ESC \|\| !isdigit(++news))
	380	+ if (news != ESC \|\| !isdigit((unsigned char)++news))
419	381	luaI_addchar(*news++);
420	382	else {
421	383	int l = check_cap(*news++, num_captures);
@@ -426,41 +388,50 @@ static void add_s (lua_Object newp) · 4 unmodified lines
426	388	else if (lua_isfunction(newp)) {
427	389	lua_Object res;
428	390	struct lbuff oldbuff;
	391	+ int status;
429	392	lua_beginblock();
	393	+ if (lua_istable(table)) {
	394	+ lua_pushobject(table);
	395	+ lua_pushnumber(n);
	396	+ }
430	397	push_captures();
431	398	/* function may use lbuffer, so save it and create a new one */
432	399	oldbuff = lbuffer;
433	400	lbuffer.b = NULL; lbuffer.max = lbuffer.size = 0;
434		− lua_callfunction(newp);
	401	+ status = lua_callfunction(newp);
435	402	/* restore old buffer */
436	403	free(lbuffer.b);
437	404	lbuffer = oldbuff;
	405	+ if (status != 0)
	406	+ lua_error(NULL);
438	407	res = lua_getresult(1);
439	408	addstr(lua_isstring(res) ? lua_getstring(res) : "");
440	409	lua_endblock();
441	410	}
442		− else lua_arg_check(0, "gsub");
	411	+ else luaL_arg_check(0, 3, NULL);
443	412	}
444	413
445	414	static void str_gsub (void)
446	415	{
447		− char *src = lua_check_string(1, "gsub");
448		− char *p = lua_check_string(2, "gsub");
	416	+ char *src = luaL_check_string(1);
	417	+ char *p = luaL_check_string(2);
449	418	lua_Object newp = lua_getparam(3);
450		− int max_s = lua_opt_number(4, strlen(src), "gsub");
	419	+ lua_Object table = lua_getparam(4);
	420	+ int max_s = (int)luaL_opt_number(lua_istable(table)?5:4, strlen(src)+1);
451	421	int anchor = (*p == '^') ? (p++, 1) : 0;
452	422	int n = 0;
453		− luaI_addchar(0);
454		− while (*src && n < max_s) {
455		− char *e;
456		− if ((e=match(src, p, 0)) == NULL)
457		− luaI_addchar(*src++);
458		− else {
459		− if (e == src) lua_error("empty pattern in substitution");
460		− add_s(newp);
461		− src = e;
	423	+ luaI_emptybuff();
	424	+ while (n < max_s) {
	425	+ char *e = match(src, p, 0);
	426	+ if (e) {
462	427	n++;
	428	+ add_s(newp, table, n);
463	429	}
	430	+ if (e && e>src) /* non empty match? */
	431	+ src = e; /* skip it */
	432	+ else if (*src)
	433	+ luaI_addchar(*src++);
	434	+ else break;
464	435	if (anchor) break;
465	436	}
466	437	addstr(src);
@@ -470,12 +441,12 @@ static void str_gsub (void) · 3 unmodified lines
470	441
471	442	static void str_set (void)
472	443	{
473		− char *item = lua_check_string(1, "strset");
	444	+ char *item = luaL_check_string(1);
474	445	int i;
475		− lua_arg_check(*item_end(item) == 0, "strset");
476		− luaI_addchar(0);
	446	+ luaL_arg_check(*luaL_item_end(item) == 0, 1, "wrong format");
	447	+ luaI_emptybuff();
477	448	for (i=1; i<256; i++) /* 0 cannot be part of a set */
478		− if (singlematch(i, item))
	449	+ if (luaL_singlematch(i, item))
479	450	luaI_addchar(i);
480	451	lua_pushstring(luaI_addchar(0));
481	452	}
@@ -497,8 +468,8 @@ void luaI_addquoted (char *s) · 15 unmodified lines
497	468	static void str_format (void)
498	469	{
499	470	int arg = 1;
500		− char *strfrmt = lua_check_string(arg++, "format");
501		− luaI_addchar(0); /* initialize */
	471	+ char *strfrmt = luaL_check_string(arg++);
	472	+ luaI_emptybuff(); /* initialize */
502	473	while (*strfrmt) {
503	474	if (*strfrmt != '%')
504	475	luaI_addchar(*strfrmt++);
@@ -510,26 +481,26 @@ static void str_format (void) · 5 unmodified lines
510	481	char initf = strfrmt-1; / -1 to include % */
511	482	strfrmt = match(strfrmt, "[-+ #](%d)%.?(%d*)", 0);
512	483	if (capture[0].len > 3 \|\| capture[1].len > 3) /* < 1000? */
513		− lua_error("invalid format (width/precision too long)");
	484	+ lua_error("invalid format (width or precision too long)");
514	485	strncpy(form, initf, strfrmt-initf+1); /* +1 to include convertion */
515	486	form[strfrmt-initf+1] = 0;
516	487	buff = openspace(1000); /* to store the formated value */
517	488	switch (*strfrmt++) {
518	489	case 'q':
519		− luaI_addquoted(lua_check_string(arg++, "format"));
	490	+ luaI_addquoted(luaL_check_string(arg++));
520	491	continue;
521	492	case 's': {
522		− char *s = lua_check_string(arg++, "format");
	493	+ char *s = luaL_check_string(arg++);
523	494	buff = openspace(strlen(s));
524	495	sprintf(buff, form, s);
525	496	break;
526	497	}
527	498	case 'c': case 'd': case 'i': case 'o':
528	499	case 'u': case 'x': case 'X':
529		− sprintf(buff, form, (int)lua_check_number(arg++, "format"));
	500	+ sprintf(buff, form, (int)luaL_check_number(arg++));
530	501	break;
531	502	case 'e': case 'E': case 'f': case 'g':
532		− sprintf(buff, form, lua_check_number(arg++, "format"));
	503	+ sprintf(buff, form, luaL_check_number(arg++));
533	504	break;
534	505	default: /* also treat cases 'pnLlh' */
535	506	lua_error("invalid format option in function `format'");
@@ -541,16 +512,7 @@ static void str_format (void) · 5 unmodified lines
541	512	}
542	513
543	514
544		−void luaI_openlib (struct lua_reg *l, int n)
545		−{
546		− int i;
547		− for (i=0; i<n; i++)
548		− lua_register(l[i].name, l[i].func);
549		−}
550		−
551		−
552		−static struct lua_reg strlib[] = {
553		−{"strtok", str_tok},
	515	+static struct luaL_reg strlib[] = {
554	516	{"strlen", str_len},
555	517	{"strsub", str_sub},
556	518	{"strset", str_set},
@@ -569,5 +531,5 @@ static struct lua_reg strlib[] = { · 12 unmodified lines
569	531	*/
570	532	void strlib_open (void)
571	533	{
572		− luaI_openlib(strlib, (sizeof(strlib)/sizeof(strlib[0])));
	534	+ luaL_openlib(strlib, (sizeof(strlib)/sizeof(strlib[0])));
573	535	}

clients/lua/lua.c+73−3

@@ -3,12 +3,13 @@ · 2 unmodified lines
3	3	** Linguagem para Usuarios de Aplicacao
4	4	*/
5	5
6		−char *rcs_lua="$Id: lua.c,v 1.14 1996/09/24 17:30:28 roberto Exp $";
	6	+char *rcs_lua="$Id: lua.c,v 1.18 1997/06/19 18:55:40 roberto Exp $";
7	7
8	8	#include <stdio.h>
9	9	#include <string.h>
10	10
11	11	#include "lua.h"
	12	+#include "auxlib.h"
12	13	#include "lualib.h"
13	14
14	15
@@ -19,6 +20,74 @@ char *rcs_lua="$Id: lua.c,v 1.14 1996/09/24 17:30:28 roberto Exp $"; · 4 unmodified lines
19	20	#endif
20	21
21	22
	23	+#define DEBUG 0
	24	+
	25	+static void testC (void)
	26	+{
	27	+#if DEBUG
	28	+#define getnum(s) ((*s++) - '0')
	29	+#define getname(s) (nome[0] = *s++, nome)
	30	+
	31	+ static int locks[10];
	32	+ lua_Object reg[10];
	33	+ char nome[2];
	34	+ char *s = luaL_check_string(1);
	35	+ nome[1] = 0;
	36	+ while (1) {
	37	+ switch (*s++) {
	38	+ case '0': case '1': case '2': case '3': case '4':
	39	+ case '5': case '6': case '7': case '8': case '9':
	40	+ lua_pushnumber(*(s-1) - '0');
	41	+ break;
	42	+
	43	+ case 'c': reg[getnum(s)] = lua_createtable(); break;
	44	+
	45	+ case 'P': reg[getnum(s)] = lua_pop(); break;
	46	+
	47	+ case 'g': { int n = getnum(s); reg[n] = lua_getglobal(getname(s)); break; }
	48	+
	49	+ case 'G': { int n = getnum(s);
	50	+ reg[n] = lua_rawgetglobal(getname(s));
	51	+ break;
	52	+ }
	53	+
	54	+ case 'l': locks[getnum(s)] = lua_ref(1); break;
	55	+ case 'L': locks[getnum(s)] = lua_ref(0); break;
	56	+
	57	+ case 'r': { int n = getnum(s); reg[n] = lua_getref(locks[getnum(s)]); break; }
	58	+
	59	+ case 'u': lua_unref(locks[getnum(s)]); break;
	60	+
	61	+ case 'p': { int n = getnum(s); reg[n] = lua_getparam(getnum(s)); break; }
	62	+
	63	+ case '=': lua_setglobal(getname(s)); break;
	64	+
	65	+ case 's': lua_pushstring(getname(s)); break;
	66	+
	67	+ case 'o': lua_pushobject(reg[getnum(s)]); break;
	68	+
	69	+ case 'f': lua_call(getname(s)); break;
	70	+
	71	+ case 'i': reg[getnum(s)] = lua_gettable(); break;
	72	+
	73	+ case 'I': reg[getnum(s)] = lua_rawgettable(); break;
	74	+
	75	+ case 't': lua_settable(); break;
	76	+
	77	+ case 'T': lua_rawsettable(); break;
	78	+
	79	+ default: luaL_verror("unknown command in `testC': %c", *(s-1));
	80	+
	81	+ }
	82	+ if (*s == 0) return;
	83	+ if (*s++ != ' ') lua_error("missing ` ' between commands in `testC'");
	84	+ }
	85	+#else
	86	+ lua_error("`testC' not active");
	87	+#endif
	88	+}
	89	+
	90	+
22	91	static void manual_input (void)
23	92	{
24	93	if (isatty(0)) {
@@ -41,6 +110,7 @@ int main (int argc, char *argv[]) · 16 unmodified lines
41	110	iolib_open ();
42	111	strlib_open ();
43	112	mathlib_open ();
	113	+ lua_register("testC", testC);
44	114	if (argc < 2)
45	115	manual_input();
46	116	else for (i=1; i<argc; i++) {
@@ -59,8 +129,8 @@ int main (int argc, char *argv[]) · 12 unmodified lines
59	129	result = lua_dofile (argv[i]);
60	130	if (result) {
61	131	if (result == 2) {
62		− fprintf(stderr, "lua: cannot execute file `%s' - ", argv[i]);
63		− perror(NULL);
	132	+ fprintf(stderr, "lua: cannot execute file ");
	133	+ perror(argv[i]);
64	134	}
65	135	return 1;
66	136	}

config+5−5

@@ -2,31 +2,31 @@ · 1 unmodified line
2	2
3	3	# you need an ANSI C compiler
4	4	CC= gcc
5		−WARN= -ansi -Wall # -Wmissing-prototypes -Wshadow
	5	+WARN= -ansi -Wall
6	6
7	7	# for SGI's with cc
8	8	#CC= cc
9	9	#WARN= -ansi -fullwarn
10	10
11	11	# in SunOs 4.1.x, uncomment the following line to avoid prototypes warnings
12		−# for standard functions
	12	+# for standard functions:
13	13	#EXTRA_INCS= -I/usr/5include
14	14
15	15	# if you don't have popen() in your C library, comment the following line:
16	16	POPEN= -DPOPEN
17	17
18	18	# if your C library is not POSIX compliant, comment the following line:
19		−POSIX= -DPOSIX
	19	+POSIX= -D_POSIX_SOURCE
20	20
21	21	# if you don't have strerror() in your C library, uncomment the following line:
22	22	#NOSTRERROR= -DNOSTRERROR
23	23
24		−# if your system doesn't have ranlib, change "ranlib" to "true"
	24	+# if your system doesn't have (or need) ranlib, change "ranlib" to "true":
25	25	RANLIB=ranlib
26	26
27	27	### NO NEED TO CHANGE ANYTHING BELOW THIS LINE ================================
28	28
29		−VERSION= 2.5
	29	+VERSION= 3.0
30	30
31	31	INC= $(LUA)/include
32	32	LIB= $(LUA)/lib

doc/Makefile+0−23

@@ -1,23 +0,0 @@
1		−# makefile for lua distribution
2		−
3		−all:
4		− rm -f manual.id
5		− touch manual.id
6		− latex manual.tex
7		− latex manual.tex
8		− makeindex manual
9		− sort -df manual.idx \| sed -e 's/_/\\_/g' >manual.id
10		− latex manual.tex
11		− dvips -o manual.ps manual.dvi
12		− gzip manual.ps
13		− mv manual.ps.gz refman.ps.gz
14		− rm -f manual.*
15		−
16		−clean:
17		− rm -f manual.tex
18		−
19		−co:
20		− co -f -M manual.tex luac.man
21		−
22		−klean: clean
23		− rm -f manual.tex manual.ps manual.dvi

doc/idx.html+241−0

@@ -0,0 +1,241 @@
	1	+<HTML>
	2	+<HEAD>
	3	+<TITLE>Lua 3.0 Reference Manual - Word Index</TITLE>
	4	+</HEAD>
	5	+
	6	+<BODY>
	7	+
	8	+<H1>Index</H1>
	9	+
	10	+<A HREF="manual.html#..">..</A><BR>
	11	+<A HREF="manual.html#abs">abs</A><BR>
	12	+<A HREF="manual.html#acos">acos</A><BR>
	13	+<A HREF="manual.html#add event">add event</A><BR>
	14	+<A HREF="manual.html#Adjustment">Adjustment</A><BR>
	15	+<A HREF="manual.html#and">and</A><BR>
	16	+<A HREF="manual.html#appendto">appendto</A><BR>
	17	+<A HREF="manual.html#arg">arg</A><BR>
	18	+<A HREF="manual.html#arguments">arguments</A><BR>
	19	+<A HREF="manual.html#arithmetic operators">arithmetic operators</A><BR>
	20	+<A HREF="manual.html#arrays">arrays</A><BR>
	21	+<A HREF="manual.html#ascii">ascii</A><BR>
	22	+<A HREF="manual.html#asin">asin</A><BR>
	23	+<A HREF="manual.html#assert">assert</A><BR>
	24	+<A HREF="manual.html#Assignment">Assignment</A><BR>
	25	+<A HREF="manual.html#associative arrays">associative arrays</A><BR>
	26	+<A HREF="manual.html#atan2">atan2</A><BR>
	27	+<A HREF="manual.html#atan">atan</A><BR>
	28	+<A HREF="manual.html#basic types">basic types</A><BR>
	29	+<A HREF="manual.html#block">block</A><BR>
	30	+<A HREF="manual.html#C pointers">C pointers</A><BR>
	31	+<A HREF="manual.html#C2lua">C2lua</A><BR>
	32	+<A HREF="manual.html#call">call</A><BR>
	33	+<A HREF="manual.html#captures">captures</A><BR>
	34	+<A HREF="manual.html#ceil">ceil</A><BR>
	35	+<A HREF="manual.html#character class">character class</A><BR>
	36	+<A HREF="manual.html#chunk">chunk</A><BR>
	37	+<A HREF="manual.html#closing a file">closing a file</A><BR>
	38	+<A HREF="manual.html#Coercion">Coercion</A><BR>
	39	+<A HREF="manual.html#collectgarbage">collectgarbage</A><BR>
	40	+<A HREF="manual.html#Comments">Comments</A><BR>
	41	+<A HREF="manual.html#concatenation event">concatenation event</A><BR>
	42	+<A HREF="manual.html#concatenation">concatenation</A><BR>
	43	+<A HREF="manual.html#condition expression">condition expression</A><BR>
	44	+<A HREF="manual.html#constructors">constructors</A><BR>
	45	+<A HREF="manual.html#cos">cos</A><BR>
	46	+<A HREF="manual.html#date">date</A><BR>
	47	+<A HREF="manual.html#debug pragma">debug pragma</A><BR>
	48	+<A HREF="manual.html#div event">div event</A><BR>
	49	+<A HREF="manual.html#dofile">dofile</A><BR>
	50	+<A HREF="manual.html#dostring">dostring</A><BR>
	51	+<A HREF="manual.html#error method">error method</A><BR>
	52	+<A HREF="manual.html#error">error</A><BR>
	53	+<A HREF="manual.html#event">event</A><BR>
	54	+<A HREF="manual.html#execute">execute</A><BR>
	55	+<A HREF="manual.html#exit">exit</A><BR>
	56	+<A HREF="manual.html#exponentiation">exponentiation</A><BR>
	57	+<A HREF="manual.html#Expressions">Expressions</A><BR>
	58	+<A HREF="manual.html#file handles">file handles</A><BR>
	59	+<A HREF="manual.html#floor">floor</A><BR>
	60	+<A HREF="manual.html#format">format</A><BR>
	61	+<A HREF="manual.html#function call">function call</A><BR>
	62	+<A HREF="manual.html#Function Definitions">Function Definitions</A><BR>
	63	+<A HREF="manual.html#function event">function event</A><BR>
	64	+<A HREF="manual.html#function">function</A><BR>
	65	+<A HREF="manual.html#gc event">gc event</A><BR>
	66	+<A HREF="manual.html#ge event">ge event</A><BR>
	67	+<A HREF="manual.html#getenv">getenv</A><BR>
	68	+<A HREF="manual.html#getglobal event">getglobal event</A><BR>
	69	+<A HREF="manual.html#getglobal">getglobal</A><BR>
	70	+<A HREF="manual.html#gettable event">gettable event</A><BR>
	71	+<A HREF="manual.html#gettagmethod">gettagmethod</A><BR>
	72	+<A HREF="manual.html#gettagmethod">gettagmethod</A><BR>
	73	+<A HREF="manual.html#global environment">global environment</A><BR>
	74	+<A HREF="manual.html#Global variables">Global variables</A><BR>
	75	+<A HREF="manual.html#gsub">gsub</A><BR>
	76	+<A HREF="manual.html#gt event">gt event</A><BR>
	77	+<A HREF="manual.html#Identifiers">Identifiers</A><BR>
	78	+<A HREF="manual.html#if-then-else">if-then-else</A><BR>
	79	+<A HREF="manual.html#index event">index event</A><BR>
	80	+<A HREF="manual.html#_INPUT">_INPUT</A><BR>
	81	+<A HREF="manual.html#le event">le event</A><BR>
	82	+<A HREF="manual.html#Literal strings">Literal strings</A><BR>
	83	+<A HREF="manual.html#Local variables">Local variables</A><BR>
	84	+<A HREF="manual.html#log10">log10</A><BR>
	85	+<A HREF="manual.html#log">log</A><BR>
	86	+<A HREF="manual.html#logical operators">logical operators</A><BR>
	87	+<A HREF="manual.html#lt event">lt event</A><BR>
	88	+<A HREF="manual.html#Lua Stand-alone">Lua Stand-alone</A><BR>
	89	+<A HREF="manual.html#lua2C">lua2C</A><BR>
	90	+<A HREF="manual.html#LUA_ANYTAG">LUA_ANYTAG</A><BR>
	91	+<A HREF="manual.html#luac">luac</A><BR>
	92	+<A HREF="manual.html#luac">luac</A><BR>
	93	+<A HREF="manual.html#lua_callfunction">lua_callfunction</A><BR>
	94	+<A HREF="manual.html#lua_CFunction">lua_CFunction</A><BR>
	95	+<A HREF="manual.html#lua_collectgarbage">lua_collectgarbage</A><BR>
	96	+<A HREF="manual.html#lua_createtable">lua_createtable</A><BR>
	97	+<A HREF="manual.html#lua_dofile">lua_dofile</A><BR>
	98	+<A HREF="manual.html#lua_dostring">lua_dostring</A><BR>
	99	+<A HREF="manual.html#lua_error">lua_error</A><BR>
	100	+<A HREF="manual.html#lua_getcfunction">lua_getcfunction</A><BR>
	101	+<A HREF="manual.html#lua_getglobal">lua_getglobal</A><BR>
	102	+<A HREF="manual.html#lua_getnumber">lua_getnumber</A><BR>
	103	+<A HREF="manual.html#lua_getparam">lua_getparam</A><BR>
	104	+<A HREF="manual.html#lua_getref">lua_getref</A><BR>
	105	+<A HREF="manual.html#lua_getresult">lua_getresult</A><BR>
	106	+<A HREF="manual.html#lua_getstring">lua_getstring</A><BR>
	107	+<A HREF="manual.html#lua_gettable">lua_gettable</A><BR>
	108	+<A HREF="manual.html#lua_gettagmethod">lua_gettagmethod</A><BR>
	109	+<A HREF="manual.html#lua_getuserdata">lua_getuserdata</A><BR>
	110	+<A HREF="manual.html#lua_iscfunction">lua_iscfunction</A><BR>
	111	+<A HREF="manual.html#lua_isfunction">lua_isfunction</A><BR>
	112	+<A HREF="manual.html#lua_isnil">lua_isnil</A><BR>
	113	+<A HREF="manual.html#lua_isnumber">lua_isnumber</A><BR>
	114	+<A HREF="manual.html#lua_isstring">lua_isstring</A><BR>
	115	+<A HREF="manual.html#lua_istable">lua_istable</A><BR>
	116	+<A HREF="manual.html#lua_isuserdata">lua_isuserdata</A><BR>
	117	+<A HREF="manual.html#lua_lua2C">lua_lua2C</A><BR>
	118	+<A HREF="manual.html#lua_newtag">lua_newtag</A><BR>
	119	+<A HREF="manual.html#LUA_NOOBJECT">LUA_NOOBJECT</A><BR>
	120	+<A HREF="manual.html#lua_Object">lua_Object</A><BR>
	121	+<A HREF="manual.html#lua_pop">lua_pop</A><BR>
	122	+<A HREF="manual.html#lua_pushcfunction">lua_pushcfunction</A><BR>
	123	+<A HREF="manual.html#lua_pushnil">lua_pushnil</A><BR>
	124	+<A HREF="manual.html#lua_pushnumber">lua_pushnumber</A><BR>
	125	+<A HREF="manual.html#lua_pushobject">lua_pushobject</A><BR>
	126	+<A HREF="manual.html#lua_pushstring">lua_pushstring</A><BR>
	127	+<A HREF="manual.html#lua_pushuserdata">lua_pushuserdata</A><BR>
	128	+<A HREF="manual.html#lua_pushusertag">lua_pushusertag</A><BR>
	129	+<A HREF="manual.html#lua_rawgetglobal">lua_rawgetglobal</A><BR>
	130	+<A HREF="manual.html#lua_rawgetglobal">lua_rawgetglobal</A><BR>
	131	+<A HREF="manual.html#lua_rawgetglobal">lua_rawgetglobal</A><BR>
	132	+<A HREF="manual.html#lua_rawsettable">lua_rawsettable</A><BR>
	133	+<A HREF="manual.html#lua_ref">lua_ref</A><BR>
	134	+<A HREF="manual.html#lua_register">lua_register</A><BR>
	135	+<A HREF="manual.html#lua_seterrormethod">lua_seterrormethod</A><BR>
	136	+<A HREF="manual.html#lua_setglobal">lua_setglobal</A><BR>
	137	+<A HREF="manual.html#lua_settable">lua_settable</A><BR>
	138	+<A HREF="manual.html#lua_settag">lua_settag</A><BR>
	139	+<A HREF="manual.html#lua_settagmethod">lua_settagmethod</A><BR>
	140	+<A HREF="manual.html#lua_tag">lua_tag</A><BR>
	141	+<A HREF="manual.html#lua_unref">lua_unref</A><BR>
	142	+<A HREF="manual.html#max">max</A><BR>
	143	+<A HREF="manual.html#methods">methods</A><BR>
	144	+<A HREF="manual.html#min">min</A><BR>
	145	+<A HREF="manual.html#mod">mod</A><BR>
	146	+<A HREF="manual.html#mul event">mul event</A><BR>
	147	+<A HREF="manual.html#multiple assignment">multiple assignment</A><BR>
	148	+<A HREF="manual.html#newtag">newtag</A><BR>
	149	+<A HREF="manual.html#next">next</A><BR>
	150	+<A HREF="manual.html#nextvar">nextvar</A><BR>
	151	+<A HREF="manual.html#nil">nil</A><BR>
	152	+<A HREF="manual.html#not">not</A><BR>
	153	+<A HREF="manual.html#number">number</A><BR>
	154	+<A HREF="manual.html#Numerical constants">Numerical constants</A><BR>
	155	+<A HREF="manual.html#Operator precedence">Operator precedence</A><BR>
	156	+<A HREF="manual.html#or">or</A><BR>
	157	+<A HREF="manual.html#_OUTPUT">_OUTPUT</A><BR>
	158	+<A HREF="manual.html#packed results">packed results</A><BR>
	159	+<A HREF="manual.html#pattern item">pattern item</A><BR>
	160	+<A HREF="manual.html#pattern">pattern</A><BR>
	161	+<A HREF="manual.html#piped input">piped input</A><BR>
	162	+<A HREF="manual.html#piped output">piped output</A><BR>
	163	+<A HREF="manual.html#popen">popen</A><BR>
	164	+<A HREF="manual.html#popen">popen</A><BR>
	165	+<A HREF="manual.html#pow event">pow event</A><BR>
	166	+<A HREF="manual.html#pre-compilation">pre-compilation</A><BR>
	167	+<A HREF="manual.html#predefined functions">predefined functions</A><BR>
	168	+<A HREF="manual.html#Pre-processor">Pre-processor</A><BR>
	169	+<A HREF="manual.html#print">print</A><BR>
	170	+<A HREF="manual.html#random">random</A><BR>
	171	+<A HREF="manual.html#randomseed">randomseed</A><BR>
	172	+<A HREF="manual.html#rawgetglobal">rawgetglobal</A><BR>
	173	+<A HREF="manual.html#rawgettable">rawgettable</A><BR>
	174	+<A HREF="manual.html#rawsetglobal">rawsetglobal</A><BR>
	175	+<A HREF="manual.html#rawsettable">rawsettable</A><BR>
	176	+<A HREF="manual.html#read pattern">read pattern</A><BR>
	177	+<A HREF="manual.html#read">read</A><BR>
	178	+<A HREF="manual.html#readfrom">readfrom</A><BR>
	179	+<A HREF="manual.html#records">records</A><BR>
	180	+<A HREF="manual.html#reference">reference</A><BR>
	181	+<A HREF="manual.html#reflexivity">reflexivity</A><BR>
	182	+<A HREF="manual.html#relational operators">relational operators</A><BR>
	183	+<A HREF="manual.html#remove">remove</A><BR>
	184	+<A HREF="manual.html#rename">rename</A><BR>
	185	+<A HREF="manual.html#repeat-until">repeat-until</A><BR>
	186	+<A HREF="manual.html#reserved words">reserved words</A><BR>
	187	+<A HREF="manual.html#return statement">return statement</A><BR>
	188	+<A HREF="manual.html#return">return</A><BR>
	189	+<A HREF="manual.html#self">self</A><BR>
	190	+<A HREF="manual.html#setglobal event">setglobal event</A><BR>
	191	+<A HREF="manual.html#setglobal">setglobal</A><BR>
	192	+<A HREF="manual.html#settable event">settable event</A><BR>
	193	+<A HREF="manual.html#settag">settag</A><BR>
	194	+<A HREF="manual.html#settagmethod">settagmethod</A><BR>
	195	+<A HREF="manual.html#settagmethod">settagmethod</A><BR>
	196	+<A HREF="manual.html#short-cut evaluation">short-cut evaluation</A><BR>
	197	+<A HREF="manual.html#Simple Expressions">Simple Expressions</A><BR>
	198	+<A HREF="manual.html#sin">sin</A><BR>
	199	+<A HREF="manual.html#skips">skips</A><BR>
	200	+<A HREF="manual.html#sqrt">sqrt</A><BR>
	201	+<A HREF="manual.html#statements">statements</A><BR>
	202	+<A HREF="manual.html#_STDERR">_STDERR</A><BR>
	203	+<A HREF="manual.html#_STDIN">_STDIN</A><BR>
	204	+<A HREF="manual.html#_STDOUT">_STDOUT</A><BR>
	205	+<A HREF="manual.html#strfind">strfind</A><BR>
	206	+<A HREF="manual.html#string">string</A><BR>
	207	+<A HREF="manual.html#strlen">strlen</A><BR>
	208	+<A HREF="manual.html#strlower">strlower</A><BR>
	209	+<A HREF="manual.html#strrep">strrep</A><BR>
	210	+<A HREF="manual.html#strsub">strsub</A><BR>
	211	+<A HREF="manual.html#strupper">strupper</A><BR>
	212	+<A HREF="manual.html#sub event">sub event</A><BR>
	213	+<A HREF="manual.html#table">table</A><BR>
	214	+<A HREF="manual.html#Tag Methods">Tag Methods</A><BR>
	215	+<A HREF="manual.html#tag">tag</A><BR>
	216	+<A HREF="manual.html#tag">tag</A><BR>
	217	+<A HREF="manual.html#tan">tan</A><BR>
	218	+<A HREF="manual.html#tmpname">tmpname</A><BR>
	219	+<A HREF="manual.html#tokens">tokens</A><BR>
	220	+<A HREF="manual.html#tonumber">tonumber</A><BR>
	221	+<A HREF="manual.html#tostring">tostring</A><BR>
	222	+<A HREF="manual.html#type">type</A><BR>
	223	+<A HREF="manual.html#Types and Tags">Types and Tags</A><BR>
	224	+<A HREF="manual.html#unm event">unm event</A><BR>
	225	+<A HREF="manual.html#userdata">userdata</A><BR>
	226	+<A HREF="manual.html#vararg">vararg</A><BR>
	227	+<A HREF="manual.html#version 1.1">version 1.1</A><BR>
	228	+<A HREF="manual.html#version 2.1">version 2.1</A><BR>
	229	+<A HREF="manual.html#version 2.2">version 2.2</A><BR>
	230	+<A HREF="manual.html#version 2.4">version 2.4</A><BR>
	231	+<A HREF="manual.html#version 2.5">version 2.5</A><BR>
	232	+<A HREF="manual.html#while-do">while-do</A><BR>
	233	+<A HREF="manual.html#write">write</A><BR>
	234	+<A HREF="manual.html#writeto">writeto</A><BR>
	235	+
	236	+<HR>
	237	+Last update:
	238	+Tue Jul 1 07:55:45 EST 1997
	239	+by <A HREF="http://www.tecgraf.puc-rio.br/~lhf/">lhf</A>.
	240	+</BODY>
	241	+</HTML>

doc/index.html+85−0

@@ -0,0 +1,85 @@
	1	+<HTML>
	2	+<HEAD>
	3	+<TITLE>Lua 3.0 Reference Manual - Index</TITLE>
	4	+</HEAD>
	5	+
	6	+<BODY>
	7	+
	8	+<H1>Reference Manual of the Programming Language Lua 3.0</H1>
	9	+<P>
	10	+<A HREF="http://www.inf.puc-rio.br/~roberto/">Roberto Ierusalimschy</A>,
	11	+<A HREF="http://www2.lncc.br/~lhf/">Luiz Henrique de Figueiredo</A>,
	12	+<A HREF="http://www.graphics.cornell.edu/~celes/">Waldemar Celes</A>
	13	+<BR>
	14	+<A HREF="mailto:lua@tecgraf.puc-rio.br">lua@tecgraf.puc-rio.br</A><BR>
	15	+<A HREF="http://www.tecgraf.puc-rio.br">TeCGraf</A>,
	16	+<A HREF="http://www.inf.puc-rio.br">Computer Science Department</A>,
	17	+<A HREF="http://www.puc-rio.br">PUC-Rio</A>
	18	+<P>
	19	+
	20	+<HR>
	21	+<B>Abstract.</B>
	22	+Lua is an extension programming language designed to be used
	23	+as a configuration language for any program that needs one.
	24	+This document describes version 3.0 of the Lua programming language and
	25	+the API that allows interaction between Lua programs and their host C programs.
	26	+<HR>
	27	+
	28	+<B>Sum�rio.</B>
	29	+Lua � uma linguagem de extens�o projetada para ser usada como
	30	+linguagem de configura��o em qualquer programa que precise de uma.
	31	+Este documento descreve a vers�o 3.0 da linguagem de
	32	+programa��o Lua e a Interface de Programa��o (API) que permite
	33	+a intera��o entre programas Lua e programas C hospedeiros.
	34	+<HR>
	35	+<A NAME="index"></A>
	36	+<UL>
	37	+<LI><A HREF="manual.html#1.">1 - Introduction</A>
	38	+<LI><A HREF="manual.html#2.">2 - Environment and Chunks</A>
	39	+<LI><A HREF="manual.html#3.">3 - Types and Tags</A>
	40	+<LI><A HREF="manual.html#4.">4 - The Language</A>
	41	+ <UL>
	42	+ <LI><A HREF="manual.html#4.1">4.1 - Lexical Conventions</A>
	43	+ <LI><A HREF="manual.html#4.2">4.2 - The Pre-processor</A>
	44	+ <LI><A HREF="manual.html#4.3">4.3 - Coercion</A>
	45	+ <LI><A HREF="manual.html#4.4">4.4 - Adjustment</A>
	46	+ <LI><A HREF="manual.html#4.5">4.5 - Statements</A>
	47	+ <LI><A HREF="manual.html#4.6">4.6 - Expressions</A>
	48	+ <LI><A HREF="manual.html#4.7">4.7 - Function Definitions</A>
	49	+ <LI><A HREF="manual.html#4.8">4.8 - Tag Methods</A>
	50	+ <LI><A HREF="manual.html#4.9">4.9 - Error Handling</A>
	51	+ </UL>
	52	+<LI><A HREF="manual.html#5.">5 - The Application Program Interface</A>
	53	+ <UL>
	54	+ <LI><A HREF="manual.html#5.1">5.1 - Exchanging Values between C and Lua</A>
	55	+ <LI><A HREF="manual.html#5.2">5.2 - Executing Lua Code</A>
	56	+ <LI><A HREF="manual.html#5.3">5.3 - Manipulating Lua Objects</A>
	57	+ <LI><A HREF="manual.html#5.4">5.4 - Calling Lua Functions</A>
	58	+ <LI><A HREF="manual.html#5.5">5.5 - C Functions</A>
	59	+ <LI><A HREF="manual.html#5.6">5.6 - References to Lua Objects</A>
	60	+ </UL>
	61	+<LI><A HREF="manual.html#6.">6 - Predefined Functions and Libraries</A>
	62	+ <UL>
	63	+ <LI><A HREF="manual.html#6.1">6.1 - Predefined Functions</A>
	64	+ <LI><A HREF="manual.html#6.2">6.2 - String Manipulation</A>
	65	+ <LI><A HREF="manual.html#6.3">6.3 - Mathematical Functions</A>
	66	+ <LI><A HREF="manual.html#6.4">6.4 - I/O Facilities</A>
	67	+ </UL>
	68	+<LI><A HREF="manual.html#7.">7 - The Debugger Interface</A>
	69	+ <UL>
	70	+ <LI><A HREF="manual.html#7.1">7.1 - Stack and Function Information</A>
	71	+ <LI><A HREF="manual.html#7.2">7.2 - Manipulating Local Variables</A>
	72	+ <LI><A HREF="manual.html#7.3">7.3 - Hooks</A>
	73	+ </UL>
	74	+<LI><A HREF="manual.html#8.">8 - Lua Stand-alone</A>
	75	+<LI><A HREF="manual.html#Acknowledgments">Acknowledgments</A>
	76	+<LI><A HREF="manual.html#Incompatibilities">Incompatibilities with Previous Versions</A>
	77	+<LI><A HREF="idx.html">Index</A>
	78	+</UL>
	79	+
	80	+<HR>
	81	+Last update:
	82	+Tue Jul 1 07:55:45 EST 1997
	83	+by <A HREF="http://www.tecgraf.puc-rio.br/~lhf/">lhf</A>.
	84	+</BODY>
	85	+</HTML>

doc/luac.html+88−0

@@ -0,0 +1,88 @@
	1	+<!-- manual page source format generated by RosettaMan, -->
	2	+<!-- available via anonymous ftp from ftp.cs.berkeley.edu:/ucb/people/phelps/tcltk/rman.tar.Z -->
	3	+<HTML>
	4	+<HEADER>
	5	+<TITLE>luac manual page</TITLE>
	6	+</HEADER>
	7	+<BODY>
	8	+<A HREF="#toc">Table of Contents</A><P>
	9	+
	10	+<A NAME="sect0" HREF="#toc0"><H2>NAME</H2></A>
	11	+luac - Lua compiler<P>
	12	+
	13	+<A NAME="sect1" HREF="#toc1"><H2>SYNOPSIS</H2></A>
	14	+luac [ -c \| -u ] [ -d ] [ -l ] [ -p ] [ -q ] [ -v ] [ -o <I>outputfile</I> ] <I>sourcefile</I> ...<P>
	15	+
	16	+<A NAME="sect2" HREF="#toc2"><H2>DESCRIPTION</H2></A>
	17	+luac is the Lua compiler. It translates programs written in the Lua programming language into binary files that can be loaded and executed with lua_dofile in C or dofile in Lua.<P>
	18	+luac produces a single output file containing the bytecode for all named source files. By default, the output file is named luac.out, but you can change this with the -o option.<P>
	19	+You can use "-" to indicate stdin as a source file.<P>
	20	+luac can also load and list binary files.<P>
	21	+
	22	+<A NAME="sect3" HREF="#toc3"><H2>OPTIONS</H2></A>
	23	+<dl>
	24	+<dt>-c <dd> compile (this is the default).<P>
	25	+</dd>
	26	+</dl>
	27	+<dl>
	28	+<dt>-u <dd> undump.<P>
	29	+</dd>
	30	+</dl>
	31	+<dl>
	32	+<dt>-d <dd> turns debugging on.<P>
	33	+</dd>
	34	+</dl>
	35	+<dl>
	36	+<dt>-l <dd> produces a listing of the compiled bytecode for Lua's virtual machine. This is the default when undumping.<P>
	37	+</dd>
	38	+</dl>
	39	+<dl>
	40	+<dt>-p <dd> parses sources files but does not generate any output file.<P>
	41	+</dd>
	42	+</dl>
	43	+<dl>
	44	+<dt>-q <dd> quiet; procudes no listing. This is the default when compiling.<P>
	45	+</dd>
	46	+</dl>
	47	+<dl>
	48	+<dt>-v <dd> prints version information.<P>
	49	+</dd>
	50	+</dl>
	51	+<dl>
	52	+<dt>-o <I>outputfile</I><dd> Name the output file <I>output</I>, instead of the default luac.out. The output file cannot be a source file.<P>
	53	+</dd>
	54	+</dl>
	55	+
	56	+<A NAME="sect4" HREF="#toc4"><H2>FILES</H2></A>
	57	+<dl>
	58	+<dt>luac.out <dd> default output file<P>
	59	+</dd>
	60	+</dl>
	61	+
	62	+<A NAME="sect5" HREF="#toc5"><H2>SEE ALSO</H2></A>
	63	+<A HREF="http://localhost/cgi-bin/man2html?lua?1">lua(1)</A><P>
	64	+<I>Reference</I> <I>Manual</I> <I>of</I> <I>the</I> <I>Programming</I> <I>Language</I> <I>Lua</I><P>
	65	+
	66	+<A NAME="sect6" HREF="#toc6"><H2>DIAGNOSTICS</H2></A>
	67	+Error messages should be self explanatory.<P>
	68	+
	69	+<A NAME="sect7" HREF="#toc7"><H2>BUGS</H2></A>
	70	+Inherits any bugs from Lua, but Lua has no bugs...<P>
	71	+
	72	+<A NAME="sect8" HREF="#toc8"><H2>AUTHORS</H2></A>
	73	+W. Celes, R. Ierusalimschy & L. H. de Figueiredo (lua@tecgraf.puc-rio.br)<P>
	74	+
	75	+<HR><P>
	76	+<A NAME="toc"><B>Table of Contents</B></A><P>
	77	+<UL>
	78	+<LI><A NAME="toc0" HREF="#sect0">NAME</A></LI>
	79	+<LI><A NAME="toc1" HREF="#sect1">SYNOPSIS</A></LI>
	80	+<LI><A NAME="toc2" HREF="#sect2">DESCRIPTION</A></LI>
	81	+<LI><A NAME="toc3" HREF="#sect3">OPTIONS</A></LI>
	82	+<LI><A NAME="toc4" HREF="#sect4">FILES</A></LI>
	83	+<LI><A NAME="toc5" HREF="#sect5">SEE ALSO</A></LI>
	84	+<LI><A NAME="toc6" HREF="#sect6">DIAGNOSTICS</A></LI>
	85	+<LI><A NAME="toc7" HREF="#sect7">BUGS</A></LI>
	86	+<LI><A NAME="toc8" HREF="#sect8">AUTHORS</A></LI>
	87	+</UL>
	88	+</BODY></HTML>

doc/luac.man+0−75

@@ -1,75 +0,0 @@
1		−.\" $Id: luac.man,v 1.3 1996/03/28 20:24:55 lhf Exp $
2		−.TH LUAC 1 "12 March 1996"
3		−.SH NAME
4		−luac \- Lua compiler
5		−.SH SYNOPSIS
6		−.B luac
7		−[
8		−.B \-dlpv
9		−]
10		−[
11		−.B \-o
12		−.I outputfile
13		−]
14		−.I sourcefile
15		−\&.\\|.\\|.
16		−.SH DESCRIPTION
17		−.B luac
18		−is the Lua compiler.
19		−It translates programs written in the Lua programming language
20		−into binary files that can be loaded and executed with
21		−.B lua_dofile
22		−in C or
23		−.B dofile
24		−in Lua.
25		−
26		−.BR luac
27		−produces a single output file containing the bytecode
28		−for all named source files.
29		−By default,
30		−the output file is named
31		−.BR luac.out ,
32		−but you can change this with the
33		−.B \-o
34		−option.
35		−
36		−You can use "-" to indicate stdin as a source file.
37		−.SH OPTIONS
38		−.LP
39		−.TP 1i
40		−.B \-d
41		−turns debugging on.
42		−.TP
43		−.B \-l
44		−produces a listing of the compiled bytecode for Lua's virtual machine.
45		−.TP
46		−.B \-p
47		−parses sources files but does not generate any output file.
48		−.TP
49		−.B \-v
50		−prints version information.
51		−.TP
52		−.BI \-o " outputfile"
53		−Name the output file
54		−.IR output ,
55		−instead of the default
56		−.BR luac.out .
57		−The output file cannot be a source file.
58		−.SH FILES
59		−.PD 0
60		−.TP 20
61		−.B luac.out
62		−default output file
63		−.PD
64		−.SH "SEE ALSO"
65		−.BR lua (1)
66		−.LP
67		−.IR "Reference Manual of the Programming Language Lua"
68		−.SH DIAGNOSTICS
69		−Error messages should be self explanatory.
70		−.SH BUGS
71		−Inherits any bugs from Lua,
72		−but Lua has no bugs...
73		−.SH AUTHORS
74		−W. Celes, R. Ierusalimschy & L. H. de Figueiredo
75		−(lua@icad.puc-rio.br)

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183		−/dotaccent/breve/caron/ring/ogonek/quotedblleft/quotedblright/oe/lslash
184		−/quotedblbase/OE/Lslash/.notdef/exclamdown/cent/sterling/currency/yen
185		−/brokenbar/section/dieresis/copyright/ordfeminine/guilsinglleft
186		−/logicalnot/minus/registered/macron/degree/plusminus/twosuperior
187		−/threesuperior/acute/mu/paragraph/periodcentered/cedilla/onesuperior
188		−/ordmasculine/guilsinglright/onequarter/onehalf/threequarters
189		−/questiondown/Agrave/Aacute/Acircumflex/Atilde/Adieresis/Aring/AE
190		−/Ccedilla/Egrave/Eacute/Ecircumflex/Edieresis/Igrave/Iacute/Icircumflex
191		−/Idieresis/Eth/Ntilde/Ograve/Oacute/Ocircumflex/Otilde/Odieresis
192		−/multiply/Oslash/Ugrave/Uacute/Ucircumflex/Udieresis/Yacute/Thorn
193		−/germandbls/agrave/aacute/acircumflex/atilde/adieresis/aring/ae/ccedilla
194		−/egrave/eacute/ecircumflex/edieresis/igrave/iacute/icircumflex/idieresis
195		−/eth/ntilde/ograve/oacute/ocircumflex/otilde/odieresis/divide/oslash
196		−/ugrave/uacute/ucircumflex/udieresis/yacute/thorn/ydieresis]def
197		−/Times-Italic@0 ENC0/Times-Italic RE/Times-Bold@0 ENC0/Times-Bold RE
198		−/Times-Roman@0 ENC0/Times-Roman RE
199		−%%EndProlog
200		−%%Page: 1 1
201		−%%BeginPageSetup
202		−BP
203		−%%EndPageSetup
204		−/F0 10/Times-Roman@0 SF(LU)72 48 Q -.034 -.4(AC $ 1 $)-.4 H
205		−(User Commands)157.852 E(LU)157.452 E -.034 -.4(AC $ 1 $)-.4 H/F1 9
206		−/Times-Bold@0 SF -.18(NA)72 96 S(ME).18 E F0(luac \255 Lua compiler)108
207		−108 Q F1(SYNOPSIS)72 124.8 Q/F2 10/Times-Bold@0 SF(luac)108 136.8 Q F0
208		−([)3.75 E F2(\255dlpv)3.75 E F0 3.75(][)3.75 G F2<ad6f>A/F3 10
209		−/Times-Italic@0 SF(output\214le)3.75 E F0(])3.75 E F3(sour)3.75 E
210		−(ce\214le)-.37 E F0 1.666(...)3.75 G F1(DESCRIPTION)72 153.6 Q F2(luac)
211		−108 165.6 Q F0 .371(is the Lua compiler)2.871 F 5.371(.I)-.55 G 2.871
212		−(tt)-5.371 G .37(ranslates programs written in the Lua programming lang\
213		−uage into binary \214les)-2.871 F(that can be loaded and e)108 177.6 Q
214		−-.15(xe)-.15 G(cuted with).15 E F2(lua_do\214le)2.5 E F0(in C or)2.5 E
215		−F2(do\214le)2.5 E F0(in Lua.)2.5 E F2(luac)108 201.6 Q F0 .159(produces\
216		− a single output \214le containing the bytecode for all named source \
217		−\214les.)2.658 F .159(By def)5.159 F .159(ault, the output)-.1 F
218		−(\214le is named)108 213.6 Q F2(luac.out)2.5 E F0 2.5(,b)C
219		−(ut you can change this with the)-2.7 E F2<ad6f>2.5 E F0(option.)2.5 E
220		−-1.1(Yo)108 237.6 S 2.5(uc)1.1 G
221		−(an use "-" to indicate stdin as a source \214le.)-2.5 E F1(OPTIONS)72
222		−254.4 Q F2<ad64>108 266.4 Q F0(turns deb)60.74 E(ugging on.)-.2 E F2
223		−<ad6c>108 283.2 Q F0
224		−(produces a listing of the compiled bytecode for Lua')63.52 E 2.5(sv)
225		−-.55 G(irtual machine.)-2.5 E F2<ad70>108 300 Q F0
226		−(parses sources \214les b)60.74 E(ut does not generate an)-.2 E 2.5(yo)
227		−-.15 G(utput \214le.)-2.5 E F2<ad76>108 316.8 Q F0(prints v)61.3 E
228		−(ersion information.)-.15 E F2<ad6f>108 333.6 Q F3(output\214le)2.5 E F0
229		−.657(Name the output \214le)21.02 F F3(output)3.157 E F0 3.157(,i)C .657
230		−(nstead of the def)-3.157 F(ault)-.1 E F2(luac.out)3.157 E F0 5.657(.T)C
231		−.656(he output \214le cannot be a)-5.657 F(source \214le.)180 345.6 Q F1
232		−(FILES)72 362.4 Q F2(luac.out)108 374.4 Q F0(def)65.83 E
233		−(ault output \214le)-.1 E F1(SEE ALSO)72 391.2 Q F2(lua)108 403.2 Q F0
234		−($1$)A F3(Refer)108 420 Q(ence Manual of the Pr)-.37 E -.1(og)-.45 G
235		−-.15(ra).1 G(mming Langua).15 E .2 -.1(ge L)-.1 H(ua).1 E F1(DIA)72
236		−436.8 Q(GNOSTICS)-.495 E F0(Error messages should be self e)108 448.8 Q
237		−(xplanatory)-.15 E(.)-.65 E F1 -.09(BU)72 465.6 S(GS).09 E F0
238		−(Inherits an)108 477.6 Q 2.5(yb)-.15 G(ugs from Lua, b)-2.7 E
239		−(ut Lua has no b)-.2 E(ugs...)-.2 E F1 -.45(AU)72 494.4 S(THORS).45 E F0
240		−1.84 -.92(W. C)108 506.4 T(eles, R. Ierusalimsch).92 E 2.5(y&L)-.05 G
241		−2.5(.H)-2.5 G 2.5(.d)-2.5 G 2.5(eF)-2.5 G
242		−(igueiredo $lua@icad.puc-rio.br$)-2.5 E(29 March 1996)72 768 Q
243		−(12 March 1996)142.35 E(1)198.45 E EP
244		−%%Trailer
245		−end
246		−%%EOF

doc/luac.txt+0−66

@@ -1,66 +0,0 @@
1		−
2		−
3		−
4		−LUAC(1) User Commands LUAC(1)
5		−
6		−
7		−
8		−NAME
9		− luac - Lua compiler
10		−
11		−SYNOPSIS
12		− luac [ -dlpv ] [ -o outputfile ] sourcefile ...
13		−
14		−DESCRIPTION
15		− luac is the Lua compiler. It translates programs written in
16		− the Lua programming language into binary files that can be
17		− loaded and executed with lua_dofile in C or dofile in Lua.
18		−
19		− luac produces a single output file containing the bytecode
20		− for all named source files. By default, the output file is
21		− named luac.out, but you can change this with the -o option.
22		−
23		− You can use "-" to indicate stdin as a source file.
24		−
25		−OPTIONS
26		− -d turns debugging on.
27		−
28		− -l produces a listing of the compiled bytecode for
29		− Lua's virtual machine.
30		−
31		− -p parses sources files but does not generate any
32		− output file.
33		−
34		− -v prints version information.
35		−
36		− -o outputfile
37		− Name the output file output, instead of the
38		− default luac.out. The output file cannot be a
39		− source file.
40		−
41		−FILES
42		− luac.out default output file
43		−
44		−SEE ALSO
45		− lua(1)
46		−
47		− Reference Manual of the Programming Language Lua
48		−
49		−DIAGNOSTICS
50		− Error messages should be self explanatory.
51		−
52		−BUGS
53		− Inherits any bugs from Lua, but Lua has no bugs...
54		−
55		−AUTHORS
56		− W. Celes, R. Ierusalimschy & L. H. de Figueiredo
57		− (lua@icad.puc-rio.br)
58		−
59		−
60		−
61		−
62		−
63		−Formatted 96/03/29 12 March 1996 1
64		−
65		−
66		−

doc/manual.html+2545−0

@@ -0,0 +1,2545 @@
	1	+<HEAD>
	2	+<TITLE>Lua 3.0 Reference Manual</TITLE>
	3	+</HEAD>
	4	+<BODY>
	5	+<h1>Lua 3.0 Reference Manual</h1>
	6	+
	7	+<!-- ====================================================================== -->
	8	+<HR>
	9	+<A NAME="1."></A>
	10	+<H1>1 - Introduction</H1>
	11	+<P>
	12	+Lua is an extension programming language designed to support
	13	+general procedural programming with data description
	14	+facilities.
	15	+It is intended to be used as a light-weight, but powerful,
	16	+configuration language for any program that needs one.
	17	+Lua has been designed and implemented by
	18	+W. Celes,
	19	+R. Ierusalimschy and
	20	+L. H. de Figueiredo.
	21	+<P>
	22	+Lua is implemented as a library, written in C.
	23	+Being an extension language, Lua has no notion of a ``main'' program:
	24	+it only works <EM>embedded</EM> in a host client,
	25	+called the <EM>embedding</EM> program.
	26	+This host program can invoke functions to execute a piece of
	27	+code in Lua, can write and read Lua variables,
	28	+and can register C functions to be called by Lua code.
	29	+Through the use of C functions, Lua can be augmented to cope with
	30	+a wide range of different domains,
	31	+thus creating customized programming languages sharing a syntactical framework.
	32	+<P>
	33	+Lua is free-distribution software,
	34	+and provided as usual with no guarantees,
	35	+as stated in the copyright notice in the front page of this manual.
	36	+The implementation described in this manual is available
	37	+at the following URL's:
	38	+<LISTING>
	39	+ <A HREF="http://www.tecgraf.puc-rio.br/lua/">http://www.tecgraf.puc-rio.br/lua/</A>
	40	+ <A HREF="ftp://ftp.tecgraf.puc-rio.br/pub/lua/lua.tar.gz">ftp://ftp.tecgraf.puc-rio.br/pub/lua/lua.tar.gz</A>
	41	+</LISTING>
	42	+<P>
	43	+<P>
	44	+<!-- ====================================================================== -->
	45	+<HR>
	46	+<A NAME="2."></A>
	47	+<H1>2 - Environment and Chunks</H1>
	48	+<P>
	49	+All statements in Lua are executed in a <A NAME="global environment"><EM>global environment</EM></A>.
	50	+This environment, which keeps all global variables and functions,
	51	+is initialized at the beginning of the embedding program and
	52	+persists until its end.
	53	+<P>
	54	+The global environment can be manipulated by Lua code or
	55	+by the embedding program,
	56	+which can read and write global variables
	57	+using functions in the library that implements Lua.
	58	+<P>
	59	+<A NAME="Global variables">Global variables</A> do not need declaration.
	60	+Any variable is assumed to be global unless explicitly declared local
	61	+(see Section <A HREF="#localvar">4.5.5</A>).
	62	+Before the first assignment, the value of a global variable is <B>nil</B>;
	63	+this default can be changed (see Section <A HREF="#tag-method">4.8</A>).
	64	+<P>
	65	+The unit of execution of Lua is called a <A NAME="chunk"><EM>chunk</EM></A>.
	66	+The syntax
	67	+\footnote{As usual, {<EM>a</EM>} means 0 or more <EM>a</EM>'s,
	68	+[<EM>a</EM>] means an optional <EM>a</EM> and ('<EM>a</EM>)+ means
	69	+one or more <EM>a</EM>'s.}
	70	+for chunks is:
	71	+<LISTING>
	72	+chunk ::= {stat \| function} [ret]
	73	+</LISTING>
	74	+A chunk may contain statements and function definitions,
	75	+and may be in a file or in a string inside the host program.
	76	+A chunk may optionally end with a <CODE>return</CODE> statement (see Section <A HREF="#return">4.5.3</A>).
	77	+When a chunk is executed, first all its functions and statements are compiled,
	78	+then the statements are executed in sequential order.
	79	+All modifications a chunk effects on the global environment persist
	80	+after its end.
	81	+Those include modifications to global variables and definitions
	82	+of new functions
	83	+\footnote{Actually, a function definition is an
	84	+assignment to a global variable (see Section <A HREF="#TypesSec">3</A>).}.
	85	+<P>
	86	+Chunks may be pre-compiled into binary form;
	87	+see program <A NAME="luac"><TT>luac</TT></A> for details.
	88	+Text files with chunks and their binary pre-compiled forms
	89	+are interchangeable.
	90	+Lua automatically detects the file type and acts accordingly.
	91	+<A NAME="pre-compilation"></A>
	92	+<P>
	93	+<A NAME="TypesSec"></A>
	94	+<!-- ====================================================================== -->
	95	+<HR>
	96	+<A NAME="3."></A>
	97	+<H1>3 - Types and Tags</H1>
	98	+<P>
	99	+Lua is a dynamically typed language.
	100	+Variables do not have types; only values do.
	101	+Therefore, there are no type definitions in the language.
	102	+All values carry their own type.
	103	+Besides a type, all values also have a <A NAME="tag">tag</A>.
	104	+<P>
	105	+There are six <A NAME="basic types">basic types</A> in Lua: <A NAME="nil"><EM>nil</EM></A>, <A NAME="number"><EM>number</EM></A>,
	106	+<A NAME="string"><EM>string</EM></A>, <A NAME="function"><EM>function</EM></A>, <A NAME="userdata"><EM>userdata</EM></A>, and <A NAME="table"><EM>table</EM></A>.
	107	+<EM>Nil</EM> is the type of the value <B>nil</B>,
	108	+whose main property is to be different from any other value.
	109	+<EM>Number</EM> represents real (floating-point) numbers,
	110	+while <EM>string</EM> has the usual meaning.
	111	+The function <CODE>type</CODE> returns a string describing the type
	112	+of a given value (see Section <A HREF="#pdf-type">6.1</A>).
	113	+<P>
	114	+Functions are considered first-class values in Lua.
	115	+This means that functions can be stored in variables,
	116	+passed as arguments to other functions and returned as results.
	117	+When a function is defined in Lua, its body is compiled and stored
	118	+in a given variable.
	119	+Lua can call (and manipulate) functions written in Lua and
	120	+functions written in C.
	121	+They can be distinguished by their tags:
	122	+all Lua functions have the same tag,
	123	+and all C functions have the same tag,
	124	+which is different from the tag of a Lua function.
	125	+<P>
	126	+The type <EM>userdata</EM> is provided to allow
	127	+arbitrary <A NAME="C pointers">C pointers</A> to be stored in Lua variables.
	128	+It corresponds to a <CODE>void*</CODE> and has no pre-defined operations in Lua,
	129	+besides assignment and equality test.
	130	+However, by using <EM>tag methods</EM>,
	131	+the programmer may define operations for <EM>userdata</EM> values
	132	+(see Section <A HREF="#tag-method">4.8</A>).
	133	+<P>
	134	+The type <EM>table</EM> implements <A NAME="associative arrays">associative arrays</A>,
	135	+that is, <A NAME="arrays">arrays</A> that can be indexed not only with numbers,
	136	+but with any value (except <B>nil</B>).
	137	+Therefore, this type may be used not only to represent ordinary arrays,
	138	+but also symbol tables, sets, records, etc.
	139	+To represent <A NAME="records">records</A>, Lua uses the field name as an index.
	140	+The language supports this representation by
	141	+providing <CODE>a.name</CODE> as syntactic sugar for <CODE>a["name"]</CODE>.
	142	+Tables may also carry methods.
	143	+Because functions are first class values,
	144	+table fields may contain functions.
	145	+The form <CODE>t:f(x)</CODE> is syntactic sugar for <CODE>t.f(t,x)</CODE>,
	146	+which calls the method <CODE>f</CODE> from the table <CODE>t</CODE> passing
	147	+itself as the first parameter (see Section <A HREF="#func-def">4.7</A>).
	148	+<P>
	149	+It is important to notice that tables are <EM>objects</EM>, and not values.
	150	+Variables cannot contain tables, only <EM>references</EM> to them.
	151	+Assignment, parameter passing and returns always manipulate references
	152	+to tables, and do not imply any kind of copy.
	153	+Moreover, tables must be explicitly created before used
	154	+(see Section <A HREF="#tableconstructor">4.6.7</A>).
	155	+<P>
	156	+Tags are mainly used to select tag methods when
	157	+some events occur (see Section <A HREF="#tag-method">4.8</A>).
	158	+Each of the types nil, number and string has a different tag.
	159	+All values of each of these types have this same pre-defined tag.
	160	+Values of type function can have two different tags,
	161	+depending on whether they are Lua or C functions.
	162	+Finally,
	163	+values of type userdata and table can have
	164	+as many different tags as needed (see Section <A HREF="#tag-method">4.8</A>).
	165	+Tags are created with the function <CODE>newtag</CODE>,
	166	+and the function <CODE>tag</CODE> returns the tag of a given value.
	167	+To change the tag of a given table,
	168	+there is the function <CODE>settag</CODE> (see Section <A HREF="#pdf-newtag">6.1</A>).
	169	+<P>
	170	+<P>
	171	+<!-- ====================================================================== -->
	172	+<HR>
	173	+<A NAME="4."></A>
	174	+<H1>4 - The Language</H1>
	175	+<P>
	176	+This section describes the lexis, the syntax and the semantics of Lua.
	177	+<P>
	178	+<P>
	179	+<A NAME="lexical"></A>
	180	+<A NAME="4.1"></A>
	181	+<H2>4.1 - Lexical Conventions</H2>
	182	+<P>
	183	+Lua is a case-sensitive language.
	184	+<A NAME="Identifiers">Identifiers</A> can be any string of letters, digits, and underscores,
	185	+not beginning with a digit.
	186	+The following words are reserved, and cannot be used as identifiers:
	187	+<A NAME="reserved words"></A>
	188	+<LISTING>
	189	+ and do else elseif
	190	+ end function if local
	191	+ nil not or repeat
	192	+ return then until while
	193	+</LISTING>
	194	+<P>
	195	+The following strings denote other <A NAME="tokens">tokens</A>:
	196	+<LISTING>
	197	+ ~= <= >= < > == = .. + - * /
	198	+ % ( ) { } [ ] ; , . ...
	199	+</LISTING>
	200	+<P>
	201	+<A NAME="Literal strings">Literal strings</A> can be delimited by matching single or double quotes,
	202	+and can contain the C-like escape sequences
	203	+<CODE>'\n'</CODE>, <CODE>'\t'</CODE> and <CODE>'\r'</CODE>.
	204	+Literal strings can also be delimited by matching <CODE>[[ ... ]]</CODE>.
	205	+Literals in this bracketed form may run for several lines,
	206	+may contain nested <CODE>[[ ... ]]</CODE> pairs,
	207	+and do not interpret escape sequences.
	208	+This form is specially convenient for
	209	+handling strings that contain program pieces or
	210	+other quoted strings.
	211	+<P>
	212	+<A NAME="Comments">Comments</A> start anywhere outside a string with a
	213	+double hyphen (<CODE>--</CODE>) and run until the end of the line.
	214	+Moreover,
	215	+the first line of a chunk file is skipped if it starts with <CODE>#</CODE>
	216	+\footnote{This facility allows the use of Lua as a script interpreter
	217	+in Unix systems (see Section <A HREF="#lua-sa">8</A>).}.
	218	+<P>
	219	+<A NAME="Numerical constants">Numerical constants</A> may be written with an optional decimal part,
	220	+and an optional decimal exponent.
	221	+Examples of valid numerical constants are:
	222	+<LISTING>
	223	+ 4 4.0 0.4 4.57e-3 0.3e12
	224	+</LISTING>
	225	+<P>
	226	+<A NAME="pre-processor"></A>
	227	+<A NAME="4.2"></A>
	228	+<H2>4.2 - The Pre-processor</H2>
	229	+<P>
	230	+All lines that start with a <CODE>$</CODE> are handled by a pre-processor.
	231	+The <CODE>$</CODE> can be followed by any of the following directives:
	232	+<DL>
	233	+<DT><B><TT>debug</TT></B><DD> - turn on some debugging facilities (see Section <A HREF="#pragma">4.9</A>).
	234	+<DT><B><TT>nodebug</TT></B><DD> - turn off some debugging facilities (see Section <A HREF="#pragma">4.9</A>).
	235	+<DT><B><TT>if <EM>cond</TT></EM></B><DD> - starts a conditional part.
	236	+If <EM>cond</EM> is false, then this part is skipped by the lexical analyzer.
	237	+<DT><B><TT>ifnot <EM>cond</TT></EM></B><DD> - starts a conditional part.
	238	+If <EM>cond</EM> is true, then this part is skipped by the lexical analyzer.
	239	+<DT><B><TT>end</TT></B><DD> - ends a conditional part.
	240	+<DT><B><TT>else</TT></B><DD> - starts an ``else'' conditional part,
	241	+switching the ``skip'' status.
	242	+<DT><B><TT>endinput</TT></B><DD> - ends the lexical parse of the file.
	243	+</DL>
	244	+<P>
	245	+Directives can be freely nested.
	246	+Particularly, a <CODE>$endinput</CODE> may occur inside a <CODE>$if</CODE>;
	247	+in that case, even the matching <CODE>$end</CODE> is not parsed.
	248	+<P>
	249	+A <EM>cond</EM> part may be:
	250	+<DL>
	251	+<DT><B><TT>nil</TT></B><DD> - always false.
	252	+<DT><B><TT>1</TT></B><DD> - always true.
	253	+<DT><B><EM>name</EM></B><DD> - true if the value of the
	254	+global variable <EM>name</EM> is different from <B>nil</B>.
	255	+Notice that <EM>name</EM> is evaluated before the chunk starts its execution.
	256	+Therefore, actions in a chunk do not affect its own conditional directives.
	257	+</DL>
	258	+<P>
	259	+<A NAME="coercion"></A>
	260	+<A NAME="4.3"></A>
	261	+<H2>4.3 - Coercion</H2>
	262	+<P>
	263	+Lua provides some automatic conversions between values.
	264	+Any arithmetic operation applied to a string tries to convert
	265	+that string to a number, following the usual rules.
	266	+Conversely, whenever a number is used when a string is expected,
	267	+that number is converted to a string, according to the following rule:
	268	+if the number is an integer, it is written without exponent or decimal point;
	269	+otherwise, it is formatted following the <CODE>%g</CODE>
	270	+conversion specification of the <CODE>printf</CODE> function in the
	271	+standard C library.
	272	+For complete control on how numbers are converted to strings,
	273	+use the <CODE>format</CODE> function (see Section <A HREF="#format">6.2</A>).
	274	+<P>
	275	+<P>
	276	+<A NAME="adjust"></A>
	277	+<A NAME="4.4"></A>
	278	+<H2>4.4 - Adjustment</H2>
	279	+<P>
	280	+Functions in Lua can return many values.
	281	+Because there are no type declarations,
	282	+the system does not know how many values a function will return,
	283	+or how many parameters it needs.
	284	+Therefore, sometimes, a list of values must be <EM>adjusted</EM>, at run time,
	285	+to a given length.
	286	+If there are more values than are needed, then the last values are thrown away.
	287	+If there are more needs than values, then the list is extended with as
	288	+many <B>nil</B>'s as needed.
	289	+Adjustment occurs in multiple assignment and function calls.
	290	+<P>
	291	+<P>
	292	+<A NAME="4.5"></A>
	293	+<H2>4.5 - Statements</H2>
	294	+<P>
	295	+Lua supports an almost conventional set of <A NAME="statements">statements</A>,
	296	+similar to those in Pascal or C.
	297	+The conventional commands include
	298	+assignment, control structures and procedure calls.
	299	+Non-conventional commands include table constructors
	300	+(see Section <A HREF="#tableconstructor">4.6.7</A>),
	301	+and local variable declarations (see Section <A HREF="#localvar">4.5.5</A>).
	302	+<P>
	303	+<H3>4.5.1 - Blocks</H3>
	304	+A <A NAME="block">block</A> is a list of statements, which are executed sequentially.
	305	+Any statement can be optionally followed by a semicolon:
	306	+<LISTING>
	307	+block ::= {stat sc} [ret]
	308	+sc ::= ['<B>;</B>']
	309	+</LISTING>
	310	+For syntactic reasons, a <A NAME="return"><TT>return</TT></A> statement can only be written
	311	+as the last statement of a block.
	312	+This restriction also avoids some ``statement not reached'' conditions.
	313	+<P>
	314	+<A NAME="assignment"></A>
	315	+<H3>4.5.2 - <A NAME="Assignment</H3>">Assignment</H3></A>
	316	+The language allows <A NAME="multiple assignment">multiple assignment</A>.
	317	+Therefore, the syntax for assignment
	318	+defines a list of variables on the left side,
	319	+and a list of expressions on the right side.
	320	+Both lists have their elements separated by commas:
	321	+<LISTING>
	322	+stat ::= varlist1 '<B>=</B>' explist1
	323	+varlist1 ::= var {'<B>,</B>' var}
	324	+</LISTING>
	325	+This statement first evaluates all values on the right side
	326	+and eventual indices on the left side,
	327	+and then makes the assignments.
	328	+Therefore, it can be used to exchange two values, as in
	329	+<LISTING>
	330	+ x, y = y, x
	331	+</LISTING>
	332	+The two lists may have different lengths.
	333	+Before the assignment, the list of values is <EM>adjusted</EM> to
	334	+the length of the list of variables (see Section <A HREF="#adjust">4.4</A>).
	335	+<P>
	336	+A single name can denote a global or a local variable,
	337	+or a formal parameter:
	338	+<LISTING>
	339	+var ::= name
	340	+</LISTING>
	341	+Square brackets are used to index a table:
	342	+<LISTING>
	343	+var ::= var '<B>[</B>' exp1 '<B>]</B>'
	344	+</LISTING>
	345	+The <CODE>var</CODE> should result in a table value,
	346	+where the field indexed by the expression value gets the assigned value.
	347	+<P>
	348	+The meaning of assignments and evaluations of global variables and
	349	+indexed variables can be changed by tag methods (see Section <A HREF="#tag-method">4.8</A>).
	350	+Actually,
	351	+an assignment <CODE>x = val</CODE>, where <CODE>x</CODE> is a global variable,
	352	+is equivalent to a call <CODE>setglobal('x', val)</CODE>;
	353	+an assignment <CODE>t[i] = val</CODE> is equivalent to
	354	+<CODE>settable_event(t, i, val)</CODE>.
	355	+See Section <A HREF="#tag-method">4.8</A> for a description of these functions
	356	+\footnote{Function <CODE>setglobal</CODE> is pre-defined in Lua.
	357	+Function <TT>settable_event</TT> is used only for explanation purposes.}.
	358	+<P>
	359	+The syntax <CODE>var.NAME</CODE> is just syntactic sugar for
	360	+<CODE>var["NAME"]</CODE>:
	361	+<LISTING>
	362	+var ::= var '<B>.</B>' name
	363	+</LISTING>
	364	+<P>
	365	+<H3>4.5.3 - Control Structures</H3>
	366	+The <A NAME="condition expression">condition expression</A> of a control structure may return any value.
	367	+All values different from <B>nil</B> are considered true;
	368	+only <B>nil</B> is considered false.
	369	+<TT>if</TT>'s, <TT>while</TT>'s and <TT>repeat</TT>'s have the usual meaning.
	370	+<P>
	371	+<A NAME="while-do"></A><A NAME="repeat-until"></A><A NAME="if-then-else"></A>
	372	+<LISTING>
	373	+stat ::= <B>while</B> exp1 <B>do</B> block <B>end</B> <BR> \| <B>repeat</B> block <B>until</B> exp1 <BR> \| <B>if</B> exp1 <B>then</B> block {elseif} [<B>else</B> block] <B>end</B>
	374	+elseif ::= <B>elseif</B> exp1 <B>then</B> block
	375	+</LISTING>
	376	+<P>
	377	+A <TT>return</TT> is used to return values from a function or a chunk.
	378	+<A NAME="return"></A>
	379	+
	380	+Because they may return more than one value,
	381	+the syntax for a <A NAME="return statement">return statement</A> is:
	382	+<LISTING>
	383	+ret ::= <B>return</B> [explist1] [sc]
	384	+</LISTING>
	385	+<P>
	386	+<A NAME="funcstat"></A>
	387	+<H3>4.5.4 - Function Calls as Statements</H3>
	388	+Because of possible side-effects,
	389	+function calls can be executed as statements:
	390	+<LISTING>
	391	+stat ::= functioncall
	392	+</LISTING>
	393	+In this case, returned values are thrown away.
	394	+Function calls are explained in Section <A HREF="#functioncall">4.6.8</A>.
	395	+<P>
	396	+<A NAME="localvar"></A>
	397	+<H3>4.5.5 - Local Declarations</H3>
	398	+<A NAME="Local variables">Local variables</A> may be declared anywhere inside a block.
	399	+Their scope begins after the declaration and lasts until the
	400	+end of the block.
	401	+The declaration may include an initial assignment:
	402	+<LISTING>
	403	+stat ::= <B>local</B> declist [init]
	404	+declist ::= name {'<B>,</B>' name}
	405	+init ::= '<B>=</B>' explist1
	406	+</LISTING>
	407	+If present, an initial assignment has the same semantics
	408	+of a multiple assignment.
	409	+Otherwise, all variables are initialized with <B>nil</B>.
	410	+<P>
	411	+<P>
	412	+<A NAME="4.6"></A>
	413	+<H2>4.6 - Expressions</H2>
	414	+<P>
	415	+<H3>4.6.1 - <A NAME="Simple Expressions</H3>">Simple Expressions</H3></A>
	416	+Simple expressions are:
	417	+<LISTING>
	418	+exp ::= '<B>(</B>' exp '<B>)</B>'
	419	+exp ::= <B>nil</B>
	420	+exp ::= '<B>number</B>'
	421	+exp ::= '<B>literal</B>'
	422	+exp ::= var
	423	+</LISTING>
	424	+Numbers (numerical constants) and
	425	+string literals are explained in Section <A HREF="#lexical">4.1</A>.
	426	+Variables are explained in Section <A HREF="#assignment">4.5.2</A>.
	427	+<P>
	428	+An access to a global variable <CODE>x</CODE> is equivalent to a
	429	+call <CODE>getglobal('x')</CODE>;
	430	+an access to an indexed variable <CODE>t[i]</CODE> is equivalent to
	431	+a call <CODE>gettable_event(t, i)</CODE>.
	432	+See Section <A HREF="#tag-method">4.8</A> for a description of these functions
	433	+\footnote{Function <CODE>getglobal</CODE> is pre-defined in Lua.
	434	+Function <TT>gettable_event</TT> is used only for explanation purposes.}.
	435	+<P>
	436	+The non-terminal <EM>exp1</EM> is used to indicate that the values
	437	+returned by an expression must be adjusted to one single value:
	438	+<LISTING>
	439	+exp1 ::= exp
	440	+</LISTING>
	441	+<P>
	442	+<H3>4.6.2 - Arithmetic Operators</H3>
	443	+Lua supports the usual <A NAME="arithmetic operators">arithmetic operators</A>:
	444	+the binary <CODE>+</CODE> (addition),
	445	+<CODE>-</CODE> (subtraction), <CODE>*</CODE> (multiplication),
	446	+<CODE>/</CODE> (division) and <CODE>^</CODE> (exponentiation),
	447	+and unary <CODE>-</CODE> (negation).
	448	+If the operands are numbers, or strings that can be converted to
	449	+numbers, according to the rules given in Section <A HREF="#coercion">4.3</A>,
	450	+then all operations except exponentiation have the usual meaning.
	451	+Otherwise, an appropriate tag method is called (see Section <A HREF="#tag-method">4.8</A>).
	452	+An exponentiation always calls a tag method.
	453	+The standard mathematical library redefines this method for numbers,
	454	+giving the expected meaning to <A NAME="exponentiation">exponentiation</A>
	455	+(see Section <A HREF="#mathlib">6.3</A>).
	456	+<P>
	457	+<H3>4.6.3 - Relational Operators</H3>
	458	+Lua provides the following <A NAME="relational operators">relational operators</A>:
	459	+<LISTING>
	460	+ < > <= >= ~= ==
	461	+</LISTING>
	462	+All these return <B>nil</B> as false and a value different from <B>nil</B> as true.
	463	+<P>
	464	+Equality first compares the types of its operands.
	465	+If they are different, then the result is <B>nil</B>.
	466	+Otherwise, their values are compared.
	467	+Numbers and strings are compared in the usual way.
	468	+Tables, userdata and functions are compared by reference,
	469	+that is, two tables are considered equal only if they are the same table.
	470	+The operator <CODE>~=</CODE> is exactly the negation of equality (<CODE>==</CODE>).
	471	+Note that the conversion rules of Section <A HREF="#coercion">4.3</A>
	472	+<EM>do not</EM> apply to equality comparisons.
	473	+Thus, <CODE>"0"==0</CODE> evaluates to false.
	474	+<P>
	475	+The other operators work as follows.
	476	+If both arguments are numbers, then they are compared as such.
	477	+Otherwise, if both arguments are strings,
	478	+their values are compared using lexicographical order.
	479	+Otherwise, the ``order'' tag method is called (see Section <A HREF="#tag-method">4.8</A>).
	480	+<P>
	481	+<H3>4.6.4 - Logical Operators</H3>
	482	+Like control structures, all logical operators
	483	+consider <B>nil</B> as false and anything else as true.
	484	+The <A NAME="logical operators">logical operators</A> are:
	485	+<A NAME="and"></A><A NAME="or"></A><A NAME="not"></A>
	486	+<LISTING>
	487	+ and or not
	488	+</LISTING>
	489	+The operator <CODE>and</CODE> returns <B>nil</B> if its first argument is <B>nil</B>;
	490	+otherwise, it returns its second argument.
	491	+The operator <CODE>or</CODE> returns its first argument
	492	+if it is different from <B>nil</B>;
	493	+otherwise, it returns its second argument.
	494	+Both <CODE>and</CODE> and <CODE>or</CODE> use <A NAME="short-cut evaluation">short-cut evaluation</A>,
	495	+that is,
	496	+the second operand is evaluated only when necessary.
	497	+<P>
	498	+<H3>4.6.5 - Concatenation</H3>
	499	+Lua offers a string <A NAME="concatenation">concatenation</A> operator,
	500	+denoted by ``<A NAME=".."><TT>..</TT></A>''.
	501	+If operands are strings or numbers, then they are converted to
	502	+strings according to the rules in Section <A HREF="#coercion">4.3</A>.
	503	+Otherwise, the ``concat'' tag method is called (see Section <A HREF="#tag-method">4.8</A>).
	504	+<P>
	505	+<H3>4.6.6 - Precedence</H3>
	506	+<A NAME="Operator precedence">Operator precedence</A> follows the table below,
	507	+from the lower to the higher priority:
	508	+<LISTING>
	509	+ and or
	510	+ < > <= >= ~= ==
	511	+ ..
	512	+ + -
	513	+ * /
	514	+ not - (unary)
	515	+ ^
	516	+</LISTING>
	517	+All binary operators are left associative,
	518	+except for <CODE>^</CODE> (exponentiation),
	519	+which is right associative.
	520	+<P>
	521	+<A NAME="tableconstructor"></A>
	522	+<H3>4.6.7 - Table Constructors</H3>
	523	+Table <A NAME="constructors">constructors</A> are expressions that create tables;
	524	+every time a constructor is evaluated, a new table is created.
	525	+Constructors can be used to create empty tables,
	526	+or to create a table and initialize some fields.
	527	+<P>
	528	+The general syntax for constructors is:
	529	+<LISTING>
	530	+tableconstructor ::= '<B>{</B>' fieldlist '<B>}</B>'
	531	+fieldlist ::= lfieldlist \| ffieldlist \| lfieldlist '<B>;</B>' ffieldlist
	532	+lfieldlist ::= [lfieldlist1]
	533	+ffieldlist ::= [ffieldlist1]
	534	+</LISTING>
	535	+<P>
	536	+The form <EM>lfieldlist1</EM> is used to initialize lists.
	537	+<LISTING>
	538	+lfieldlist1 ::= exp {'<B>,</B>' exp} ['<B>,</B>']
	539	+</LISTING>
	540	+The expressions in the list are assigned to consecutive numerical indices,
	541	+starting with 1.
	542	+For example:
	543	+<LISTING>
	544	+ a = {"v1", "v2", 34}
	545	+</LISTING>
	546	+is essentially equivalent to:
	547	+<LISTING>
	548	+ temp = {}
	549	+ temp[1] = "v1"
	550	+ temp[2] = "v2"
	551	+ temp[3] = 34
	552	+ a = temp
	553	+</LISTING>
	554	+<P>
	555	+The form <EM>ffieldlist1</EM> initializes other fields in a table:
	556	+<LISTING>
	557	+ffieldlist1 ::= ffield {'<B>,</B>' ffield} ['<B>,</B>']
	558	+ffield ::= '<B>[</B>' exp '<B>]</B>' \ter {= exp \| name '<B>=</B>' exp}
	559	+</LISTING>
	560	+For example:
	561	+<LISTING>
	562	+ a = {[f(k)] = g(y), x = 1, y = 3, [0] = b+c}
	563	+</LISTING>
	564	+is essentially equivalent to:
	565	+<LISTING>
	566	+ temp = {}
	567	+ temp[f(k)] = g(y)
	568	+ temp.x = 1 -- or temp["x"] = 1
	569	+ temp.y = 3 -- or temp["y"] = 3
	570	+ temp[0] = b+c
	571	+ a = temp
	572	+</LISTING>
	573	+An expression like <CODE>{x = 1, y = 4}</CODE> is
	574	+in fact syntactic sugar for <CODE>{["x"] = 1, ["y"] = 4}</CODE>.
	575	+<P>
	576	+<A NAME="functioncall"></A>
	577	+<H3>4.6.8 - Function Calls</H3>
	578	+A <A NAME="function call">function call</A> has the following syntax:
	579	+<LISTING>
	580	+functioncall ::= var realParams
	581	+</LISTING>
	582	+Here, <EM>var</EM> can be any variable (global, local, indexed, etc).
	583	+If its value has type <EM>function</EM>,
	584	+then this function is called.
	585	+Otherwise, the ``function'' tag method is called,
	586	+having as first parameter the value of <EM>var</EM>,
	587	+and then the original call parameters.
	588	+<P>
	589	+The form:
	590	+<LISTING>
	591	+functioncall ::= var '<B>:</B>' name realParams
	592	+</LISTING>
	593	+can be used to call ``methods''.
	594	+A call <CODE>var:name(...)</CODE>
	595	+is syntactic sugar for
	596	+<LISTING>
	597	+ var.name(var, ...)
	598	+</LISTING>
	599	+except that <CODE>var</CODE> is evaluated only once.
	600	+<P>
	601	+<LISTING>
	602	+realParams ::= '<B>(</B>' [explist1] '<B>)</B>'
	603	+realParams ::= tableconstructor
	604	+explist1 ::= exp1 {'<B>,</B>' exp1}
	605	+</LISTING>
	606	+All argument expressions are evaluated before the call.
	607	+A call of the form <CODE>f{...}</CODE> is syntactic sugar for
	608	+<CODE>f({...})</CODE>, that is,
	609	+the parameter list is a single new table.
	610	+<P>
	611	+Because a function can return any number of results
	612	+(see Section <A HREF="#return">4.5.3</A>),
	613	+the number of results must be adjusted before used.
	614	+If the function is called as a statement (see Section <A HREF="#funcstat">4.5.4</A>),
	615	+then its return list is adjusted to 0,
	616	+thus discarding all returned values.
	617	+If the function is called in a place that needs a single value
	618	+(syntactically denoted by the non-terminal <EM>exp1</EM>),
	619	+then its return list is adjusted to 1,
	620	+thus discarding all returned values but the first one.
	621	+If the function is called in a place that can hold many values
	622	+(syntactically denoted by the non-terminal <EM>exp</EM>),
	623	+then no adjustment is made.
	624	+<P>
	625	+<P>
	626	+<A NAME="func-def"></A>
	627	+<A NAME="4.7"></A>
	628	+<H2>4.7 - Function Definitions</H2>
	629	+<P>
	630	+Functions in Lua can be defined anywhere in the global level of a chunk.
	631	+The syntax for function definition is:
	632	+<LISTING>
	633	+function ::= <B>function</B> var '<B>(</B>' [parlist1] '<B>)</B>' block <B>end</B>
	634	+</LISTING>
	635	+<P>
	636	+When Lua pre-compiles a chunk,
	637	+all its function bodies are pre-compiled, too.
	638	+Then, when Lua ``executes'' the function definition,
	639	+its body is stored, with type <EM>function</EM>,
	640	+into the variable <CODE>var</CODE>.
	641	+It is in this sense that
	642	+a function definition is an assignment to a global variable.
	643	+<P>
	644	+Parameters act as local variables,
	645	+initialized with the argument values.
	646	+<LISTING>
	647	+parlist1 ::= '<B>...</B>'
	648	+parlist1 ::= name {'<B>,</B>' name} ['<B>,</B>' '<B>...</B>']
	649	+</LISTING>
	650	+<A NAME="vararg"></A>
	651	+
	652	+When a function is called,
	653	+the list of <A NAME="arguments">arguments</A> is adjusted to
	654	+the length of the list of parameters (see Section <A HREF="#adjust">4.4</A>),
	655	+unless the function is a <A NAME="vararg"><EM>vararg</EM></A> function,
	656	+indicated by the dots (...) at the end of its parameter list.
	657	+A vararg function does not adjust its argument list;
	658	+instead, it collects any extra arguments in an implicit parameter,
	659	+called <A NAME="arg"><EM>arg</EM></A>.
	660	+This parameter is always initialized as a table,
	661	+with a field <CODE>n</CODE> with the number of extra arguments,
	662	+and the extra arguments at positions 1, 2, ...
	663	+<P>
	664	+As an example, suppose definitions like:
	665	+<LISTING>
	666	+ function f(a, b) end
	667	+ function g(a, b, ...) end
	668	+</LISTING>
	669	+Then, we have the following mapping from arguments to parameters:
	670	+<LISTING>
	671	+ CALL PARAMETERS
	672	+<P>
	673	+ f(3) a=3, b=nil
	674	+ f(3, 4) a=3, b=4
	675	+ f(3, 4, 5) a=3, b=4
	676	+<P>
	677	+ g(3) a=3, b=nil, arg={n=0}
	678	+ g(3, 4) a=3, b=4, arg={n=0}
	679	+ g(3, 4, 5, 8) a=3, b=4, arg={5, 8; n=2}
	680	+</LISTING>
	681	+<P>
	682	+Results are returned using the <CODE>return</CODE> statement (see Section <A HREF="#return">4.5.3</A>).
	683	+If control reaches the end of a function without a return instruction,
	684	+then the function returns with no results.
	685	+<P>
	686	+There is a special syntax for defining <A NAME="methods">methods</A>,
	687	+that is, functions that have an extra parameter <A NAME="self"><EM>self</EM></A>.
	688	+<LISTING>
	689	+function ::= <B>function</B> var '<B>:</B>' name '<B>(</B>' [parlist1] '<B>)</B>' block <B>end</B>
	690	+</LISTING>
	691	+Thus, a declaration like
	692	+<LISTING>
	693	+function v:f (...)
	694	+ ...
	695	+end
	696	+</LISTING>
	697	+is equivalent to
	698	+<LISTING>
	699	+function v.f (self, ...)
	700	+ ...
	701	+end
	702	+</LISTING>
	703	+that is, the function gets an extra formal parameter called <CODE>self</CODE>.
	704	+Notice that
	705	+the variable <CODE>v</CODE> must have been
	706	+previously initialized with a table value.
	707	+<P>
	708	+<P>
	709	+<A NAME="tag-method"></A>
	710	+<A NAME="4.8"></A>
	711	+<H2>4.8 - Tag Methods</H2>
	712	+<P>
	713	+Lua provides a powerful mechanism to extend its semantics,
	714	+called <A NAME="Tag Methods"><EM>Tag Methods</EM></A>.
	715	+A tag method (TM) is a programmer-defined function
	716	+that can be called at many key points of the evaluation of a program,
	717	+allowing a programmer to change the standard Lua behavior at these points.
	718	+Each of these points is called an <A NAME="event"><EM>event</EM></A>.
	719	+<P>
	720	+The tag method called for any specific event is selected
	721	+according to the tag of the values involved
	722	+in the event (see Section <A HREF="#TypesSec">3</A>).
	723	+The function <A NAME="settagmethod"><TT>settagmethod</TT></A> changes the tag method
	724	+associated with a given pair <EM><tag, event></EM>.
	725	+Its first parameter is the tag, the second the event name
	726	+(a string, see below),
	727	+and the third parameter is the new method (a function),
	728	+or <B>nil</B> to restore the default behavior.
	729	+The function returns the previous tag method.
	730	+Another function, <A NAME="gettagmethod"><TT>gettagmethod</TT></A>,
	731	+receives a tag and an event name and returns the
	732	+current method associated with the pair.
	733	+<P>
	734	+Tag methods are called in the following events,
	735	+identified by the given names.
	736	+The semantics of tag methods is better explained by a Lua function
	737	+describing the behavior of the interpreter at each event.
	738	+The function not only shows when a tag method is called,
	739	+but also its arguments, its results and the default behavior.
	740	+Please notice that the code shown here is only illustrative;
	741	+the real behavior is hard coded in the interpreter,
	742	+and it is much more efficient than this simulation.
	743	+All functions used in these descriptions
	744	+(<CODE>rawgetglobal</CODE>, <CODE>tonumber</CODE>, <CODE>call</CODE>, etc)
	745	+are described in Section <A HREF="#predefined">6.1</A>.
	746	+<P>
	747	+<DL>
	748	+<P>
	749	+<DT><B>``add'':</B><DD><A NAME="add event"></A>
	750	+called when a <CODE>+</CODE> operation is applied to non numerical operands.
	751	+<P>
	752	+The function <CODE>getbinmethod</CODE> defines how Lua chooses a tag method
	753	+for a binary operation.
	754	+First Lua tries the first operand.
	755	+If its tag does not define a tag method for the operation,
	756	+then Lua tries the second operand.
	757	+If it also fails, then it gets a tag method from tag 0:
	758	+<LISTING>
	759	+ function getbinmethod (op1, op2, event)
	760	+ return gettagmethod(tag(op1), event) or
	761	+ gettagmethod(tag(op2), event) or
	762	+ gettagmethod(0, event)
	763	+ end
	764	+</LISTING>
	765	+<LISTING>
	766	+ function add_event (op1, op2)
	767	+ local o1, o2 = tonumber(op1), tonumber(op2)
	768	+ if o1 and o2 then -- both operands are numeric
	769	+ return o1+o2 -- '+' here is the primitive 'add'
	770	+ else -- at least one of the operands is not numeric.
	771	+ local tm = getbinmethod(op1, op2, "add")
	772	+ if tm then
	773	+ -- call the method with both operands and an extra
	774	+ -- argument with the event name
	775	+ return tm(op1, op2, "add")
	776	+ else -- no tag method available: Default behavior
	777	+ error("unexpected type at arithmetic operation")
	778	+ end
	779	+ end
	780	+ end
	781	+</LISTING>
	782	+<P>
	783	+<DT><B>``sub'':</B><DD><A NAME="sub event"></A>
	784	+called when a <CODE>-</CODE> operation is applied to non numerical operands.
	785	+Behavior similar to <CODE>"add"</CODE> event.
	786	+<P>
	787	+<DT><B>``mul'':</B><DD><A NAME="mul event"></A>
	788	+called when a <CODE>*</CODE> operation is applied to non numerical operands.
	789	+Behavior similar to <CODE>"add"</CODE> event.
	790	+<P>
	791	+<DT><B>``div'':</B><DD><A NAME="div event"></A>
	792	+called when a <CODE>/</CODE> operation is applied to non numerical operands.
	793	+Behavior similar to <CODE>"add"</CODE> event.
	794	+<P>
	795	+<DT><B>``pow'':</B><DD><A NAME="pow event"></A>
	796	+called when a <CODE>^</CODE> operation is applied.
	797	+<LISTING>
	798	+ function pow_event (op1, op2)
	799	+ local tm = getbinmethod(op1, op2, "pow")
	800	+ if tm then
	801	+ -- call the method with both operands and an extra
	802	+ -- argument with the event name
	803	+ return tm(op1, op2, "pow")
	804	+ else -- no tag method available: Default behavior
	805	+ error("unexpected type at arithmetic operation")
	806	+ end
	807	+ end
	808	+</LISTING>
	809	+<P>
	810	+<DT><B>``unm'':</B><DD><A NAME="unm event"></A>
	811	+called when an unary <CODE>-</CODE> operation is applied to a non numerical operand.
	812	+<LISTING>
	813	+ function unm_event (op)
	814	+ local o = tonumber(op)
	815	+ if o then -- operand is numeric
	816	+ return -o -- '-' here is the primitive 'unm'
	817	+ else -- the operand is not numeric.
	818	+ -- Try to get a tag method from the operand;
	819	+ -- if it does not have one, try a "global" one (tag 0)
	820	+ local tm = gettagmethod(tag(op), "unm") or
	821	+ gettagmethod(0, "unm")
	822	+ if tm then
	823	+ -- call the method with the operand, nil, and an extra
	824	+ -- argument with the event name
	825	+ return tm(op, nil, "unm")
	826	+ else -- no tag method available: Default behavior
	827	+ error("unexpected type at arithmetic operation")
	828	+ end
	829	+ end
	830	+ end
	831	+</LISTING>
	832	+<P>
	833	+<DT><B>``lt'':</B><DD><A NAME="lt event"></A>
	834	+called when a <CODE><</CODE> operation is applied to non numerical
	835	+or non string operands.
	836	+<LISTING>
	837	+ function lt_event (op1, op2)
	838	+ if type(op1) == "number" and type(op2) == "number" then
	839	+ return op1 < op2 -- numeric comparison
	840	+ elseif type(op1) == "string" and type(op2) == "string" then
	841	+ return op1 < op2 -- lexicographic comparison
	842	+ else
	843	+ local tm = getbinmethod(op1, op2, "lt")
	844	+ if tm then
	845	+ return tm(op1, op2, "lt")
	846	+ else
	847	+ error("unexpected type at comparison");
	848	+ end
	849	+ end
	850	+ end
	851	+</LISTING>
	852	+<P>
	853	+<DT><B>``gt'':</B><DD><A NAME="gt event"></A>
	854	+called when a <CODE>></CODE> operation is applied to non numerical
	855	+or non string operands.
	856	+Behavior similar to <CODE>"lt"</CODE> event.
	857	+<P>
	858	+<DT><B>``le'':</B><DD><A NAME="le event"></A>
	859	+called when a <CODE><=</CODE> operation is applied to non numerical
	860	+or non string operands.
	861	+Behavior similar to <CODE>"lt"</CODE> event.
	862	+<P>
	863	+<DT><B>``ge'':</B><DD><A NAME="ge event"></A>
	864	+called when a <CODE>>=</CODE> operation is applied to non numerical
	865	+or non string operands.
	866	+Behavior similar to <CODE>"lt"</CODE> event.
	867	+<P>
	868	+<DT><B>``concat'':</B><DD><A NAME="concatenation event"></A>
	869	+called when a concatenation is applied to non string operands.
	870	+<LISTING>
	871	+ function concat_event (op1, op2)
	872	+ if (type(op1) == "string" or type(op1) == "number") and
	873	+ (type(op2) == "string" or type(op2) == "number") then
	874	+ return op1..op2 -- primitive string concatenation
	875	+ else
	876	+ local tm = getbinmethod(op1, op2, "concat")
	877	+ if tm then
	878	+ return tm(op1, op2, "concat")
	879	+ else
	880	+ error("unexpected type for concatenation")
	881	+ end
	882	+ end
	883	+ end
	884	+</LISTING>
	885	+<P>
	886	+<DT><B>``index'':</B><DD><A NAME="index event"></A>
	887	+called when Lua tries to retrieve the value of an index
	888	+not present in a table.
	889	+See event <CODE>"gettable"</CODE> for its semantics.
	890	+<P>
	891	+<DT><B>``getglobal'':</B><DD><A NAME="getglobal event"></A>
	892	+called whenever Lua accesses a global variable.
	893	+This method can only be set for <B>nil</B> and for tags
	894	+created by <CODE>newtag</CODE>.
	895	+<LISTING>
	896	+ function getglobal (varname)
	897	+ local value = rawgetglobal(varname)
	898	+ local tm = gettagmethod(tag(value), "getglobal")
	899	+ if not tm then
	900	+ return value
	901	+ else
	902	+ return tm(varname, value)
	903	+ end
	904	+ end
	905	+</LISTING>
	906	+Notice: the function <CODE>getglobal</CODE> is pre-defined in Lua (see Section <A HREF="#predefined">6.1</A>).
	907	+<P>
	908	+<DT><B>``setglobal'':</B><DD><A NAME="setglobal event"></A>
	909	+called whenever Lua assigns to a global variable.
	910	+This method cannot be set for numbers, strings, and tables and
	911	+userdata with default tags.
	912	+<LISTING>
	913	+ function setglobal (varname, newvalue)
	914	+ local oldvalue = rawgetglobal(varname)
	915	+ local tm = gettagmethod(tag(oldvalue), "setglobal")
	916	+ if not tm then
	917	+ return rawsetglobal(varname, newvalue)
	918	+ else
	919	+ return tm(varname, oldvalue, newvalue)
	920	+ end
	921	+ end
	922	+</LISTING>
	923	+Notice: the function <CODE>setglobal</CODE> is pre-defined in Lua (see Section <A HREF="#predefined">6.1</A>).
	924	+<P>
	925	+<DT><B>``gettable'':</B><DD><A NAME="gettable event"></A>
	926	+called whenever Lua accesses an indexed variable.
	927	+This method cannot be set for tables with default tag.
	928	+<LISTING>
	929	+ function gettable_event (table, index)
	930	+ local tm = gettagmethod(tag(table), "gettable")
	931	+ if tm then
	932	+ return tm(table, index)
	933	+ elseif type(table) ~= "table" then
	934	+ error("indexed expression not a table");
	935	+ else
	936	+ local v = rawgettable(table, index)
	937	+ tm = gettagmethod(tag(table), "index")
	938	+ if (v == nil) and tm then
	939	+ return tm(table, index)
	940	+ else
	941	+ return v
	942	+ end
	943	+ end
	944	+ end
	945	+</LISTING>
	946	+<P>
	947	+<DT><B>``settable'':</B><DD><A NAME="settable event"></A>
	948	+called when Lua assigns to an indexed variable.
	949	+This method cannot be set for tables with default tag.
	950	+<LISTING>
	951	+ function settable_event (table, index, value)
	952	+ local tm = gettagmethod(tag(table), "settable")
	953	+ if tm then
	954	+ tm(table, index, value)
	955	+ elseif type(table) ~= "table" then
	956	+ error("indexed expression not a table")
	957	+ else
	958	+ rawsettable(table, index, value)
	959	+ end
	960	+ end
	961	+</LISTING>
	962	+<P>
	963	+<DT><B>``function'':</B><DD><A NAME="function event"></A>
	964	+called when Lua tries to call a non function value.
	965	+<LISTING>
	966	+ function function_event (func, ...)
	967	+ if type(func) == "function" then
	968	+ return call(func, arg)
	969	+ else
	970	+ local tm = gettagmethod(tag(func), "function")
	971	+ if tm then
	972	+ local i = arg.n
	973	+ while i > 0 do
	974	+ arg[i+1] = arg[i]
	975	+ i = i-1
	976	+ end
	977	+ arg.n = arg.n+1
	978	+ arg[1] = func
	979	+ return call(tm, arg)
	980	+ else
	981	+ error("call expression not a function")
	982	+ end
	983	+ end
	984	+ end
	985	+</LISTING>
	986	+<P>
	987	+<DT><B>``gc'':</B><DD><A NAME="gc event"></A>
	988	+called when Lua is garbage collecting an object.
	989	+This method cannot be set for strings, numbers, functions,
	990	+and userdata with default tag.
	991	+For each object to be collected,
	992	+Lua does the equivalent of the following function:
	993	+<LISTING>
	994	+ function gc_event (obj)
	995	+ local tm = gettagmethod(tag(obj), "gc")
	996	+ if tm then
	997	+ tm(obj)
	998	+ end
	999	+ end
	1000	+</LISTING>
	1001	+Moreover, at the end of a garbage collection cycle,
	1002	+Lua does the equivalent of the call <CODE>gc_event(nil)</CODE>.
	1003	+<P>
	1004	+</DL>
	1005	+<P>
	1006	+<P>
	1007	+<P>
	1008	+<A NAME="error"></A>
	1009	+<A NAME="4.9"></A>
	1010	+<H2>4.9 - Error Handling</H2>
	1011	+<P>
	1012	+Because Lua is an extension language,
	1013	+all Lua actions start from C code calling a function from the Lua library.
	1014	+Whenever an error occurs during Lua compilation or execution,
	1015	+the <A NAME="error method"><EM>error method</EM></A> is called,
	1016	+and then the corresponding function from the library
	1017	+(<CODE>lua_dofile</CODE>, <CODE>lua_dostring</CODE>, or <CODE>lua_callfunction</CODE>)
	1018	+is terminated returning an error condition.
	1019	+<P>
	1020	+The only argument to the error method is a string
	1021	+describing the error.
	1022	+The default method prints this message in <CODE>stderr</CODE>.
	1023	+If needed, it is possible to change the error method with the
	1024	+function <CODE>seterrormethod</CODE>,
	1025	+which gets the new error handler as its only parameter
	1026	+(see Section <A HREF="#pdf-seterrormethod">6.1</A>).
	1027	+The standard I/O library uses this facility to redefine the error method,
	1028	+using the debug facilities (see Section <A HREF="#debugI">7</A>),
	1029	+in order to print some extra information,
	1030	+like the call stack.
	1031	+<P>
	1032	+To provide more information about errors,
	1033	+Lua programs should include the compilation pragma <CODE>$debug</CODE>.
	1034	+<A NAME="pragma"></A>
	1035	+<A NAME="debug pragma"></A>
	1036	+When an error occurs in a program compiled with this option,
	1037	+the I/O error routine is able to print the number of the
	1038	+lines where the calls (and the error) were made.
	1039	+<P>
	1040	+Lua code can explicitly generate an error by calling the built-in
	1041	+function <CODE>error</CODE> (see Section <A HREF="#pdf-error">6.1</A>).
	1042	+<P>
	1043	+<P>
	1044	+<!-- ====================================================================== -->
	1045	+<HR>
	1046	+<A NAME="5."></A>
	1047	+<H1>5 - The Application Program Interface</H1>
	1048	+<P>
	1049	+This section describes the API for Lua, that is,
	1050	+the set of C functions available to the host program to communicate
	1051	+with the Lua library.
	1052	+The API functions can be classified in the following categories:
	1053	+<OL>
	1054	+<LI>exchanging values between C and Lua;
	1055	+<LI>executing Lua code;
	1056	+<LI>manipulating (reading and writing) Lua objects;
	1057	+<LI>calling Lua functions;
	1058	+<LI>C functions to be called by Lua;
	1059	+<LI>manipulating references to Lua Objects.
	1060	+</OL>
	1061	+All API functions and related types and constants
	1062	+are declared in the header file <CODE>lua.h</CODE>.
	1063	+<P>
	1064	+<A NAME="valuesCLua"></A>
	1065	+<A NAME="5.1"></A>
	1066	+<H2>5.1 - Exchanging Values between C and Lua</H2>
	1067	+Because Lua has no static type system,
	1068	+all values passed between Lua and C have type
	1069	+<CODE>lua_Object</CODE><A NAME="lua_Object"></A>,
	1070	+which works like an abstract type in C that can hold any Lua value.
	1071	+Values of type <CODE>lua_Object</CODE> have no meaning outside Lua;
	1072	+for instance,
	1073	+the comparison of two <CODE>lua_Object's</CODE> is undefined.
	1074	+<P>
	1075	+To check the type of a <CODE>lua_Object</CODE>,
	1076	+the following functions are available:
	1077	+<A NAME="lua_isnil"></A><A NAME="lua_isnumber"></A><A NAME="lua_isstring"></A>
	1078	+<A NAME="lua_istable"></A><A NAME="lua_iscfunction"></A><A NAME="lua_isuserdata"></A>
	1079	+<A NAME="lua_isfunction"></A>
	1080	+<LISTING>
	1081	+int lua_isnil (lua_Object object);
	1082	+int lua_isnumber (lua_Object object);
	1083	+int lua_isstring (lua_Object object);
	1084	+int lua_istable (lua_Object object);
	1085	+int lua_isfunction (lua_Object object);
	1086	+int lua_iscfunction (lua_Object object);
	1087	+int lua_isuserdata (lua_Object object);
	1088	+</LISTING>
	1089	+All macros return 1 if the object is compatible with the given type,
	1090	+and 0 otherwise.
	1091	+The function <CODE>lua_isnumber</CODE> accepts numbers and numerical strings,
	1092	+whereas
	1093	+<CODE>lua_isstring</CODE> accepts strings and numbers (see Section <A HREF="#coercion">4.3</A>),
	1094	+and <CODE>lua_isfunction</CODE> accepts Lua and C functions.
	1095	+<P>
	1096	+To check the tag of a <CODE>lua_Object</CODE>,
	1097	+the following function is available:
	1098	+<A NAME="lua_tag"></A>
	1099	+<LISTING>
	1100	+int lua_tag (lua_Object object);
	1101	+</LISTING>
	1102	+<P>
	1103	+To translate a value from type <CODE>lua_Object</CODE> to a specific C type,
	1104	+the programmer can use:
	1105	+<A NAME="lua_getnumber"></A><A NAME="lua_getstring"></A>
	1106	+<A NAME="lua_getcfunction"></A><A NAME="lua_getuserdata"></A>
	1107	+<LISTING>
	1108	+float lua_getnumber (lua_Object object);
	1109	+char *lua_getstring (lua_Object object);
	1110	+lua_CFunction lua_getcfunction (lua_Object object);
	1111	+void *lua_getuserdata (lua_Object object);
	1112	+</LISTING>
	1113	+<P>
	1114	+<CODE>lua_getnumber</CODE> converts a <CODE>lua_Object</CODE> to a floating-point number.
	1115	+This <CODE>lua_Object</CODE> must be a number or a string convertible to number
	1116	+(see Section <A HREF="#coercion">4.3</A>); otherwise, the function returns 0.
	1117	+<P>
	1118	+<CODE>lua_getstring</CODE> converts a <CODE>lua_Object</CODE> to a string (<CODE>char*</CODE>).
	1119	+This <CODE>lua_Object</CODE> must be a string or a number;
	1120	+otherwise, the function returns 0 (the <CODE>NULL</CODE> pointer).
	1121	+This function does not create a new string,
	1122	+but returns a pointer to a string inside the Lua environment.
	1123	+Because Lua has garbage collection,
	1124	+there is no guarantee that such pointer will be valid after the block ends
	1125	+(see below).
	1126	+<P>
	1127	+<CODE>lua_getcfunction</CODE> converts a <CODE>lua_Object</CODE> to a C function.
	1128	+This <CODE>lua_Object</CODE> must have type <EM>CFunction</EM>;
	1129	+otherwise, the function returns 0 (the <CODE>NULL</CODE> pointer).
	1130	+The type <CODE>lua_CFunction</CODE> is explained in Section <A HREF="#LuacallC">5.5</A>.
	1131	+<P>
	1132	+<CODE>lua_getuserdata</CODE> converts a <CODE>lua_Object</CODE> to <CODE>void*</CODE>.
	1133	+This <CODE>lua_Object</CODE> must have type <EM>userdata</EM>;
	1134	+otherwise, the function returns 0 (the <CODE>NULL</CODE> pointer).
	1135	+<P>
	1136	+Because Lua has automatic memory management and garbage collection,
	1137	+a <CODE>lua_Object</CODE> has a limited scope,
	1138	+and is only valid inside the <EM>block</EM> where it was created.
	1139	+A C function called from Lua is a block,
	1140	+and its parameters are valid only until its end.
	1141	+It is good programming practice to convert Lua objects to C values
	1142	+as soon as they are available,
	1143	+and never to store <CODE>lua_Object</CODE>s in C global variables.
	1144	+<P>
	1145	+A garbage collection cycle can be forced by:
	1146	+<A NAME="lua_collectgarbage"></A>
	1147	+<LISTING>
	1148	+long lua_collectgarbage (long limit);
	1149	+</LISTING>
	1150	+This function returns the number of objects collected.
	1151	+The argument <CODE>limit</CODE> makes the next cycle occur only
	1152	+when that number of new objects have been created.
	1153	+If <CODE>limit</CODE>=0, then Lua uses an adaptable heuristics to set this limit.
	1154	+<P>
	1155	+<P>
	1156	+All communication between Lua and C is done through two
	1157	+abstract data types, called <A NAME="lua2C"><EM>lua2C</EM></A> and <A NAME="C2lua"><EM>C2lua</EM></A>.
	1158	+The first one, as the name implies, is used to pass values
	1159	+from Lua to C: parameters when Lua calls C and results when C calls Lua.
	1160	+The structure C2lua is used in the reverse direction:
	1161	+parameters when C calls Lua and results when Lua calls C.
	1162	+<P>
	1163	+The structure lua2C is an abstract array,
	1164	+which can be indexed with the function:
	1165	+<A NAME="lua_lua2C"></A>
	1166	+<LISTING>
	1167	+lua_Object lua_lua2C (int number);
	1168	+</LISTING>
	1169	+where <CODE>number</CODE> starts with 1.
	1170	+When called with a number larger than the array size,
	1171	+this function returns <CODE>LUA_NOOBJECT</CODE><A NAME="LUA_NOOBJECT"></A>.
	1172	+In this way, it is possible to write C functions that receive
	1173	+a variable number of parameters,
	1174	+and to call Lua functions that return a variable number of results.
	1175	+Notice that the structure lua2C cannot be directly modified by C code.
	1176	+<P>
	1177	+The second structure, C2lua, is a stack.
	1178	+Pushing elements into this stack
	1179	+is done with the following functions:
	1180	+<A NAME="lua_pushnumber"></A><A NAME="lua_pushstring"></A>
	1181	+<A NAME="lua_pushcfunction"></A><A NAME="lua_pushusertag"></A>
	1182	+<A NAME="lua_pushnil"></A><A NAME="lua_pushobject"></A>
	1183	+<A NAME="pushing"></A>
	1184	+<A NAME="lua_pushuserdata"></A>
	1185	+<LISTING>
	1186	+void lua_pushnumber (double n);
	1187	+void lua_pushstring (char *s);
	1188	+void lua_pushcfunction (lua_CFunction f);
	1189	+void lua_pushusertag (void *u, int tag);
	1190	+void lua_pushnil (void);
	1191	+void lua_pushobject (lua_Object object);
	1192	+</LISTING>
	1193	+All of them receive a C value,
	1194	+convert it to a corresponding <CODE>lua_Object</CODE>,
	1195	+and leave the result on the top of C2lua.
	1196	+The function
	1197	+<A NAME="lua_pop"></A>
	1198	+<LISTING>
	1199	+lua_Object lua_pop (void);
	1200	+</LISTING>
	1201	+returns a reference to the object at the top of the C2lua stack,
	1202	+and pops it.
	1203	+<P>
	1204	+As a general rule, all API functions pop from the stack
	1205	+all elements that they use.
	1206	+<P>
	1207	+Because userdata are objects,
	1208	+the function <CODE>lua_pushusertag</CODE> may create a new userdata.
	1209	+If Lua has a userdata with the given value (<CODE>void*</CODE>) and tag,
	1210	+that userdata is pushed.
	1211	+Otherwise, a new userdata is created, with the given value and tag.
	1212	+If this function is called with
	1213	+<CODE>tag</CODE>=<CODE>LUA_ANYTAG</CODE><A NAME="LUA_ANYTAG"></A>,
	1214	+then Lua will try to find any userdata with the given value,
	1215	+no matter its tag.
	1216	+If there is no userdata with that value, then a new one is created,
	1217	+with tag=0.
	1218	+<P>
	1219	+Userdata can have different tags,
	1220	+whose semantics are only known to the host program.
	1221	+Tags are created with the function:
	1222	+<A NAME="lua_newtag"></A>
	1223	+<LISTING>
	1224	+int lua_newtag (void);
	1225	+</LISTING>
	1226	+The function <CODE>lua_settag</CODE> changes the tag of
	1227	+the object on the top of C2lua (and pops it);
	1228	+the object must be a userdata or a table.
	1229	+<A NAME="lua_settag"></A>
	1230	+<LISTING>
	1231	+void lua_settag (int tag);
	1232	+</LISTING>
	1233	+<CODE>tag</CODE> must be a value created with <CODE>lua_newtag</CODE>.
	1234	+<P>
	1235	+When C code calls Lua repeatedly, as in a loop,
	1236	+objects returned by these calls can accumulate,
	1237	+and may cause a stack overflow.
	1238	+To avoid this,
	1239	+nested blocks can be defined with the functions:
	1240	+<LISTING>
	1241	+void lua_beginblock (void);
	1242	+void lua_endblock (void);
	1243	+</LISTING>
	1244	+After the end of the block,
	1245	+all <CODE>lua_Object</CODE>'s created inside it are released.
	1246	+The use of explicit nested blocks is strongly encouraged.
	1247	+<P>
	1248	+<A NAME="5.2"></A>
	1249	+<H2>5.2 - Executing Lua Code</H2>
	1250	+A host program can execute Lua chunks written in a file or in a string
	1251	+using the following functions:
	1252	+<A NAME="lua_dofile"></A><A NAME="lua_dostring"></A>
	1253	+<LISTING>
	1254	+int lua_dofile (char *filename);
	1255	+int lua_dostring (char *string);
	1256	+</LISTING>
	1257	+Both functions return an error code:
	1258	+0, in case of success; non zero, in case of errors.
	1259	+More specifically, <CODE>lua_dofile</CODE> returns 2 if for any reason
	1260	+it could not open the file.
	1261	+The function <CODE>lua_dofile</CODE>, if called with argument <CODE>NULL</CODE>,
	1262	+executes the <CODE>stdin</CODE> stream.
	1263	+Function <CODE>lua_dofile</CODE> is also able to execute pre-compiled chunks.
	1264	+It automatically detects whether the file is text or binary,
	1265	+and loads it accordingly (see program <A NAME="luac"><TT>luac</TT></A>).
	1266	+<P>
	1267	+These functions return, in structure lua2C,
	1268	+any values eventually returned by the chunks.
	1269	+They also empty the stack C2lua.
	1270	+<P>
	1271	+<P>
	1272	+<A NAME="5.3"></A>
	1273	+<H2>5.3 - Manipulating Lua Objects</H2>
	1274	+To read the value of any global Lua variable,
	1275	+one uses the function:
	1276	+<A NAME="lua_getglobal"></A>
	1277	+<LISTING>
	1278	+lua_Object lua_getglobal (char *varname);
	1279	+</LISTING>
	1280	+As in Lua, this function may trigger a tag method.
	1281	+To read the real value of any global variable,
	1282	+without invoking any tag method,
	1283	+this function has a <EM>raw</EM> version:
	1284	+<A NAME="lua_rawgetglobal"></A>
	1285	+<LISTING>
	1286	+lua_Object lua_rawgetglobal (char *varname);
	1287	+</LISTING>
	1288	+<P>
	1289	+To store a value previously pushed onto C2lua in a global variable,
	1290	+there is the function:
	1291	+<A NAME="lua_setglobal"></A>
	1292	+<LISTING>
	1293	+void lua_setglobal (char *varname);
	1294	+</LISTING>
	1295	+As in Lua, this function may trigger a tag method.
	1296	+To set the real value of any global variable,
	1297	+without invoking any tag method,
	1298	+this function has a <EM>raw</EM> version:
	1299	+<A NAME="lua_rawgetglobal"></A>
	1300	+<LISTING>
	1301	+void lua_rawsetglobal (char *varname);
	1302	+</LISTING>
	1303	+<P>
	1304	+Tables can also be manipulated via the API.
	1305	+The function
	1306	+<A NAME="lua_gettable"></A>
	1307	+<LISTING>
	1308	+lua_Object lua_gettable (void);
	1309	+</LISTING>
	1310	+pops from the stack C2lua a table and an index,
	1311	+and returns the contents of the table at that index.
	1312	+As in Lua, this operation may trigger a tag method.
	1313	+To get the real value of any table index,
	1314	+without invoking any tag method,
	1315	+this function has a <EM>raw</EM> version:
	1316	+<A NAME="lua_rawgetglobal"></A>
	1317	+<LISTING>
	1318	+lua_Object lua_rawgettable (void);
	1319	+</LISTING>
	1320	+<P>
	1321	+To store a value in an index,
	1322	+the program must push the table, the index,
	1323	+and the value onto C2lua,
	1324	+and then call the function:
	1325	+<A NAME="lua_settable"></A>
	1326	+<LISTING>
	1327	+void lua_settable (void);
	1328	+</LISTING>
	1329	+Again, the tag method for ``settable'' may be called.
	1330	+To set the real value of any table index,
	1331	+without invoking any tag method,
	1332	+this function has a <EM>raw</EM> version:
	1333	+<A NAME="lua_rawsettable"></A>
	1334	+<LISTING>
	1335	+void lua_rawsettable (void);
	1336	+</LISTING>
	1337	+<P>
	1338	+Finally, the function
	1339	+<A NAME="lua_createtable"></A>
	1340	+<LISTING>
	1341	+lua_Object lua_createtable (void);
	1342	+</LISTING>
	1343	+creates and returns a new, empty table.
	1344	+<P>
	1345	+<P>
	1346	+<A NAME="5.4"></A>
	1347	+<H2>5.4 - Calling Lua Functions</H2>
	1348	+Functions defined in Lua by a chunk executed with
	1349	+<CODE>dofile</CODE> or <CODE>dostring</CODE> can be called from the host program.
	1350	+This is done using the following protocol:
	1351	+first, the arguments to the function are pushed onto C2lua
	1352	+(see Section <A HREF="#pushing">5.1</A>), in direct order, i.e., the first argument is pushed first.
	1353	+<P>
	1354	+Then, the function is called using
	1355	+<A NAME="lua_callfunction"></A>
	1356	+<LISTING>
	1357	+int lua_callfunction (lua_Object function);
	1358	+</LISTING>
	1359	+This function returns an error code:
	1360	+0, in case of success; non zero, in case of errors.
	1361	+Finally, the results (a Lua function may return many values)
	1362	+are returned in structure lua2C,
	1363	+and can be retrieved with the macro <CODE>lua_getresult</CODE>,
	1364	+<A NAME="lua_getresult"></A>
	1365	+which is just another name to the function <CODE>lua_lua2C</CODE>.
	1366	+Notice that the function <CODE>lua_callfunction</CODE>
	1367	+pops all elements from the C2lua stack.
	1368	+<P>
	1369	+The following example shows how a C program may do the
	1370	+equivalent to the Lua code:
	1371	+<LISTING>
	1372	+ a = f("how", t.x, 4)
	1373	+</LISTING>
	1374	+<LISTING>
	1375	+ lua_pushstring("how"); /* 1st argument */
	1376	+ lua_pushobject(lua_getglobal("t")); /* push value of global 't' */
	1377	+ lua_pushstring("x"); /* push the string 'x' */
	1378	+ lua_pushobject(lua_gettable()); /* push result of t.x (= t['x']) */
	1379	+ lua_pushnumber(4); /* 3th argument */
	1380	+ lua_callfunction(lua_getglobal("f")); /* call Lua function */
	1381	+ lua_pushobject(lua_getresult(1)); /* push first result of the call */
	1382	+ lua_setglobal("a"); /* sets global variable 'a' */
	1383	+</LISTING>
	1384	+<P>
	1385	+Some special Lua functions have exclusive interfaces.
	1386	+A C function can generate a Lua error calling the function
	1387	+<A NAME="lua_error"></A>
	1388	+<LISTING>
	1389	+void lua_error (char *message);
	1390	+</LISTING>
	1391	+This function never returns.
	1392	+If the C function has been called from Lua,
	1393	+then the corresponding Lua execution terminates,
	1394	+as if an error had occurred inside Lua code.
	1395	+Otherwise, the whole program terminates with a call to <CODE>exit(1)</CODE>.
	1396	+<P>
	1397	+The error handler method (see Section <A HREF="#error">4.9</A>) can be changed with:
	1398	+<A NAME="lua_seterrormethod"></A>
	1399	+<LISTING>
	1400	+lua_Object lua_seterrormethod (void);
	1401	+</LISTING>
	1402	+This function sets the object at the top of C2lua
	1403	+as the new error method,
	1404	+and returns the old error method value.
	1405	+<P>
	1406	+Tag methods can be changed with:
	1407	+<A NAME="lua_settagmethod"></A>
	1408	+<LISTING>
	1409	+lua_Object lua_settagmethod (int tag, char *event);
	1410	+</LISTING>
	1411	+The first parameter is the tag,
	1412	+the second is the event name (see Section <A HREF="#tag-method">4.8</A>);
	1413	+the new method is pushed from C2lua.
	1414	+This function returns a <CODE>lua_Object</CODE>,
	1415	+which is the old tag method value.
	1416	+To get just the current value of a tag method,
	1417	+there is the function
	1418	+<A NAME="lua_gettagmethod"></A>
	1419	+<LISTING>
	1420	+lua_Object lua_gettagmethod (int tag, char *event);
	1421	+</LISTING>
	1422	+<P>
	1423	+<P>
	1424	+<A NAME="LuacallC"></A>
	1425	+<A NAME="5.5"></A>
	1426	+<H2>5.5 - C Functions</H2>
	1427	+To register a C function to Lua,
	1428	+there is the following macro:
	1429	+<A NAME="lua_register"></A>
	1430	+<LISTING>
	1431	+#define lua_register(n,f) (lua_pushcfunction(f), lua_setglobal(n))
	1432	+/* char n; /
	1433	+/* lua_CFunction f; */
	1434	+</LISTING>
	1435	+which receives the name the function will have in Lua,
	1436	+and a pointer to the function.
	1437	+This pointer must have type <CODE>lua_CFunction</CODE>,
	1438	+which is defined as
	1439	+<A NAME="lua_CFunction"></A>
	1440	+<LISTING>
	1441	+typedef void (*lua_CFunction) (void);
	1442	+</LISTING>
	1443	+that is, a pointer to a function with no parameters and no results.
	1444	+<P>
	1445	+In order to communicate properly with Lua,
	1446	+a C function must follow a protocol,
	1447	+which defines the way parameters and results are passed.
	1448	+<P>
	1449	+A C function receives its arguments in structure lua2C;
	1450	+to access them, it uses the macro <CODE>lua_getparam</CODE>, <A NAME="lua_getparam"></A>
	1451	+again just another name to <CODE>lua_lua2C</CODE>.
	1452	+To return values, a C function just pushes them onto the stack C2lua,
	1453	+in direct order (see Section <A HREF="#valuesCLua">5.1</A>).
	1454	+Like a Lua function, a C function called by Lua can also return
	1455	+many results.
	1456	+<P>
	1457	+For some examples, see files <CODE>strlib.c</CODE>,
	1458	+<CODE>iolib.c</CODE> and <CODE>mathlib.c</CODE> in Lua distribution.
	1459	+<P>
	1460	+<A NAME="5.6"></A>
	1461	+<H2>5.6 - References to Lua Objects</H2>
	1462	+<P>
	1463	+As noted in Section <A HREF="#LuacallC">5.5</A>, <CODE>lua_Object</CODE>s are volatile.
	1464	+If the C code needs to keep a <CODE>lua_Object</CODE>
	1465	+outside block boundaries,
	1466	+then it must create a <A NAME="reference"><EM>reference</EM></A> to the object.
	1467	+The routines to manipulate references are the following:
	1468	+<A NAME="lua_ref"></A><A NAME="lua_getref"></A>
	1469	+<A NAME="lua_unref"></A>
	1470	+<LISTING>
	1471	+int lua_ref (int lock);
	1472	+lua_Object lua_getref (int ref);
	1473	+void lua_unref (int ref);
	1474	+</LISTING>
	1475	+The function <CODE>lua_ref</CODE> creates a reference
	1476	+to the object that is on the top of the stack,
	1477	+and returns this reference.
	1478	+If <CODE>lock</CODE> is true, the object is <EM>locked</EM>:
	1479	+this means the object will not be garbage collected.
	1480	+Notice that an unlocked reference may be garbage collected.
	1481	+Whenever the referenced object is needed,
	1482	+a call to <CODE>lua_getref</CODE>
	1483	+returns a handle to it;
	1484	+if the object has been collected,
	1485	+<CODE>lua_getref</CODE> returns <CODE>LUA_NOOBJECT</CODE>.
	1486	+<P>
	1487	+When a reference is no longer needed,
	1488	+it can be freed with a call to <CODE>lua_unref</CODE>.
	1489	+<P>
	1490	+<P>
	1491	+<P>
	1492	+<!-- ====================================================================== -->
	1493	+<HR>
	1494	+<A NAME="6."></A>
	1495	+<H1>6 - Predefined Functions and Libraries</H1>
	1496	+<P>
	1497	+The set of <A NAME="predefined functions">predefined functions</A> in Lua is small but powerful.
	1498	+Most of them provide features that allow some degree of
	1499	+<A NAME="reflexivity">reflexivity</A> in the language.
	1500	+Some of these features cannot be simulated with the rest of the
	1501	+language nor with the standard Lua API.
	1502	+Others are just convenient interfaces to common API functions.
	1503	+<P>
	1504	+The libraries, on the other hand, provide useful routines
	1505	+that are implemented directly through the standard API.
	1506	+Therefore, they are not necessary to the language,
	1507	+and are provided as separate C modules.
	1508	+Currently there are three standard libraries:
	1509	+<UL>
	1510	+<LI>string manipulation;
	1511	+<LI>mathematical functions (sin, log, etc);
	1512	+<LI>input and output (plus some system facilities).
	1513	+</UL>
	1514	+In order to have access to these libraries,
	1515	+the host program must call the functions
	1516	+<CODE>strlib_open</CODE>, <CODE>mathlib_open</CODE>, and <CODE>iolib_open</CODE>,
	1517	+declared in <CODE>lualib.h</CODE>.
	1518	+<P>
	1519	+<P>
	1520	+<A NAME="predefined"></A>
	1521	+<A NAME="6.1"></A>
	1522	+<H2>6.1 - Predefined Functions</H2>
	1523	+<P>
	1524	+<h3> <TT>call (func, arg, [retmode])</TT></h3><A NAME="call"></A>
	1525	+This function calls function <CODE>func</CODE> with
	1526	+the arguments given by the table <CODE>arg</CODE>.
	1527	+The call is equivalent to
	1528	+<LISTING>
	1529	+ func(arg[1], arg[2], ..., arg[arg.n])
	1530	+</LISTING>
	1531	+If <CODE>arg.n</CODE> is not defined,
	1532	+then Lua stops getting arguments at the first nil value.
	1533	+<P>
	1534	+If <CODE>retmode</CODE> is absent,
	1535	+all results from <CODE>func</CODE> are just returned by the call.
	1536	+If <CODE>retmode</CODE> is equal to <CODE>"pack"</CODE>,
	1537	+the results are <EM>packed</EM> in a single table.<A NAME="packed results"></A>
	1538	+That is, <CODE>call</CODE> returns just one table;
	1539	+at index <CODE>n</CODE>, the table has the total number of results
	1540	+from the call;
	1541	+the first result is at index 1, etc.
	1542	+For instance, the following calls produce the following results:
	1543	+<LISTING>
	1544	+a = call(sin, {5}) --> a = 0.0871557 = sin(5)
	1545	+a = call(max, {1,4,5; n=2}) --> a = 4 (only 1 and 4 are arguments)
	1546	+t = {x=1}
	1547	+a = call(next, {t,nil;n=2}, "pack") --> a={"x", 1; n=2}
	1548	+</LISTING>
	1549	+<P>
	1550	+<h3> <TT>collectgarbage ([limit])</TT></h3><A NAME="collectgarbage"></A>
	1551	+Forces a garbage collection cycle.
	1552	+Returns the number of objects collected.
	1553	+An optional argument, <CODE>limit</CODE>, is a number that
	1554	+makes the next cycle occur when that number of new
	1555	+objects have been created.
	1556	+If absent, Lua uses an adaptable algorithm to set
	1557	+this limit.
	1558	+<CODE>collectgarbage</CODE> is equivalent to
	1559	+the API function <CODE>lua_collectgarbage</CODE>.
	1560	+<P>
	1561	+<h3> <TT>dofile (filename)</TT></h3><A NAME="dofile"></A>
	1562	+This function receives a file name,
	1563	+opens it, and executes its contents as a Lua chunk,
	1564	+or as pre-compiled chunks.
	1565	+When called without arguments,
	1566	+it executes the contents of the standard input (<CODE>stdin</CODE>).
	1567	+If there is any error executing the file,
	1568	+then <CODE>dofile</CODE> returns <B>nil</B>.
	1569	+Otherwise, it returns the values returned by the chunk,
	1570	+or a non <B>nil</B> value if the chunk returns no values.
	1571	+It issues an error when called with a non string argument.
	1572	+<CODE>dofile</CODE> is equivalent to the API function <CODE>lua_dofile</CODE>.
	1573	+<P>
	1574	+<h3> <TT>dostring (string [, errmethod])</TT></h3><A NAME="dostring"></A>
	1575	+This function executes a given string as a Lua chunk.
	1576	+If there is any error executing the string, it returns <B>nil</B>.
	1577	+Otherwise, it returns the values returned by the chunk,
	1578	+or a non <B>nil</B> value if the chunk returns no values.
	1579	+If provided, <CODE>errmethod</CODE> is temporarily set as the error method,
	1580	+while <CODE>string</CODE> runs.
	1581	+As a particular case, if <CODE>errmethod</CODE> is <B>nil</B>,
	1582	+no error messages will be issued during the execution of the string.
	1583	+<P>
	1584	+<A NAME="pdf-newtag"></A>
	1585	+<h3> <TT>newtag ()</TT></h3><A NAME="newtag"></A>
	1586	+Returns a new tag.
	1587	+<CODE>newtag</CODE> is equivalent to the API function <CODE>lua_newtag</CODE>.
	1588	+<P>
	1589	+<h3> <TT>next (table, index)</TT></h3><A NAME="next"></A>
	1590	+This function allows a program to traverse all fields of a table.
	1591	+Its first argument is a table and its second argument
	1592	+is an index in this table.
	1593	+It returns the next index of the table and the
	1594	+value associated with the index.
	1595	+When called with <B>nil</B> as its second argument,
	1596	+the function returns the first index
	1597	+of the table (and its associated value).
	1598	+When called with the last index, or with <B>nil</B> in an empty table,
	1599	+it returns <B>nil</B>.
	1600	+<P>
	1601	+In Lua there is no declaration of fields;
	1602	+semantically, there is no difference between a
	1603	+field not present in a table or a field with value <B>nil</B>.
	1604	+Therefore, the function only considers fields with non <B>nil</B> values.
	1605	+The order in which the indices are enumerated is not specified,
	1606	+<EM>not even for numeric indices</EM>
	1607	+(to traverse a table in numeric order,
	1608	+use a counter).
	1609	+If the table is modified in any way during a traversal,
	1610	+the semantics of <CODE>next</CODE> is undefined.
	1611	+<P>
	1612	+This function cannot be written with the standard API.
	1613	+<P>
	1614	+<h3> <TT>nextvar (name)</TT></h3><A NAME="nextvar"></A>
	1615	+This function is similar to the function <CODE>next</CODE>,
	1616	+but iterates over the global variables.
	1617	+Its single argument is the name of a global variable,
	1618	+or <B>nil</B> to get a first name.
	1619	+Similarly to <CODE>next</CODE>, it returns the name of another variable
	1620	+and its value,
	1621	+or <B>nil</B> if there are no more variables.
	1622	+There can be no assignments to global variables during the traversal;
	1623	+otherwise the semantics of <CODE>nextvar</CODE> is undefined.
	1624	+<P>
	1625	+This function cannot be written with the standard API.
	1626	+<P>
	1627	+<h3> <TT>tostring (e)</TT></h3><A NAME="tostring"></A>
	1628	+This function receives an argument of any type and
	1629	+converts it to a string in a reasonable format.
	1630	+<P>
	1631	+<h3> <TT>print (e1, e2, ...)</TT></h3><A NAME="print"></A>
	1632	+This function receives any number of arguments,
	1633	+and prints their values in a reasonable format.
	1634	+Each value is printed in a new line.
	1635	+This function is not intended for formatted output,
	1636	+but as a quick way to show a value,
	1637	+for instance for error messages or debugging.
	1638	+See Section <A HREF="#libio">6.4</A> for functions for formatted output.
	1639	+<P>
	1640	+<h3> <TT>tonumber (e)</TT></h3><A NAME="tonumber"></A>
	1641	+This function receives one argument,
	1642	+and tries to convert it to a number.
	1643	+If the argument is already a number or a string convertible
	1644	+to a number (see Section <A HREF="#coercion">4.3</A>), then it returns that number;
	1645	+otherwise, it returns <B>nil</B>.
	1646	+<P>
	1647	+<A NAME="pdf-type"></A>
	1648	+<h3> <TT>type (v)</TT></h3><A NAME="type"></A>
	1649	+This function allows Lua to test the type of a value.
	1650	+It receives one argument, and returns its type, coded as a string.
	1651	+The possible results of this function are
	1652	+<CODE>"nil"</CODE> (a string, not the value <B>nil</B>),
	1653	+<CODE>"number"</CODE>,
	1654	+<CODE>"string"</CODE>,
	1655	+<CODE>"table"</CODE>,
	1656	+<CODE>"function"</CODE>,
	1657	+and <CODE>"userdata"</CODE>.
	1658	+<CODE>type</CODE> is equivalent to the API function <CODE>lua_type</CODE>.
	1659	+<P>
	1660	+<h3> <TT>tag (v)</TT></h3><A NAME="tag"></A>
	1661	+This function allows Lua to test the tag of a value (see Section <A HREF="#TypesSec">3</A>).
	1662	+It receives one argument, and returns its tag (a number).
	1663	+<CODE>tag</CODE> is equivalent to the API function <CODE>lua_tag</CODE>.
	1664	+<P>
	1665	+<h3> <TT>settag (t, tag)</TT></h3><A NAME="settag"></A>
	1666	+This function sets the tag of a given table (see Section <A HREF="#TypesSec">3</A>).
	1667	+<CODE>tag</CODE> must be a value created with <CODE>newtag</CODE>
	1668	+(see Section <A HREF="#pdf-newtag">6.1</A>).
	1669	+For security reasons,
	1670	+it is impossible to change the tag of a userdata from Lua.
	1671	+<P>
	1672	+<h3> <TT>assert (v)</TT></h3><A NAME="assert"></A>
	1673	+This function issues an <EM>``assertion failed!''</EM> error
	1674	+when its argument is <B>nil</B>.
	1675	+<P>
	1676	+<A NAME="pdf-error"></A>
	1677	+<h3> <TT>error (message)</TT></h3><A NAME="error"></A>
	1678	+This function issues an error message and terminates
	1679	+the last called function from the library
	1680	+(<CODE>lua_dofile</CODE>, <CODE>lua_dostring</CODE>, or <CODE>lua_callfunction</CODE>).
	1681	+It never returns.
	1682	+<CODE>error</CODE> is equivalent to the API function <CODE>lua_error</CODE>.
	1683	+<P>
	1684	+<h3> <TT>rawgettable (table, index)</TT></h3><A NAME="rawgettable"></A>
	1685	+Gets the real value of <CODE>table[index]</CODE>,
	1686	+without invoking any tag method.
	1687	+<CODE>table</CODE> must be a table,
	1688	+and <CODE>index</CODE> is any value different from <B>nil</B>.
	1689	+<P>
	1690	+<h3> <TT>rawsettable (table, index, value)</TT></h3><A NAME="rawsettable"></A>
	1691	+Sets the real value <CODE>table[index]=value</CODE>,
	1692	+without invoking any tag method.
	1693	+<CODE>table</CODE> must be a table,
	1694	+<CODE>index</CODE> is any value different from <B>nil</B>,
	1695	+and <CODE>value</CODE> is any Lua value.
	1696	+<P>
	1697	+<h3> <TT>rawsetglobal (name, value)</TT></h3><A NAME="rawsetglobal"></A>
	1698	+This function assigns the given value to a global variable.
	1699	+The string <CODE>name</CODE> does not need to be a syntactically valid variable name.
	1700	+Therefore, this function can set global variables with strange names like
	1701	+<CODE>"m v 1"</CODE> or <CODE>34</CODE>.
	1702	+It returns the value of its second argument.
	1703	+<P>
	1704	+<h3> <TT>setglobal (name, value)</TT></h3><A NAME="setglobal"></A>
	1705	+This function assigns the given value to a global variable,
	1706	+or calls a tag method.
	1707	+Its full semantics is explained in Section <A HREF="#tag-method">4.8</A>.
	1708	+<P>
	1709	+<h3> <TT>rawgetglobal (name)</TT></h3><A NAME="rawgetglobal"></A>
	1710	+This function retrieves the value of a global variable.
	1711	+The string <CODE>name</CODE> does not need to be a
	1712	+syntactically valid variable name.
	1713	+<P>
	1714	+<h3> <TT>getglobal (name)</TT></h3><A NAME="getglobal"></A>
	1715	+This function retrieves the value of a global variable,
	1716	+or calls a tag method.
	1717	+Its full semantics is explained in Section <A HREF="#tag-method">4.8</A>.
	1718	+<P>
	1719	+<h3> <TT>seterrormethod (newmethod)</TT></h3>
	1720	+<A NAME="pdf-seterrormethod"></A>
	1721	+
	1722	+Sets the error handler (see Section <A HREF="#error">4.9</A>).
	1723	+<CODE>newmethod</CODE> must be a function or <B>nil</B>,
	1724	+in which case the error handler does nothing.
	1725	+Returns the old error handler.
	1726	+<P>
	1727	+<h3> <TT>settagmethod (tag, event, newmethod)</TT></h3>
	1728	+<A NAME="settagmethod"></A>
	1729	+This function sets a new tag method to the given pair <EM><tag, event></EM>.
	1730	+It returns the old method.
	1731	+If <CODE>newmethod</CODE> is <B>nil</B>,
	1732	+it restores the default behavior for the given event.
	1733	+<P>
	1734	+<h3> <TT>gettagmethod (tag, event)</TT></h3>
	1735	+<A NAME="gettagmethod"></A>
	1736	+This function returns the current tag method
	1737	+for a given pair <EM><tag, event></EM>.
	1738	+<P>
	1739	+<P>
	1740	+<A NAME="6.2"></A>
	1741	+<H2>6.2 - String Manipulation</H2>
	1742	+This library provides generic functions for string manipulation,
	1743	+such as finding and extracting substrings and pattern matching.
	1744	+When indexing a string, the first character is at position 1,
	1745	+not 0, as in C.
	1746	+<P>
	1747	+<h3> <TT>strfind (str, pattern [, init [, plain]])</TT></h3>
	1748	+<A NAME="strfind"></A>
	1749	+This function looks for the first <EM>match</EM> of
	1750	+<CODE>pattern</CODE> in <CODE>str</CODE>.
	1751	+If it finds one, then it returns the indices on <CODE>str</CODE>
	1752	+where this occurrence starts and ends;
	1753	+otherwise, it returns <B>nil</B>.
	1754	+If the pattern specifies captures,
	1755	+the captured strings are returned as extra results.
	1756	+A third optional numerical argument specifies where to start the search;
	1757	+its default value is 1.
	1758	+A value of 1 as a fourth optional argument
	1759	+turns off the pattern matching facilities,
	1760	+so the function does a plain ``find substring'' operation,
	1761	+with no characters in <CODE>pattern</CODE> being considered ``magic''.
	1762	+<P>
	1763	+<h3> <TT>strlen (s)</TT></h3><A NAME="strlen"></A>
	1764	+Receives a string and returns its length.
	1765	+<P>
	1766	+<h3> <TT>strsub (s, i [, j])</TT></h3><A NAME="strsub"></A>
	1767	+Returns another string, which is a substring of <CODE>s</CODE>,
	1768	+starting at <CODE>i</CODE> and running until <CODE>j</CODE>.
	1769	+If <CODE>i</CODE> or <CODE>j</CODE> are negative,
	1770	+they are replaced by the length of the string minus their
	1771	+absolute value plus 1.
	1772	+Therefore, -1 points to the last character of <CODE>s</CODE>
	1773	+and -2 to the previous one.
	1774	+If <CODE>j</CODE> is absent, it is assumed to be equal to -1
	1775	+(which is the same as the string length).
	1776	+In particular,
	1777	+the call <CODE>strsub(s,1,j)</CODE> returns a prefix of <CODE>s</CODE>
	1778	+with length <CODE>j</CODE>,
	1779	+and the call <CODE>strsub(s, -i)</CODE> returns a suffix of <CODE>s</CODE>
	1780	+with length <CODE>i</CODE>.
	1781	+<P>
	1782	+<h3> <TT>strlower (s)</TT></h3><A NAME="strlower"></A>
	1783	+Receives a string and returns a copy of that string with all
	1784	+upper case letters changed to lower case.
	1785	+All other characters are left unchanged.
	1786	+<P>
	1787	+<h3> <TT>strupper (s)</TT></h3><A NAME="strupper"></A>
	1788	+Receives a string and returns a copy of that string with all
	1789	+lower case letters changed to upper case.
	1790	+All other characters are left unchanged.
	1791	+<P>
	1792	+<h3> <TT>strrep (s, n)</TT></h3><A NAME="strrep"></A>
	1793	+Returns a string which is the concatenation of <CODE>n</CODE> copies of
	1794	+the string <CODE>s</CODE>.
	1795	+<P>
	1796	+<h3> <TT>ascii (s [, i])</TT></h3><A NAME="ascii"></A>
	1797	+Returns the ASCII code of the character <CODE>s[i]</CODE>.
	1798	+If <CODE>i</CODE> is absent, then it is assumed to be 1.
	1799	+<P>
	1800	+<h3> <TT>format (formatstring, e1, e2, ...)</TT></h3><A NAME="format"></A>
	1801	+<A NAME="format"></A>
	1802	+
	1803	+This function returns a formated version of its variable number of arguments
	1804	+following the description given in its first argument (which must be a string).
	1805	+The format string follows the same rules as the <CODE>printf</CODE> family of
	1806	+standard C functions.
	1807	+The only differences are that the options/modifiers
	1808	+<CODE>*</CODE>, <CODE>l</CODE>, <CODE>L</CODE>, <CODE>n</CODE>, <CODE>p</CODE>,
	1809	+and <CODE>h</CODE> are not supported,
	1810	+and there is an extra option, <CODE>q</CODE>.
	1811	+This option formats a string in a form suitable to be safely read
	1812	+back by the Lua interpreter;
	1813	+that is,
	1814	+the string is written between double quotes,
	1815	+and all double quotes, returns and backslashes in the string
	1816	+are correctly escaped when written.
	1817	+For instance, the call
	1818	+<LISTING>
	1819	+format('%q', 'a string with "quotes" and \n new line')
	1820	+</LISTING>
	1821	+will produce the string:
	1822	+<LISTING>
	1823	+"a string with \"quotes\" and \
	1824	+ new line"
	1825	+</LISTING>
	1826	+<P>
	1827	+The options <CODE>c</CODE>, <CODE>d</CODE>, <CODE>E</CODE>, <CODE>e</CODE>, <CODE>f</CODE>,
	1828	+<CODE>g</CODE> <CODE>i</CODE>, <CODE>o</CODE>, <CODE>u</CODE>, <CODE>X</CODE>, and <CODE>x</CODE> all
	1829	+expect a number as argument,
	1830	+whereas <CODE>q</CODE> and <CODE>s</CODE> expect a string.
	1831	+Note that the <CODE>*</CODE> modifier can be simulated by building
	1832	+the appropriate format string.
	1833	+For example, <CODE>"%*g"</CODE> can be simulated with
	1834	+<CODE>"%"..width.."g"</CODE>.
	1835	+<P>
	1836	+<h3> <TT>gsub (s, pat, repl [, table] [, n])</TT></h3>
	1837	+<A NAME="gsub"></A>
	1838	+Returns a copy of <CODE>s</CODE>,
	1839	+where all occurrences of the pattern <CODE>pat</CODE> have been
	1840	+replaced by a replacement string specified by <CODE>repl</CODE>.
	1841	+This function also returns, as a second value,
	1842	+the total number of substitutions made.
	1843	+<P>
	1844	+If <CODE>repl</CODE> is a string, then its value is used for replacement.
	1845	+Any sequence in <CODE>repl</CODE> of the form <CODE>%n</CODE>
	1846	+with <CODE>n</CODE> between 1 and 9
	1847	+stands for the value of the n-th captured substring.
	1848	+<P>
	1849	+If <CODE>repl</CODE> is a function, then this function is called every time a
	1850	+match occurs, with the following arguments:
	1851	+If <CODE>table</CODE> is present, then the first argument is this table
	1852	+and the second one is a match counter (1 for the first call).
	1853	+Independently of these two optional arguments,
	1854	+all captured substrings are passed as arguments,
	1855	+in order (see below);
	1856	+If the value returned by this function is a string,
	1857	+then it is used as the replacement string;
	1858	+otherwise, the replacement string is the empty string.
	1859	+<P>
	1860	+A last optional parameter <CODE>n</CODE> limits
	1861	+the maximum number of substitutions to occur.
	1862	+For instance, when <CODE>n</CODE> is 1 only the first occurrence of
	1863	+<CODE>pat</CODE> is replaced.
	1864	+<P>
	1865	+See some examples below:
	1866	+<LISTING>
	1867	+ x = gsub("hello world", "(%w%w*)", "%1 %1", 1)
	1868	+ --> x="hello hello world"
	1869	+<P>
	1870	+ x = gsub("home = $HOME, user = $USER", "$(%w%w*)", getenv)
	1871	+ --> x="home = /home/roberto, user = roberto" (for instance)
	1872	+<P>
	1873	+ x = gsub("4+5 = $return 4+5$", "$(.-)%$", dostring)
	1874	+ --> x="4+5 = 9"
	1875	+<P>
	1876	+ function f(t, i, v) return t[v] end
	1877	+ t = {name="lua", version="3.0"}
	1878	+ x = gsub("$name - $version", "$(%w%w*)", f, t)
	1879	+ --> x="lua - 3.0"
	1880	+<P>
	1881	+ t = {"apple", "orange", "lime"}
	1882	+ x = gsub("x and x and x", "x", rawgettable, t)
	1883	+ --> x="apple and orange and lime"
	1884	+<P>
	1885	+ t = {}
	1886	+ dummy, t.n = gsub("first second word", "(%w%w*)", rawsettable, t)
	1887	+ --> t={"first", "second", "word"; n=3}
	1888	+</LISTING>
	1889	+<P>
	1890	+<P>
	1891	+<A NAME="pm"></A>
	1892	+<h3>Patterns</h3>
	1893	+<P>
	1894	+<H4>Character Class:</H4>
	1895	+a <A NAME="character class"><EM>character class</EM></A> is used to represent a set of characters.
	1896	+The following combinations are allowed in describing a character class:
	1897	+<DL>
	1898	+<DT><B><EM>x</EM></B><DD> (where <EM>x</EM> is any character not in the list <CODE>()%.[*-?</CODE>)
	1899	+- represents the character <EM>x</EM> itself.
	1900	+<DT><B><TT>.</TT></B><DD> - represents all characters.
	1901	+<DT><B><TT>%a</TT></B><DD> - represents all letters.
	1902	+<DT><B><TT>%A</TT></B><DD> - represents all non letter characters.
	1903	+<DT><B><TT>%d</TT></B><DD> - represents all digits.
	1904	+<DT><B><TT>%D</TT></B><DD> - represents all non digits.
	1905	+<DT><B><TT>%l</TT></B><DD> - represents all lower case letters.
	1906	+<DT><B><TT>%L</TT></B><DD> - represents all non lower case letter characters.
	1907	+<DT><B><TT>%s</TT></B><DD> - represents all space characters.
	1908	+<DT><B><TT>%S</TT></B><DD> - represents all non space characters.
	1909	+<DT><B><TT>%u</TT></B><DD> - represents all upper case letters.
	1910	+<DT><B><TT>%U</TT></B><DD> - represents all non upper case letter characters.
	1911	+<DT><B><TT>%w</TT></B><DD> - represents all alphanumeric characters.
	1912	+<DT><B><TT>%W</TT></B><DD> - represents all non alphanumeric characters.
	1913	+<DT><B><TT>%<EM>x</TT></EM></B><DD> (where <EM>x</EM> is any non alphanumeric character) -
	1914	+represents the character <EM>x</EM>.
	1915	+This is the standard way to escape the magic characters <CODE>()%.[*-?</CODE>.
	1916	+<DT><B><TT>[char-set]</TT></B><DD> -
	1917	+Represents the class which is the union of all
	1918	+characters in char-set.
	1919	+To include a <CODE>]</CODE> in char-set, it must be the first character.
	1920	+A range of characters may be specified by
	1921	+separating the end characters of the range with a <CODE>-</CODE>;
	1922	+e.g., <CODE>A-Z</CODE> specifies the upper case characters.
	1923	+If <CODE>-</CODE> appears as the first or last character of char-set,
	1924	+then it represents itself.
	1925	+All classes <CODE>%</CODE><EM>x</EM> described above can also be used as
	1926	+components in a char-set.
	1927	+All other characters in char-set represent themselves.
	1928	+<DT><B><TT>[^char-set]</TT></B><DD> -
	1929	+represents the complement of char-set,
	1930	+where char-set is interpreted as above.
	1931	+</DL>
	1932	+<P>
	1933	+<H4>Pattern Item:</H4>
	1934	+a <A NAME="pattern item"><EM>pattern item</EM></A> may be:
	1935	+<UL>
	1936	+<LI>
	1937	+a single character class,
	1938	+which matches any single character in the class;
	1939	+<LI>
	1940	+a single character class followed by <CODE>*</CODE>,
	1941	+which matches 0 or more repetitions of characters in the class.
	1942	+These repetition items will always match the longest possible sequence.
	1943	+<LI>
	1944	+a single character class followed by <CODE>-</CODE>,
	1945	+which also matches 0 or more repetitions of characters in the class.
	1946	+Unlike <CODE>*</CODE>,
	1947	+these repetition items will always match the shortest possible sequence.
	1948	+<LI>
	1949	+a single character class followed by <CODE>?</CODE>,
	1950	+which matches 0 or 1 occurrence of a character in the class;
	1951	+<LI>
	1952	+<TT>%<EM>n</TT></EM>, for <EM>n</EM> between 1 and 9;
	1953	+such item matches a sub-string equal to the n-th captured string
	1954	+(see below);
	1955	+<LI>
	1956	+<TT>%b<EM>xy</TT></EM>, where <EM>x</EM> and <EM>y</EM> are two distinct characters;
	1957	+such item matches strings that start with <EM>x</EM>, end with <EM>y</EM>,
	1958	+and where the <EM>x</EM> and <EM>y</EM> are <EM>balanced</EM>.
	1959	+That means that, if one reads the string from left to write,
	1960	+counting plus 1 for an <EM>x</EM> and minus 1 for a <EM>y</EM>,
	1961	+the ending <EM>y</EM> is the first where the count reaches 0.
	1962	+For instance, the item <CODE>%b()</CODE> matches expressions with
	1963	+balanced parentheses.
	1964	+</UL>
	1965	+<P>
	1966	+<H4>Pattern:</H4>
	1967	+a <A NAME="pattern"><EM>pattern</EM></A> is a sequence of pattern items.
	1968	+A <CODE>^</CODE> at the beginning of a pattern anchors the match at the
	1969	+beginning of the subject string.
	1970	+A <CODE>$</CODE> at the end of a pattern anchors the match at the
	1971	+end of the subject string.
	1972	+<P>
	1973	+<H4>Captures:</H4>
	1974	+a pattern may contain sub-patterns enclosed in parentheses,
	1975	+that describe <A NAME="captures"><EM>captures</EM></A>.
	1976	+When a match succeeds, the sub-strings of the subject string
	1977	+that match captures are stored (<EM>captured</EM>) for future use.
	1978	+Captures are numbered according to their left parentheses.
	1979	+For instance, in the pattern <CODE>"(a(.)%w(%s))"</CODE>,
	1980	+the part of the string matching <CODE>"a(.)%w(%s)"</CODE> is
	1981	+stored as the first capture (and therefore has number 1);
	1982	+the character matching <CODE>.</CODE> is captured with number 2,
	1983	+and the part matching <CODE>%s*</CODE> has number 3.
	1984	+<P>
	1985	+<A NAME="mathlib"></A>
	1986	+<A NAME="6.3"></A>
	1987	+<H2>6.3 - Mathematical Functions</H2>
	1988	+<P>
	1989	+This library is an interface to some functions of the standard C math library.
	1990	+In addition, it registers a tag method for the binary operator <CODE>^</CODE> that
	1991	+returns <I>x^y</I> when applied to numbers <CODE>x^y</CODE>.
	1992	+<P>
	1993	+The library provides the following functions:
	1994	+<A NAME="abs"></A><A NAME="acos"></A><A NAME="asin"></A><A NAME="atan"></A>
	1995	+<A NAME="atan2"></A><A NAME="ceil"></A><A NAME="cos"></A><A NAME="floor"></A>
	1996	+<A NAME="log"></A><A NAME="log10"></A><A NAME="max"></A><A NAME="min"></A>
	1997	+<A NAME="mod"></A><A NAME="sin"></A><A NAME="sqrt"></A><A NAME="tan"></A>
	1998	+<A NAME="random"></A><A NAME="randomseed"></A>
	1999	+<LISTING>
	2000	+abs acos asin atan atan2 ceil cos floor log log10
	2001	+max min mod sin sqrt tan random randomseed
	2002	+</LISTING>
	2003	+Most of them
	2004	+are only interfaces to the homonymous functions in the C library,
	2005	+except that, for the trigonometric functions,
	2006	+all angles are expressed in <EM>degrees</EM>, not radians.
	2007	+<P>
	2008	+The function <CODE>max</CODE> returns the maximum
	2009	+value of its numeric arguments.
	2010	+Similarly, <CODE>min</CODE> computes the minimum.
	2011	+Both can be used with an unlimited number of arguments.
	2012	+<P>
	2013	+The functions <CODE>random</CODE> and <CODE>randomseed</CODE> are interfaces to
	2014	+the simple random generator functions <CODE>rand</CODE> and <CODE>srand</CODE>,
	2015	+provided by ANSI C.
	2016	+The function <CODE>random</CODE> returns pseudo-random numbers in the
	2017	+range <I>[0,1)</I>.
	2018	+<P>
	2019	+<P>
	2020	+<A NAME="libio"></A>
	2021	+<A NAME="6.4"></A>
	2022	+<H2>6.4 - I/O Facilities</H2>
	2023	+<P>
	2024	+All input and output operations in Lua are done over two
	2025	+<A NAME="file handles"><EM>file handles</EM></A>, one for reading and one for writing.
	2026	+These handles are stored in two Lua global variables,
	2027	+called <CODE>_INPUT</CODE> and <CODE>_OUTPUT</CODE>.
	2028	+The global variables
	2029	+<CODE>_STDIN</CODE>, <CODE>_STDOUT</CODE> and <CODE>_STDERR</CODE>
	2030	+are initialized with file descriptors for
	2031	+<CODE>stdin</CODE>, <CODE>stdout</CODE> and <CODE>stderr</CODE>.
	2032	+Initially, <CODE>_INPUT=_STDIN</CODE> and <CODE>_OUTPUT=_STDOUT</CODE>.
	2033	+<A NAME="_INPUT"></A><A NAME="_OUTPUT"></A>
	2034	+<A NAME="_STDIN"></A><A NAME="_STDOUT"></A><A NAME="_STDERR"></A>
	2035	+<P>
	2036	+A file handle is a userdata containing the file stream <CODE>FILE*</CODE>,
	2037	+and with a distinctive tag created by the I/O library.
	2038	+<P>
	2039	+<P>
	2040	+Unless otherwise stated,
	2041	+all I/O functions return <B>nil</B> on failure and
	2042	+some value different from <B>nil</B> on success.
	2043	+<P>
	2044	+<h3> <TT>readfrom (filename)</TT></h3><A NAME="readfrom"></A>
	2045	+<P>
	2046	+This function may be called in two ways.
	2047	+When called with a file name, it opens the named file,
	2048	+sets its handle as the value of <CODE>_INPUT</CODE>,
	2049	+and returns this value.
	2050	+It does not close the current input file.
	2051	+When called without parameters,
	2052	+it closes the <CODE>_INPUT</CODE> file,
	2053	+and restores <CODE>stdin</CODE> as the value of <CODE>_INPUT</CODE>.
	2054	+<P>
	2055	+If this function fails, it returns <B>nil</B>,
	2056	+plus a string describing the error.
	2057	+<P>
	2058	+<CITE>
	2059	+<EM>System dependent</EM>: if <CODE>filename</CODE> starts with a <CODE>\|</CODE>,
	2060	+then a <A NAME="piped input">piped input</A> is open, via function <A NAME="popen"><TT>popen</TT></A>.
	2061	+Not all systems implement pipes.
	2062	+Moreover,
	2063	+the number of files that can be open at the same time is
	2064	+usually limited and depends on the system.
	2065	+</CITE>
	2066	+<P>
	2067	+<h3> <TT>writeto (filename)</TT></h3><A NAME="writeto"></A>
	2068	+<P>
	2069	+This function may be called in two ways.
	2070	+When called with a file name,
	2071	+it opens the named file,
	2072	+sets its handle as the value of <CODE>_OUTPUT</CODE>,
	2073	+and returns this value.
	2074	+It does not close the current output file.
	2075	+Notice that, if the file already exists,
	2076	+then it will be <EM>completely erased</EM> with this operation.
	2077	+When called without parameters,
	2078	+this function closes the <CODE>_OUTPUT</CODE> file,
	2079	+and restores <CODE>stdout</CODE> as the value of <CODE>_OUTPUT</CODE>.
	2080	+<A NAME="closing a file"></A>
	2081	+<P>
	2082	+If this function fails, it returns <B>nil</B>,
	2083	+plus a string describing the error.
	2084	+<P>
	2085	+<CITE>
	2086	+<EM>System dependent</EM>: if <CODE>filename</CODE> starts with a <CODE>\|</CODE>,
	2087	+then a <A NAME="piped output">piped output</A> is open, via function <A NAME="popen"><TT>popen</TT></A>.
	2088	+Not all systems implement pipes.
	2089	+Moreover,
	2090	+the number of files that can be open at the same time is
	2091	+usually limited and depends on the system.
	2092	+</CITE>
	2093	+<P>
	2094	+<h3> <TT>appendto (filename)</TT></h3><A NAME="appendto"></A>
	2095	+<P>
	2096	+This function opens a file named <CODE>filename</CODE> and sets it as the
	2097	+value of <CODE>_OUTPUT</CODE>.
	2098	+Unlike the <CODE>writeto</CODE> operation,
	2099	+this function does not erase any previous content of the file.
	2100	+If this function fails, it returns <B>nil</B>,
	2101	+plus a string describing the error.
	2102	+<P>
	2103	+Notice that function <CODE>writeto</CODE> is available to close an output file.
	2104	+<P>
	2105	+<h3> <TT>remove (filename)</TT></h3><A NAME="remove"></A>
	2106	+<P>
	2107	+This function deletes the file with the given name.
	2108	+If this function fails, it returns <B>nil</B>,
	2109	+plus a string describing the error.
	2110	+<P>
	2111	+<h3> <TT>rename (name1, name2)</TT></h3><A NAME="rename"></A>
	2112	+<P>
	2113	+This function renames file named <CODE>name1</CODE> to <CODE>name2</CODE>.
	2114	+If this function fails, it returns <B>nil</B>,
	2115	+plus a string describing the error.
	2116	+<P>
	2117	+<h3> <TT>tmpname ()</TT></h3><A NAME="tmpname"></A>
	2118	+<P>
	2119	+This function returns a string with a file name that can safely
	2120	+be used for a temporary file.
	2121	+The file must be explicitly removed when no longer needed.
	2122	+<P>
	2123	+<h3> <TT>read ([readpattern])</TT></h3><A NAME="read"></A>
	2124	+<P>
	2125	+This function reads the file <CODE>_INPUT</CODE>
	2126	+according to a read pattern, that specifies how much to read;
	2127	+characters are read from the current input file until
	2128	+the read pattern fails or ends.
	2129	+The function <CODE>read</CODE> returns a string with the characters read,
	2130	+even if the pattern succeeds only partially,
	2131	+or <B>nil</B> if the read pattern fails <EM>and</EM>
	2132	+the result string would be empty.
	2133	+When called without parameters,
	2134	+it uses a default pattern that reads the next line
	2135	+(see below).
	2136	+<P>
	2137	+A <A NAME="read pattern"><EM>read pattern</EM></A> is a sequence of read pattern items.
	2138	+An item may be a single character class
	2139	+or a character class followed by <CODE>?</CODE> or by <CODE>*</CODE>.
	2140	+A single character class reads the next character from the input
	2141	+if it belongs to the class, otherwise it fails.
	2142	+A character class followed by <CODE>?</CODE> reads the next character
	2143	+from the input if it belongs to the class;
	2144	+it never fails.
	2145	+A character class followed by <CODE>*</CODE> reads until a character that
	2146	+does not belong to the class, or end of file;
	2147	+since it can match a sequence of zero characters, it never fails.
	2148	+\footnote{
	2149	+Notice that the behavior of read patterns is different from
	2150	+the regular pattern matching behavior,
	2151	+where a <CODE>*</CODE> expands to the maximum length <EM>such that</EM>
	2152	+the rest of the pattern does not fail.
	2153	+With the read pattern behavior
	2154	+there is no need for backtracking the reading.
	2155	+}
	2156	+<P>
	2157	+A pattern item may contain sub-patterns enclosed in curly brackets,
	2158	+that describe <A NAME="skips"><EM>skips</EM></A>.
	2159	+Characters matching a skip are read,
	2160	+but are not included in the resulting string.
	2161	+<P>
	2162	+Following are some examples of read patterns and their meanings:
	2163	+<UL>
	2164	+<LI><CODE>"."</CODE> returns the next character, or <B>nil</B> on end of file.
	2165	+<LI><CODE>".*"</CODE> reads the whole file.
	2166	+<LI><CODE>"[^\n]*{\n}"</CODE> returns the next line
	2167	+(skipping the end of line), or <B>nil</B> on end of file.
	2168	+This is the default pattern.
	2169	+<LI><CODE>"{%s}%S%S"</CODE> returns the next word
	2170	+(maximal sequence of non white-space characters),
	2171	+skipping spaces if necessary,
	2172	+or <B>nil</B> on end of file.
	2173	+<LI><CODE>"{%s}[+-]?%d%d"</CODE> returns the next integer
	2174	+or <B>nil</B> if the next characters do not conform to an integer format.
	2175	+</UL>
	2176	+<P>
	2177	+<h3> <TT>write (value1, ...)</TT></h3><A NAME="write"></A>
	2178	+<P>
	2179	+This function writes the value of each of its arguments to the
	2180	+file <CODE>_OUTPUT</CODE>.
	2181	+The arguments must be strings or numbers.
	2182	+To write other values,
	2183	+use <CODE>tostring</CODE> or <CODE>format</CODE> before <CODE>write</CODE>.
	2184	+If this function fails, it returns <B>nil</B>,
	2185	+plus a string describing the error.
	2186	+<P>
	2187	+<h3> <TT>date ([format])</TT></h3><A NAME="date"></A>
	2188	+<P>
	2189	+This function returns a string containing date and time
	2190	+formatted according to the given string <CODE>format</CODE>,
	2191	+following the same rules of the ANSI C function <CODE>strftime</CODE>.
	2192	+When called without arguments,
	2193	+it returns a reasonable date and time representation that depends on
	2194	+the host system.
	2195	+<P>
	2196	+<h3> <TT>exit ([code])</TT></h3><A NAME="exit"></A>
	2197	+<P>
	2198	+This function calls the C function <CODE>exit</CODE>,
	2199	+with an optional <CODE>code</CODE>,
	2200	+to terminate the program.
	2201	+The default value for <CODE>code</CODE> is 1.
	2202	+<P>
	2203	+<h3> <TT>getenv (varname)</TT></h3><A NAME="getenv"></A>
	2204	+<P>
	2205	+Returns the value of the environment variable <CODE>varname</CODE>,
	2206	+or <B>nil</B> if the variable is not defined.
	2207	+<P>
	2208	+<h3> <TT>execute (command)</TT></h3><A NAME="execute"></A>
	2209	+<P>
	2210	+This function is equivalent to the C function <CODE>system</CODE>.
	2211	+It passes <CODE>command</CODE> to be executed by an operating system shell.
	2212	+It returns an error code, which is system-dependent.
	2213	+<P>
	2214	+<P>
	2215	+<A NAME="debugI"></A>
	2216	+<!-- ====================================================================== -->
	2217	+<HR>
	2218	+<A NAME="7."></A>
	2219	+<H1>7 - The Debugger Interface</H1>
	2220	+<P>
	2221	+Lua has no built-in debugging facilities.
	2222	+Instead, it offers a special interface,
	2223	+by means of functions and <EM>hooks</EM>,
	2224	+which allows the construction of different
	2225	+kinds of debuggers, profilers, and other tools
	2226	+that need ``inside information'' from the interpreter.
	2227	+This interface is declared in the header file <CODE>luadebug.h</CODE>.
	2228	+<P>
	2229	+<A NAME="7.1"></A>
	2230	+<H2>7.1 - Stack and Function Information</H2>
	2231	+<P>
	2232	+The main function to get information about the interpreter stack
	2233	+is
	2234	+<LISTING>
	2235	+lua_Function lua_stackedfunction (int level);
	2236	+</LISTING>
	2237	+It returns a handle (<CODE>lua_Function</CODE>) to the <EM>activation record</EM>
	2238	+of the function executing at a given level.
	2239	+Level 0 is the current running function,
	2240	+while level <I>n+1</I> is the function that has called level <I>n</I>.
	2241	+When called with a level greater than the stack depth,
	2242	+<CODE>lua_stackedfunction</CODE> returns <CODE>LUA_NOOBJECT</CODE>.
	2243	+<P>
	2244	+The type <CODE>lua_Function</CODE> is just another name
	2245	+to <CODE>lua_Object</CODE>.
	2246	+Although, in this library,
	2247	+a <CODE>lua_Function</CODE> can be used wherever a <CODE>lua_Object</CODE> is required,
	2248	+when a parameter has type <CODE>lua_Function</CODE>
	2249	+it accepts only a handle returned by
	2250	+<CODE>lua_stackedfunction</CODE>.
	2251	+<P>
	2252	+Three other functions produce extra information about a function:
	2253	+<LISTING>
	2254	+void lua_funcinfo (lua_Object func, char *filename, int linedefined);
	2255	+int lua_currentline (lua_Function func);
	2256	+char lua_getobjname (lua_Object o, char *name);
	2257	+</LISTING>
	2258	+<CODE>lua_funcinfo</CODE> gives the file name and the line where the
	2259	+given function has been defined.
	2260	+If the ``function'' is in fact the main code of a chunk,
	2261	+then <CODE>linedefined</CODE> is 0.
	2262	+If the function is a C function,
	2263	+then <CODE>linedefined</CODE> is -1, and <CODE>filename</CODE> is <CODE>"(C)"</CODE>.
	2264	+<P>
	2265	+The function <CODE>lua_currentline</CODE> gives the current line where
	2266	+a given function is executing.
	2267	+It only works if the function has been compiled with debug
	2268	+information (see Section <A HREF="#pragma">4.9</A>).
	2269	+When no line information is available, it returns -1.
	2270	+<P>
	2271	+Function <CODE>lua_getobjname</CODE> tries to find a reasonable name for
	2272	+a given function.
	2273	+Because functions in Lua are first class values,
	2274	+they do not have a fixed name:
	2275	+Some functions may be the value of many global variables,
	2276	+while others may be stored only in a table field.
	2277	+Function <CODE>lua_getobjname</CODE> first checks whether the given
	2278	+function is a tag method.
	2279	+If so, it returns the string <CODE>"tag-method"</CODE>,
	2280	+and <CODE>name</CODE> is set to point to the event name.
	2281	+Otherwise, if the given function is the value of a global variable,
	2282	+then <CODE>lua_getobjname</CODE> returns the string <CODE>"global"</CODE>,
	2283	+and <CODE>name</CODE> points to the variable name.
	2284	+If the given function is neither a tag method nor a global variable,
	2285	+then <CODE>lua_getobjname</CODE> returns the empty string,
	2286	+and <CODE>name</CODE> is set to <CODE>NULL</CODE>.
	2287	+<P>
	2288	+<A NAME="7.2"></A>
	2289	+<H2>7.2 - Manipulating Local Variables</H2>
	2290	+<P>
	2291	+The following functions allow the manipulation of the
	2292	+local variables of a given activation record.
	2293	+They only work if the function has been compiled with debug
	2294	+information (see Section <A HREF="#pragma">4.9</A>).
	2295	+<LISTING>
	2296	+lua_Object lua_getlocal (lua_Function func, int local_number, char **name);
	2297	+int lua_setlocal (lua_Function func, int local_number);
	2298	+</LISTING>
	2299	+<CODE>lua_getlocal</CODE> returns the value of a local variable,
	2300	+and sets <CODE>name</CODE> to point to the variable name.
	2301	+<CODE>local_number</CODE> is an index for local variables.
	2302	+The first parameter has index 1, and so on, until the
	2303	+last active local variable.
	2304	+When called with a <CODE>local_number</CODE> greater than the
	2305	+number of active local variables,
	2306	+or if the activation record has no debug information,
	2307	+<CODE>lua_getlocal</CODE> returns <CODE>LUA_NOOBJECT</CODE>.
	2308	+Formal parameters are the first local variables.
	2309	+<P>
	2310	+The function <CODE>lua_setlocal</CODE> sets the local variable
	2311	+<CODE>local_number</CODE> to the value previously pushed on the stack
	2312	+(see Section <A HREF="#valuesCLua">5.1</A>).
	2313	+If the function succeeds, then it returns 1.
	2314	+If <CODE>local_number</CODE> is greater than the number
	2315	+of active local variables,
	2316	+or if the activation record has no debug information,
	2317	+then this function fails and returns 0.
	2318	+<P>
	2319	+<A NAME="7.3"></A>
	2320	+<H2>7.3 - Hooks</H2>
	2321	+<P>
	2322	+The Lua interpreter offers two hooks for debugging purposes:
	2323	+<LISTING>
	2324	+typedef void (lua_CHFunction) (lua_Function func, char file, int line);
	2325	+extern lua_CHFunction lua_callhook;
	2326	+<P>
	2327	+typedef void (*lua_LHFunction) (int line);
	2328	+extern lua_LHFunction lua_linehook;
	2329	+</LISTING>
	2330	+The first one is called whenever the interpreter enters or leaves a
	2331	+function.
	2332	+When entering a function,
	2333	+its parameters are a handle to the function activation record,
	2334	+plus the file and the line where the function is defined (the same
	2335	+information which is provided by <CODE>lua_funcinfo</CODE>);
	2336	+when leaving a function, <CODE>func</CODE> is <CODE>LUA_NOOBJECT</CODE>,
	2337	+<CODE>file</CODE> is <CODE>"(return)"</CODE>, and <CODE>line</CODE> is 0.
	2338	+<P>
	2339	+The other hook is called every time the interpreter changes
	2340	+the line of code it is executing.
	2341	+Its only parameter is the line number
	2342	+(the same information which is provided by the call
	2343	+<CODE>lua_currentline(lua_stackedfunction(0))</CODE>).
	2344	+This second hook is only called if the active function
	2345	+has been compiled with debug information (see Section <A HREF="#pragma">4.9</A>).
	2346	+<P>
	2347	+A hook is disabled when its value is <CODE>NULL</CODE>,
	2348	+which is the initial value of both hooks.
	2349	+<P>
	2350	+<P>
	2351	+<P>
	2352	+<A NAME="lua-sa"></A>
	2353	+<!-- ====================================================================== -->
	2354	+<HR>
	2355	+<A NAME="8."></A>
	2356	+<H1>8 - Lua Stand-alone</H1>
	2357	+<P>
	2358	+Although Lua has been designed as an extension language,
	2359	+the language can also be used as a stand-alone interpreter.
	2360	+An implementation of such an interpreter,
	2361	+called simply <CODE>lua</CODE>,
	2362	+is provided with the standard distribution.
	2363	+This program can be called with any sequence of the following arguments:
	2364	+<DL>
	2365	+<DT><B><TT>-v</TT></B><DD> prints version information.
	2366	+<DT><B><TT>-</TT></B><DD> runs interactively, accepting commands from standard input
	2367	+until an <CODE>EOF</CODE>.
	2368	+<DT><B><TT>-e stat</TT></B><DD> executes <CODE>stat</CODE> as a Lua chunk.
	2369	+<DT><B><TT>var=exp</TT></B><DD> executes <CODE>var=exp</CODE> as a Lua chunk.
	2370	+<DT><B><TT>filename</TT></B><DD> executes file <CODE>filename</CODE> as a Lua chunk.
	2371	+</DL>
	2372	+All arguments are handled in order.
	2373	+For instance, an invocation like
	2374	+<LISTING>
	2375	+$ lua - a=1 prog.lua
	2376	+</LISTING>
	2377	+will first interact with the user until an <CODE>EOF</CODE>,
	2378	+then will set <CODE>a</CODE> to 1,
	2379	+and finally will run file <CODE>prog.lua</CODE>.
	2380	+<P>
	2381	+Please notice that the interaction with the shell may lead to
	2382	+unintended results.
	2383	+For instance, a call like
	2384	+<LISTING>
	2385	+$ lua a="name" prog.lua
	2386	+</LISTING>
	2387	+will <EM>not</EM> set <CODE>a</CODE> to the string <CODE>"name"</CODE>.
	2388	+Instead, the quotes will be handled by the shell,
	2389	+lua will get only <CODE>a=name</CODE> to run,
	2390	+and <CODE>a</CODE> will finish with <B>nil</B>,
	2391	+because the global variable <CODE>name</CODE> has not been initialized.
	2392	+Instead, one should write
	2393	+<LISTING>
	2394	+$ lua 'a="name"' prog.lua
	2395	+</LISTING>
	2396	+<P>
	2397	+<HR>
	2398	+<A NAME="Acknowledgments"></A>
	2399	+<h1>Acknowledgments</h1>
	2400	+<P>
	2401	+The authors would like to thank CENPES/PETROBRAS which,
	2402	+jointly with TeCGraf, used extensively early versions of
	2403	+this system and gave valuable comments.
	2404	+The authors would also like to thank Carlos Henrique Levy,
	2405	+who found the name of the game.
	2406	+Lua means <EM>moon</EM> in Portuguese.
	2407	+<P>
	2408	+<P>
	2409	+<P>
	2410	+<P>
	2411	+<HR>
	2412	+<A NAME="Incompatibilities"></A>
	2413	+<h1>Incompatibilities with Previous Versions</h1>
	2414	+<P>
	2415	+Although great care has been taken to avoid incompatibilities with
	2416	+the previous public versions of Lua,
	2417	+some differences had to be introduced.
	2418	+Here is a list of all these incompatibilities.
	2419	+<P>
	2420	+<h2>Incompatibilities with <A NAME="version 2.5</h2>">version 2.5</h2></A>
	2421	+<UL>
	2422	+<LI>
	2423	+The whole fallback mechanism has been replaced by tag methods.
	2424	+Nevertheless, the function <CODE>setfallback</CODE> has been rewritten in
	2425	+a way that uses tag methods to fully emulate the old behavior
	2426	+of fallbacks.
	2427	+<LI>
	2428	+Tags now must be created with the function <CODE>newtag</CODE>.
	2429	+Nevertheless, old user defined tags are still accepted
	2430	+(user defined tags must be positive;
	2431	+<CODE>newtag</CODE> uses negative numbers).
	2432	+Tag methods cannot be set for such user defined tags,
	2433	+and fallbacks do not affect tags created by <CODE>newtag</CODE>.
	2434	+<LI>
	2435	+Lua 2.5 accepts mixed comparisons of strings and numbers,
	2436	+like <CODE>2<"12"</CODE>, giving weird results.
	2437	+Now this is an error.
	2438	+<LI>
	2439	+Character <CODE>"-"</CODE> (hyphen) now is ``magic'' in pattern matching.
	2440	+<LI>
	2441	+Some API functions have been rewritten as macros.
	2442	+</UL>
	2443	+<P>
	2444	+<h2>Incompatibilities with <A NAME="version 2.4</h2>">version 2.4</h2></A>
	2445	+The whole I/O facilities have been rewritten.
	2446	+We strongly encourage programmers to adapt their code
	2447	+to this new version.
	2448	+The incompatibilities between the new and the old libraries are:
	2449	+<UL>
	2450	+<LI>The format facility of function <CODE>write</CODE> has been supersed by
	2451	+function <CODE>format</CODE>;
	2452	+therefore this facility has been dropped.
	2453	+<LI>Function <CODE>read</CODE> now uses <EM>read patterns</EM> to specify
	2454	+what to read;
	2455	+this is incompatible with the old format options.
	2456	+<LI>Function <CODE>strfind</CODE> now accepts patterns,
	2457	+so it may have a different behavior when the pattern includes
	2458	+special characters.
	2459	+</UL>
	2460	+<P>
	2461	+<h2>Incompatibilities with <A NAME="version 2.2</h2>">version 2.2</h2></A>
	2462	+<UL>
	2463	+<LI>
	2464	+Functions <CODE>date</CODE> and <CODE>time</CODE> (from <CODE>iolib</CODE>)
	2465	+have been superseded by the new, more powerful version of function <CODE>date</CODE>.
	2466	+<LI>
	2467	+Function <CODE>append</CODE> (from <CODE>iolib</CODE>) now returns 1 whenever it succeeds,
	2468	+whether the file is new or not.
	2469	+<LI>
	2470	+Function <CODE>int2str</CODE> (from <CODE>strlib</CODE>) has been superseded by new
	2471	+function <CODE>format</CODE>, with parameter <CODE>"%c"</CODE>.
	2472	+<LI>
	2473	+The API lock mechanism has been superseded by the reference mechanism.
	2474	+However, <CODE>lua.h</CODE> provides compatibility macros,
	2475	+so there is no need to change programs.
	2476	+<LI>
	2477	+The API function <CODE>lua_pushliteral</CODE> now is just a macro to
	2478	+<CODE>lua_pushstring</CODE>.
	2479	+</UL>
	2480	+<P>
	2481	+<h2>Incompatibilities with <A NAME="version 2.1</h2>">version 2.1</h2></A>
	2482	+<UL>
	2483	+<LI>
	2484	+The function <CODE>type</CODE> now returns the string <CODE>"function"</CODE>
	2485	+both for C and Lua functions.
	2486	+Because Lua functions and C functions are compatible,
	2487	+this behavior is usually more useful.
	2488	+When needed, the second result of function <TT>type</TT> may be used
	2489	+to distinguish between Lua and C functions.
	2490	+<LI>
	2491	+A function definition only assigns the function value to the
	2492	+given variable at execution time.
	2493	+</UL>
	2494	+<P>
	2495	+<h2>Incompatibilities with <A NAME="version 1.1</h2>">version 1.1</h2></A>
	2496	+<UL>
	2497	+<LI>
	2498	+The equality test operator now is denoted by <CODE>==</CODE>,
	2499	+instead of <CODE>=</CODE>.
	2500	+<LI>
	2501	+The syntax for table construction has been greatly simplified.
	2502	+The old <CODE>@(size)</CODE> has been substituted by <CODE>{}</CODE>.
	2503	+The list constructor (formerly <CODE>@[...]</CODE>) and the record
	2504	+constructor (formerly <CODE>@{...}</CODE>) now are both coded like
	2505	+<CODE>{...}</CODE>.
	2506	+When the construction involves a function call,
	2507	+like in <CODE>@func{...}</CODE>,
	2508	+the new syntax does not use the <CODE>@</CODE>.
	2509	+More important, {\em a construction function must now
	2510	+explicitly return the constructed table}.
	2511	+<LI>
	2512	+The function <CODE>lua_call</CODE> no longer has the parameter <CODE>nparam</CODE>.
	2513	+<LI>
	2514	+The function <CODE>lua_pop</CODE> is no longer available,
	2515	+since it could lead to strange behavior.
	2516	+In particular,
	2517	+to access results returned from a Lua function,
	2518	+the new macro <CODE>lua_getresult</CODE> should be used.
	2519	+<LI>
	2520	+The old functions <CODE>lua_storefield</CODE> and <CODE>lua_storeindexed</CODE>
	2521	+have been replaced by
	2522	+<LISTING>
	2523	+int lua_storesubscript (void);
	2524	+</LISTING>
	2525	+with the parameters explicitly pushed on the stack.
	2526	+<LI>
	2527	+The functionality of the function <CODE>lua_errorfunction</CODE> has been
	2528	+replaced by the <EM>fallback</EM> mechanism (see Section <A HREF="#error">4.9</A>).
	2529	+<LI>
	2530	+When calling a function from the Lua library,
	2531	+parameters passed through the stack
	2532	+must be pushed just before the corresponding call,
	2533	+with no intermediate calls to Lua.
	2534	+Special care should be taken with macros like
	2535	+<CODE>lua_getindexed</CODE> and <CODE>lua_getfield</CODE>.
	2536	+</UL>
	2537	+<P>
	2538	+<P>
	2539	+
	2540	+<HR>
	2541	+Last update:
	2542	+Tue Jul 1 07:55:45 EST 1997
	2543	+by <A HREF="http://www.tecgraf.puc-rio.br/~lhf/">lhf</A>.
	2544	+</BODY>
	2545	+</HTML>

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33		−/base get 2 index get S /BitMaps get S get /ch-data X pop /ctr 0 N ch-dx
34		−0 ch-xoff ch-yoff ch-height sub ch-xoff ch-width add ch-yoff
35		−setcachedevice ch-width ch-height true[1 0 0 -1 -.1 ch-xoff sub ch-yoff
36		−.1 sub]{ch-image}imagemask restore}B /D{/cc X dup type /stringtype ne{]}
37		−if nn /base get cc ctr put nn /BitMaps get S ctr S sf 1 ne{dup dup
38		−length 1 sub dup 2 index S get sf div put}if put /ctr ctr 1 add N}B /I{
39		−cc 1 add D}B /bop{userdict /bop-hook known{bop-hook}if /SI save N @rigin
40		−0 0 moveto /V matrix currentmatrix dup 1 get dup mul exch 0 get dup mul
41		−add .99 lt{/QV}{/RV}ifelse load def pop pop}N /eop{SI restore userdict
42		−/eop-hook known{eop-hook}if showpage}N /@start{userdict /start-hook
43		−known{start-hook}if pop /VResolution X /Resolution X 1000 div /DVImag X
44		−/IE 256 array N 0 1 255{IE S 1 string dup 0 3 index put cvn put}for
45		−65781.76 div /vsize X 65781.76 div /hsize X}N /p{show}N /RMat[1 0 0 -1 0
46		−0]N /BDot 260 string N /rulex 0 N /ruley 0 N /v{/ruley X /rulex X V}B /V
47		−{}B /RV statusdict begin /product where{pop product dup length 7 ge{0 7
48		−getinterval dup(Display)eq exch 0 4 getinterval(NeXT)eq or}{pop false}
49		−ifelse}{false}ifelse end{{gsave TR -.1 .1 TR 1 1 scale rulex ruley false
50		−RMat{BDot}imagemask grestore}}{{gsave TR -.1 .1 TR rulex ruley scale 1 1
51		−false RMat{BDot}imagemask grestore}}ifelse B /QV{gsave newpath transform
52		−round exch round exch itransform moveto rulex 0 rlineto 0 ruley neg
53		−rlineto rulex neg 0 rlineto fill grestore}B /a{moveto}B /delta 0 N /tail
54		−{dup /delta X 0 rmoveto}B /M{S p delta add tail}B /b{S p tail}B /c{-4 M}
55		−B /d{-3 M}B /e{-2 M}B /f{-1 M}B /g{0 M}B /h{1 M}B /i{2 M}B /j{3 M}B /k{
56		−4 M}B /w{0 rmoveto}B /l{p -4 w}B /m{p -3 w}B /n{p -2 w}B /o{p -1 w}B /q{
57		−p 1 w}B /r{p 2 w}B /s{p 3 w}B /t{p 4 w}B /x{0 S rmoveto}B /y{3 2 roll p
58		−a}B /bos{/SS save N}B /eos{SS restore}B end
59		−%%EndProcSet
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4905		−03FC0000000C00003FC0000003FE0000001800003FC0000003FE0000001800003FC00000
4906		−03FE0000001800003FE0000006FF0000003800001FE0000006FF0000003000001FE00000
4907		−06FF0000003000001FF000000EFF8000007000000FF000000C7F8000006000000FF00000
4908		−0C7F8000006000000FF800001C7FC0000060000007F80000183FC00000C0000007F80000
4909		−183FC00000C0000007F80000183FE00000C0000003FC0000301FE0000180000003FC0000
4910		−301FE0000180000003FC0000301FE0000180000001FE0000600FF0000300000001FE0000
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4912		−C007F8000600000000FF0000C007F8000600000000FF8001C007FC000E000000007F8001
4913		−8003FC000C000000007F80018003FC000C000000007FC0038003FE000C000000003FC003
4914		−0001FE0018000000003FC0030001FE0018000000003FE0030001FF0018000000001FE006
4915		−0000FF0030000000001FE0060000FF0030000000001FE0060000FF0030000000000FF00C
4916		−00007F8060000000000FF00C00007F8060000000000FF00C00007F80600000000007F818
4917		−00003FC0C00000000007F81800003FC0C00000000007F81800003FC0C00000000007FC30
4918		−00001FE1C00000000003FC3000001FE1800000000003FC3000001FE1800000000003FE70
4919		−00001FF3800000000001FE6000000FF3000000000001FE6000000FF3000000000001FFE0
4920		−00000FFB000000000000FFC0000007FE000000000000FFC0000007FE000000000000FFC0
4921		−000007FE0000000000007F80000003FC0000000000007F80000003FC0000000000007F80
4922		−000003FC0000000000003F00000001F80000000000003F00000001F80000000000003F00
4923		−000001F80000000000001E00000000F00000000000001E00000000F00000000000001E00
4924		−000000F00000000000001E00000000F00000000000000C00000000600000005F467EC364
4925		−>87 D<0007FC000000003FFF80000000F80FE0000003C003F00000070001F800000E0000
4926		−FC00000FC0007E00001FE0007F00001FF0003F80001FF0003F80001FF0003F80001FF000
4927		−1FC0001FF0001FC0000FE0001FC0000380001FC0000000001FC0000000001FC000000000
4928		−1FC0000000001FC00000000FFFC0000001FFFFC000000FFE1FC000003FC01FC00000FF00
4929		−1FC00003FC001FC00007F8001FC0000FF0001FC0001FE0001FC0003FC0001FC0007FC000
4930		−1FC0007F80001FC0007F80001FC060FF00001FC060FF00001FC060FF00001FC060FF0000
4931		−3FC060FF00003FC060FF00003FC060FF80007FC0607F8000EFC0607FC000C7E0C03FC001
4932		−C7E0C01FE00783F1C007F81E03FF8001FFFC01FF00001FE0007C002B2E7CAC31>97
4933		−D<01FC00000000FFFC00000000FFFC00000000FFFC0000000007FC0000000003FC000000
4934		−0001FC0000000001FC0000000001FC0000000001FC0000000001FC0000000001FC000000
4935		−0001FC0000000001FC0000000001FC0000000001FC0000000001FC0000000001FC000000
4936		−0001FC0000000001FC0000000001FC0000000001FC0000000001FC0000000001FC000000
4937		−0001FC0000000001FC03FC000001FC0FFF800001FC3C07E00001FC7001F80001FDE0007E
4938		−0001FD80003F0001FF80001F8001FF00001FC001FE00000FE001FC000007E001FC000007
4939		−F001FC000007F001FC000003F801FC000003F801FC000003FC01FC000003FC01FC000001
4940		−FC01FC000001FE01FC000001FE01FC000001FE01FC000001FE01FC000001FE01FC000001
4941		−FE01FC000001FE01FC000001FE01FC000001FE01FC000001FE01FC000001FE01FC000001
4942		−FC01FC000003FC01FC000003FC01FC000003F801FC000003F801FC000007F001FC000007
4943		−F001FE00000FE001FE00000FC001FF00001FC001FB00003F8001F380007E0001E1C000FC
4944		−0001E0F001F80001C03C07E00001801FFF8000000003FC00002F467DC436>I<00007F80
4945		−000003FFF000000FC07C00003F000F0000FC00038001F80001C003F8000FC007F0001FE0
4946		−07E0003FE00FE0003FE01FC0003FE01FC0003FE03F80003FE03F80001FC07F800007007F
4947		−800000007F800000007F00000000FF00000000FF00000000FF00000000FF00000000FF00
4948		−000000FF00000000FF00000000FF00000000FF00000000FF00000000FF000000007F0000
4949		−00007F800000007F800000003F800000003F800000303FC00000301FC00000700FE00000
4950		−600FE00000E007F00000C003F80001C001F800038000FC000700003F001E00001FC07800
4951		−0007FFF0000000FF8000242E7DAC2B>I<000000007F000000003FFF000000003FFF0000
4952		−00003FFF0000000001FF0000000000FF00000000007F00000000007F00000000007F0000
4953		−0000007F00000000007F00000000007F00000000007F00000000007F00000000007F0000
4954		−0000007F00000000007F00000000007F00000000007F00000000007F00000000007F0000
4955		−0000007F00000000007F00000000007F00000000007F0000007F807F000003FFF07F0000
4956		−0FC07C7F00003F000E7F00007E00077F0000FC0003FF0003F80001FF0007F00000FF0007
4957		−E00000FF000FE000007F001FC000007F001FC000007F003F8000007F003F8000007F007F
4958		−8000007F007F8000007F007F0000007F00FF0000007F00FF0000007F00FF0000007F00FF
4959		−0000007F00FF0000007F00FF0000007F00FF0000007F00FF0000007F00FF0000007F00FF
4960		−0000007F00FF0000007F007F0000007F007F8000007F007F8000007F003F8000007F003F
4961		−8000007F001FC000007F001FC000007F000FC00000FF000FE00000FF0007F00001FF0003
4962		−F00003FF0001F800077F8000FC000E7FC0003F001C7FFE000FC0F87FFE0003FFE07FFE00
4963		−007F007F002F467DC436>I<0001FE00000007FFC000001F03F000007E00FC0000FC007E
4964		−0001F8003F0003F0003F0007E0001F800FE0001FC00FC0000FC01FC0000FC03F80000FE0
4965		−3F800007E03F800007E07F800007F07F000007F07F000007F0FF000007F0FF000007F0FF
4966		−000007F0FFFFFFFFF0FFFFFFFFF0FF00000000FF00000000FF00000000FF00000000FF00
4967		−000000FF000000007F000000007F000000007F800000007F800000003F800000003F8000
4968		−00301FC00000301FC00000700FC00000600FE00000E007F00000C003F00001C001F80003
4969		−8000FC000700003E001E00001F80F8000003FFE0000000FF0000242E7DAC2B>I<00000F
4970		−E00000007FF8000001F81E000003F03F00000FE07F80001FC0FF80001F80FF80003F80FF
4971		−80007F00FF80007F00FF80007F007F0000FE001C0000FE00000000FE00000000FE000000
4972		−00FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000
4973		−FE00000000FE00000000FE00000000FE00000000FE000000FFFFFF8000FFFFFF8000FFFF
4974		−FF800000FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000FE00
4975		−000000FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000FE0000
4976		−0000FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000FE000000
4977		−00FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000
4978		−FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000FE00000000FE
4979		−00000001FF8000007FFFFF00007FFFFF00007FFFFF000021467EC51E>I<000000000F80
4980		−0001FC007FE0000FFF81F0F0003F07E381F000FC01FF03F001F800FE01F003F0007E01E0
4981		−07F0007F000007E0003F00000FE0003F80000FC0001F80001FC0001FC0001FC0001FC000
4982		−1FC0001FC0001FC0001FC0001FC0001FC0001FC0001FC0001FC0001FC0001FC0001FC000
4983		−1FC0001FC0000FC0001F80000FE0003F800007E0003F000007F0007F000003F0007E0000
4984		−01F800FC000001FC01F8000003BF07E00000030FFF8000000701FC000000070000000000
4985		−0700000000000F00000000000F00000000000F00000000000F800000000007C000000000
4986		−07E00000000007FFFFF8000003FFFFFF000003FFFFFFE00001FFFFFFF800007FFFFFFC00
4987		−01FFFFFFFE0007C0000FFF000F800000FF003F0000003F803E0000001F807C0000000FC0
4988		−7C0000000FC0F800000007C0F800000007C0F800000007C0F800000007C0F800000007C0
4989		−FC0000000FC07C0000000F807E0000001F803E0000001F001F0000003E000F8000007C00
4990		−07E00001F80001F80007E000007F003F8000001FFFFE00000001FFE000002C427DAC31>
4991		−I<01FC00000000FFFC00000000FFFC00000000FFFC0000000007FC0000000003FC000000
4992		−0001FC0000000001FC0000000001FC0000000001FC0000000001FC0000000001FC000000
4993		−0001FC0000000001FC0000000001FC0000000001FC0000000001FC0000000001FC000000
4994		−0001FC0000000001FC0000000001FC0000000001FC0000000001FC0000000001FC000000
4995		−0001FC0000000001FC01FE000001FC07FFC00001FC1E07F00001FC3801F80001FC7001FC
4996		−0001FCE000FC0001FDC000FE0001FD8000FE0001FF80007F0001FF00007F0001FF00007F
4997		−0001FE00007F0001FE00007F0001FE00007F0001FC00007F0001FC00007F0001FC00007F
4998		−0001FC00007F0001FC00007F0001FC00007F0001FC00007F0001FC00007F0001FC00007F
4999		−0001FC00007F0001FC00007F0001FC00007F0001FC00007F0001FC00007F0001FC00007F

2808 more lines aren’t shown here.

include/Makefile+1−1

@@ -4,7 +4,7 @@ LUA= .. · 3 unmodified lines
4	4
5	5	include $(LUA)/config
6	6
7		−SRCS= lua.h lualib.h luadebug.h
	7	+SRCS= lua.h lualib.h luadebug.h auxlib.h
8	8
9	9	all:
10	10

include/auxlib.h+30−0

@@ -0,0 +1,30 @@
	1	+/*
	2	+** $Id: auxlib.h,v 1.3 1997/04/07 14:48:53 roberto Exp $
	3	+*/
	4	+
	5	+#ifndef auxlib_h
	6	+#define auxlib_h
	7	+
	8	+#include "lua.h"
	9	+
	10	+struct luaL_reg {
	11	+ char *name;
	12	+ lua_CFunction func;
	13	+};
	14	+
	15	+void luaL_openlib (struct luaL_reg *l, int n);
	16	+void luaL_arg_check(int cond, int numarg, char *extramsg);
	17	+char *luaL_check_string (int numArg);
	18	+char luaL_opt_string (int numArg, char def);
	19	+double luaL_check_number (int numArg);
	20	+double luaL_opt_number (int numArg, double def);
	21	+void luaL_verror (char *fmt, ...);
	22	+
	23	+
	24	+
	25	+/* -- private part (only for Lua modules */
	26	+
	27	+int luaI_findstring (char name, char list[]);
	28	+
	29	+
	30	+#endif

include/lua.h+74−49

@@ -1,61 +1,50 @@
1	1	/*
2		−** LUA - Linguagem para Usuarios de Aplicacao
3		−** Grupo de Tecnologia em Computacao Grafica
4		−** TeCGraf - PUC-Rio
5		−** $Id: lua.h,v 3.32 1996/11/20 13:49:32 roberto Exp $
	2	+** LUA - An Extensible Extension Language
	3	+** TeCGraf: Grupo de Tecnologia em Computacao Grafica, PUC-Rio, Brazil
	4	+** e-mail: lua@tecgraf.puc-rio.br
	5	+** $Id: lua.h,v 4.11 1997/06/23 18:27:53 roberto Exp $
6	6	*/
7	7
8	8
9	9	#ifndef lua_h
10	10	#define lua_h
11	11
12		−#define LUA_VERSION "Lua 2.5.1"
13		−#define LUA_COPYRIGHT "Copyright (C) 1994-1996 TeCGraf"
	12	+#define LUA_VERSION "Lua 3.0"
	13	+#define LUA_COPYRIGHT "Copyright (C) 1994-1997 TeCGraf"
14	14	#define LUA_AUTHORS "W. Celes, R. Ierusalimschy & L. H. de Figueiredo"
15	15
16	16
17		−/* Private Part */
18		−
19		−typedef enum
20		−{
21		− LUA_T_NIL = -1,
22		− LUA_T_NUMBER = -2,
23		− LUA_T_STRING = -3,
24		− LUA_T_ARRAY = -4,
25		− LUA_T_FUNCTION = -5,
26		− LUA_T_CFUNCTION= -6,
27		− LUA_T_MARK = -7,
28		− LUA_T_CMARK = -8,
29		− LUA_T_LINE = -9,
30		− LUA_T_USERDATA = 0
31		−} lua_Type;
32		−
33		−
34		−/* Public Part */
35		−
36	17	#define LUA_NOOBJECT 0
37	18
	19	+#define LUA_ANYTAG (-1)
	20	+
38	21	typedef void (*lua_CFunction) (void);
39	22	typedef unsigned int lua_Object;
40	23
41		−lua_Object lua_setfallback (char *name, lua_CFunction fallback);
	24	+lua_Object lua_settagmethod (int tag, char event); / In: new method */
	25	+lua_Object lua_gettagmethod (int tag, char *event);
	26	+lua_Object lua_seterrormethod (void); /* In: new method */
	27	+
	28	+int lua_newtag (void);
	29	+void lua_settag (int tag); /* In: object */
42	30
43	31	void lua_error (char *s);
44		−int lua_dofile (char *filename);
45		−int lua_dostring (char *string);
46		−int lua_callfunction (lua_Object function);
47		−int lua_call (char *funcname);
	32	+int lua_dofile (char filename); / Out: returns */
	33	+int lua_dostring (char string); / Out: returns */
	34	+int lua_callfunction (lua_Object f);
	35	+ /* In: parameters; Out: returns */
48	36
49	37	void lua_beginblock (void);
50	38	void lua_endblock (void);
51	39
52		−lua_Object lua_getparam (int number);
53		−#define lua_getresult(_) lua_getparam(_)
	40	+lua_Object lua_lua2C (int number);
	41	+#define lua_getparam(_) lua_lua2C(_)
	42	+#define lua_getresult(_) lua_lua2C(_)
54	43
55		−#define lua_isnil(_) (lua_type(_)==LUA_T_NIL)
56		−#define lua_istable(_) (lua_type(_)==LUA_T_ARRAY)
57		−#define lua_isuserdata(_) (lua_type(_)>=LUA_T_USERDATA)
58		−#define lua_iscfunction(_) (lua_type(_)==LUA_T_CFUNCTION)
	44	+int lua_isnil (lua_Object object);
	45	+int lua_istable (lua_Object object);
	46	+int lua_isuserdata (lua_Object object);
	47	+int lua_iscfunction (lua_Object object);
59	48	int lua_isnumber (lua_Object object);
60	49	int lua_isstring (lua_Object object);
61	50	int lua_isfunction (lua_Object object);
@@ -63,42 +52,73 @@ int lua_isfunction (lua_Object object); · 1 unmodified line
63	52	float lua_getnumber (lua_Object object);
64	53	char *lua_getstring (lua_Object object);
65	54	lua_CFunction lua_getcfunction (lua_Object object);
66		−void *lua_getuserdata (lua_Object object);
	55	+void *lua_getuserdata (lua_Object object);
	56	+
67	57
68	58	void lua_pushnil (void);
69	59	void lua_pushnumber (float n);
70	60	void lua_pushstring (char *s);
71	61	void lua_pushcfunction (lua_CFunction fn);
72		−void lua_pushusertag (void *u, int tag);
	62	+void lua_pushusertag (void *u, int tag);
73	63	void lua_pushobject (lua_Object object);
74	64
	65	+lua_Object lua_pop (void);
	66	+
75	67	lua_Object lua_getglobal (char *name);
76		−void lua_storeglobal (char *name);
	68	+lua_Object lua_rawgetglobal (char *name);
	69	+void lua_setglobal (char name); / In: value */
	70	+void lua_rawsetglobal (char name); / In: value */
77	71
78		−void lua_storesubscript (void);
79		−lua_Object lua_getsubscript (void);
	72	+void lua_settable (void); /* In: table, index, value */
	73	+void lua_rawsettable (void); /* In: table, index, value */
	74	+lua_Object lua_gettable (void); /* In: table, index */
	75	+lua_Object lua_rawgettable (void); /* In: table, index */
80	76
81		−int lua_type (lua_Object object);
	77	+int lua_tag (lua_Object object);
82	78
83	79
84		−int lua_ref (int lock);
	80	+int lua_ref (int lock); /* In: value */
85	81	lua_Object lua_getref (int ref);
86		−void lua_pushref (int ref);
87	82	void lua_unref (int ref);
88	83
89	84	lua_Object lua_createtable (void);
90	85
	86	+long lua_collectgarbage (long limit);
	87	+
91	88
	89	+/* =============================================================== */
92	90	/* some useful macros */
93	91
	92	+#define lua_call(name) lua_callfunction(lua_getglobal(name))
	93	+
	94	+#define lua_pushref(ref) lua_pushobject(lua_getref(ref))
	95	+
94	96	#define lua_refobject(o,l) (lua_pushobject(o), lua_ref(l))
95	97
96		−#define lua_register(n,f) (lua_pushcfunction(f), lua_storeglobal(n))
	98	+#define lua_register(n,f) (lua_pushcfunction(f), lua_setglobal(n))
	99	+
	100	+#define lua_pushuserdata(u) lua_pushusertag(u, 0)
97	101
98		−#define lua_pushuserdata(u) lua_pushusertag(u, LUA_T_USERDATA)
99	102
100	103
101		−/* for compatibility with old versions. Avoid using these macros */
	104	+
	105	+/* ==========================================================================
	106	+** for compatibility with old versions. Avoid using these macros/functions
	107	+** If your program does not use any of these, define LUA_COMPAT2_5 to 0
	108	+*/
	109	+
	110	+#ifndef LUA_COMPAT2_5
	111	+#define LUA_COMPAT2_5 1
	112	+#endif
	113	+
	114	+
	115	+#if LUA_COMPAT2_5
	116	+
	117	+
	118	+lua_Object lua_setfallback (char *event, lua_CFunction fallback);
	119	+
	120	+#define lua_storeglobal lua_setglobal
	121	+#define lua_type lua_tag
102	122
103	123	#define lua_lockobject(o) lua_refobject(o,1)
104	124	#define lua_lock() lua_ref(1)
@@ -108,9 +128,14 @@ lua_Object lua_createtable (void); · 3 unmodified lines
108	128
109	129	#define lua_pushliteral(o) lua_pushstring(o)
110	130
111		−#define lua_getindexed(o,n) (lua_pushobject(o), lua_pushnumber(n), lua_getsubscript())
112		−#define lua_getfield(o,f) (lua_pushobject(o), lua_pushliteral(f), lua_getsubscript())
	131	+#define lua_getindexed(o,n) (lua_pushobject(o), lua_pushnumber(n), lua_gettable())
	132	+#define lua_getfield(o,f) (lua_pushobject(o), lua_pushstring(f), lua_gettable())
113	133
114	134	#define lua_copystring(o) (strdup(lua_getstring(o)))
115	135
	136	+#define lua_getsubscript lua_gettable
	137	+#define lua_storesubscript lua_settable
	138	+
	139	+#endif
	140	+
116	141	#endif

include/lualib.h+5−14

@@ -2,7 +2,7 @@ · 1 unmodified line
2	2	** Libraries to be used in LUA programs
3	3	** Grupo de Tecnologia em Computacao Grafica
4	4	** TeCGraf - PUC-Rio
5		−** $Id: lualib.h,v 1.10 1996/08/05 20:55:24 roberto Exp $
	5	+** $Id: lualib.h,v 1.13 1997/03/26 22:23:15 roberto Exp $
6	6	*/
7	7
8	8	#ifndef lualib_h
@@ -15,24 +15,15 @@ void strlib_open (void); · 6 unmodified lines
15	15	void mathlib_open (void);
16	16
17	17
	18	+
18	19	/* auxiliar functions (private) */
19	20
20		−struct lua_reg {
21		− char *name;
22		− lua_CFunction func;
23		−};
24		−
25		−void luaI_openlib (struct lua_reg *l, int n);
26		−void lua_arg_check(int cond, char *funcname);
27		−char lua_check_string (int numArg, char funcname);
28		−char lua_opt_string (int numArg, char def, char *funcname);
29		−double lua_check_number (int numArg, char *funcname);
30		−long lua_opt_number (int numArg, long def, char *funcname);
31	21	char *luaI_addchar (int c);
	22	+void luaI_emptybuff (void);
32	23	void luaI_addquoted (char *s);
33	24
34		−char item_end (char p);
35		−int singlematch (int c, char *p);
	25	+char luaL_item_end (char p);
	26	+int luaL_singlematch (int c, char *p);
36	27
37	28	#endif
38	29

src/Makefile+12−6

@@ -4,19 +4,23 @@ LUA= .. · 3 unmodified lines
4	4
5	5	include $(LUA)/config
6	6
7		−OBJS= fallback.o\
	7	+OBJS= auxlib.o\
	8	+ fallback.o\
8	9	func.o\
9	10	hash.o\
10	11	inout.o\
11	12	lex.o\
12		− mem.o\
	13	+ luamem.o\
13	14	opcode.o\
14	15	parser.o\
15	16	table.o\
16	17	tree.o\
17		− undump.o
	18	+ undump.o\
	19	+ zio.o
18	20
19		−SRCS= fallback.c\
	21	+SRCS= auxlib.c\
	22	+ auxlib.h\
	23	+ fallback.c\
20	24	fallback.h\
21	25	func.c\
22	26	func.h\
@@ -26,8 +30,8 @@ SRCS= fallback.c\ · 3 unmodified lines
26	30	inout.h\
27	31	lex.c\
28	32	lex.h\
29		− mem.c\
30		− mem.h\
	33	+ luamem.c\
	34	+ luamem.h\
31	35	opcode.c\
32	36	opcode.h\
33	37	parser.c\
@@ -39,6 +43,8 @@ SRCS= fallback.c\ · 5 unmodified lines
39	43	types.h\
40	44	undump.c\
41	45	undump.h\
	46	+ zio.c\
	47	+ zio.h\
42	48	lua.stx
43	49
44	50	SLIB= $(LIB)/liblua.a

src/auxlib.c+81−0

@@ -0,0 +1,81 @@
	1	+char *rcs_auxlib="$Id: auxlib.c,v 1.5 1997/04/14 15:30:03 roberto Exp $";
	2	+
	3	+#include <stdio.h>
	4	+#include <stdarg.h>
	5	+#include <string.h>
	6	+
	7	+#include "lua.h"
	8	+#include "auxlib.h"
	9	+#include "luadebug.h"
	10	+
	11	+
	12	+
	13	+int luaI_findstring (char name, char list[])
	14	+{
	15	+ int i;
	16	+ for (i=0; list[i]; i++)
	17	+ if (strcmp(list[i], name) == 0)
	18	+ return i;
	19	+ return -1; /* name not found */
	20	+}
	21	+
	22	+
	23	+void luaL_arg_check(int cond, int numarg, char *extramsg)
	24	+{
	25	+ if (!cond) {
	26	+ char *funcname;
	27	+ lua_getobjname(lua_stackedfunction(0), &funcname);
	28	+ if (funcname == NULL)
	29	+ funcname = "???";
	30	+ if (extramsg == NULL)
	31	+ luaL_verror("bad argument #%d to function `%s'", numarg, funcname);
	32	+ else
	33	+ luaL_verror("bad argument #%d to function `%s' (%s)",
	34	+ numarg, funcname, extramsg);
	35	+ }
	36	+}
	37	+
	38	+char *luaL_check_string (int numArg)
	39	+{
	40	+ lua_Object o = lua_getparam(numArg);
	41	+ luaL_arg_check(lua_isstring(o), numArg, "string expected");
	42	+ return lua_getstring(o);
	43	+}
	44	+
	45	+char luaL_opt_string (int numArg, char def)
	46	+{
	47	+ return (lua_getparam(numArg) == LUA_NOOBJECT) ? def :
	48	+ luaL_check_string(numArg);
	49	+}
	50	+
	51	+double luaL_check_number (int numArg)
	52	+{
	53	+ lua_Object o = lua_getparam(numArg);
	54	+ luaL_arg_check(lua_isnumber(o), numArg, "number expected");
	55	+ return lua_getnumber(o);
	56	+}
	57	+
	58	+
	59	+double luaL_opt_number (int numArg, double def)
	60	+{
	61	+ return (lua_getparam(numArg) == LUA_NOOBJECT) ? def :
	62	+ luaL_check_number(numArg);
	63	+}
	64	+
	65	+void luaL_openlib (struct luaL_reg *l, int n)
	66	+{
	67	+ int i;
	68	+ for (i=0; i<n; i++)
	69	+ lua_register(l[i].name, l[i].func);
	70	+}
	71	+
	72	+
	73	+void luaL_verror (char *fmt, ...)
	74	+{
	75	+ char buff[1000];
	76	+ va_list argp;
	77	+ va_start(argp, fmt);
	78	+ vsprintf(buff, fmt, argp);
	79	+ va_end(argp);
	80	+ lua_error(buff);
	81	+}

src/auxlib.h+30−0

@@ -0,0 +1,30 @@
	1	+/*
	2	+** $Id: auxlib.h,v 1.3 1997/04/07 14:48:53 roberto Exp $
	3	+*/
	4	+
	5	+#ifndef auxlib_h
	6	+#define auxlib_h
	7	+
	8	+#include "lua.h"
	9	+
	10	+struct luaL_reg {
	11	+ char *name;
	12	+ lua_CFunction func;
	13	+};
	14	+
	15	+void luaL_openlib (struct luaL_reg *l, int n);
	16	+void luaL_arg_check(int cond, int numarg, char *extramsg);
	17	+char *luaL_check_string (int numArg);
	18	+char luaL_opt_string (int numArg, char def);
	19	+double luaL_check_number (int numArg);
	20	+double luaL_opt_number (int numArg, double def);
	21	+void luaL_verror (char *fmt, ...);
	22	+
	23	+
	24	+
	25	+/* -- private part (only for Lua modules */
	26	+
	27	+int luaI_findstring (char name, char list[]);
	28	+
	29	+
	30	+#endif

src/fallback.c+286−109

@@ -3,130 +3,37 @@ · 2 unmodified lines
3	3	** TecCGraf - PUC-Rio
4	4	*/
5	5
6		−char *rcs_fallback="$Id: fallback.c,v 1.25 1996/04/25 14:10:00 roberto Exp $";
	6	+char *rcs_fallback="$Id: fallback.c,v 2.9 1997/06/23 18:27:53 roberto Exp $";
7	7
8	8	#include <stdio.h>
9	9	#include <string.h>
10	10
11		−#include "mem.h"
	11	+#include "auxlib.h"
	12	+#include "luamem.h"
12	13	#include "fallback.h"
13	14	#include "opcode.h"
14	15	#include "lua.h"
15	16	#include "table.h"
	17	+#include "tree.h"
	18	+#include "hash.h"
16	19
17	20
18		−static void errorFB (void);
19		−static void indexFB (void);
20		−static void gettableFB (void);
21		−static void arithFB (void);
22		−static void concatFB (void);
23		−static void orderFB (void);
24		−static void GDFB (void);
25		−static void funcFB (void);
26	21
27		−
28		−/*
29		−** Warning: This list must be in the same order as the #define's
30		−*/
31		−struct FB luaI_fallBacks[] = {
32		−{"error", {LUA_T_CFUNCTION, {errorFB}}, 1, 0},
33		−{"index", {LUA_T_CFUNCTION, {indexFB}}, 2, 1},
34		−{"gettable", {LUA_T_CFUNCTION, {gettableFB}}, 2, 1},
35		−{"arith", {LUA_T_CFUNCTION, {arithFB}}, 3, 1},
36		−{"order", {LUA_T_CFUNCTION, {orderFB}}, 3, 1},
37		−{"concat", {LUA_T_CFUNCTION, {concatFB}}, 2, 1},
38		−{"settable", {LUA_T_CFUNCTION, {gettableFB}}, 3, 0},
39		−{"gc", {LUA_T_CFUNCTION, {GDFB}}, 1, 0},
40		−{"function", {LUA_T_CFUNCTION, {funcFB}}, -1, -1},
41		− /* no fixed number of params or results */
42		−{"getglobal", {LUA_T_CFUNCTION, {indexFB}}, 1, 1}
43		− /* same default behavior of index FB */
44		−};
45		−
46		−#define N_FB (sizeof(luaI_fallBacks)/sizeof(struct FB))
47		−
48		−void luaI_setfallback (void)
49		−{
50		− int i;
51		− char *name = lua_getstring(lua_getparam(1));
52		− lua_Object func = lua_getparam(2);
53		− if (name == NULL \|\| !lua_isfunction(func))
54		− lua_error("incorrect argument to function `setfallback'");
55		− for (i=0; i<N_FB; i++)
56		− {
57		− if (strcmp(luaI_fallBacks[i].kind, name) == 0)
58		− {
59		− luaI_pushobject(&luaI_fallBacks[i].function);
60		− luaI_fallBacks[i].function = *luaI_Address(func);
61		− return;
62		− }
63		− }
64		− /* name not found */
65		− lua_error("incorrect argument to function `setfallback'");
66		−}
67		−
68		−
69		−static void errorFB (void)
70		−{
71		− lua_Object o = lua_getparam(1);
72		− if (lua_isstring(o))
73		− fprintf (stderr, "lua: %s\n", lua_getstring(o));
74		− else
75		− fprintf(stderr, "lua: unknown error\n");
76		−}
77		−
78		−
79		−static void indexFB (void)
80		−{
81		− lua_pushnil();
82		−}
83		−
84		−
85		−static void gettableFB (void)
86		−{
87		− lua_error("indexed expression not a table");
88		−}
89		−
90		−
91		−static void arithFB (void)
92		−{
93		− lua_error("unexpected type at conversion to number");
94		−}
95		−
96		−static void concatFB (void)
97		−{
98		− lua_error("unexpected type at conversion to string");
99		−}
100		−
101		−
102		−static void orderFB (void)
103		−{
104		− lua_error("unexpected type at comparison");
105		−}
106		−
107		−static void GDFB (void) { }
108		−
109		−static void funcFB (void)
110		−{
111		− lua_error("call expression not a function");
112		−}
113		−
114		−
115		−/*
	22	+/* -------------------------------------------
116	23	** Reference routines
117	24	*/
118	25
119	26	static struct ref {
120		− Object o;
	27	+ TObject o;
121	28	enum {LOCK, HOLD, FREE, COLLECTED} status;
122	29	} *refArray = NULL;
123	30	static int refSize = 0;
124	31
125		−int luaI_ref (Object *object, int lock)
	32	+int luaI_ref (TObject *object, int lock)
126	33	{
127	34	int i;
128	35	int oldSize;
129		− if (tag(object) == LUA_T_NIL)
	36	+ if (ttype(object) == LUA_T_NIL)
130	37	return -1; /* special ref for nil */
131	38	for (i=0; i<refSize; i++)
132	39	if (refArray[i].status == FREE)
@@ -151,9 +58,9 @@ void lua_unref (int ref) · 18 unmodified lines
151	58	}
152	59
153	60
154		−Object *luaI_getref (int ref)
	61	+TObject *luaI_getref (int ref)
155	62	{
156		− static Object nul = {LUA_T_NIL, {0}};
	63	+ static TObject nul = {LUA_T_NIL, {0}};
157	64	if (ref == -1)
158	65	return &nul;
159	66	if (ref >= 0 && ref < refSize &&
@@ -164,7 +71,7 @@ Object *luaI_getref (int ref) · 4 unmodified lines
164	71	}
165	72
166	73
167		−void luaI_travlock (int (fn)(Object ))
	74	+void luaI_travlock (int (fn)(TObject ))
168	75	{
169	76	int i;
170	77	for (i=0; i<refSize; i++)
@@ -181,11 +88,281 @@ void luaI_invalidaterefs (void) · 10 unmodified lines
181	88	refArray[i].status = COLLECTED;
182	89	}
183	90
184		−char luaI_travfallbacks (int (fn)(Object *))
	91	+
	92	+/* -------------------------------------------
	93	+* Internal Methods
	94	+*/
	95	+
	96	+char luaI_eventname[] = { / ORDER IM */
	97	+ "gettable", "settable", "index", "getglobal", "setglobal", "add",
	98	+ "sub", "mul", "div", "pow", "unm", "lt", "le", "gt", "ge",
	99	+ "concat", "gc", "function",
	100	+ NULL
	101	+};
	102	+
	103	+
	104	+
	105	+static int luaI_checkevent (char name, char list[])
	106	+{
	107	+ int e = luaI_findstring(name, list);
	108	+ if (e < 0)
	109	+ luaL_verror("`%s' is not a valid event name", name);
	110	+ return e;
	111	+}
	112	+
	113	+
	114	+struct IM *luaI_IMtable = NULL;
	115	+
	116	+static int IMtable_size = 0;
	117	+static int last_tag = LUA_T_NIL; /* ORDER LUA_T */
	118	+
	119	+
	120	+/* events in LUA_T_LINE are all allowed, since this is used as a
	121	+* 'placeholder' for "default" fallbacks
	122	+*/
	123	+static char validevents[NUM_TYPES][IM_N] = { /* ORDER LUA_T, ORDER IM */
	124	+{1, 1, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 1}, /* LUA_T_USERDATA */
	125	+{1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1}, /* LUA_T_LINE */
	126	+{0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}, /* LUA_T_CMARK */
	127	+{0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}, /* LUA_T_MARK */
	128	+{1, 1, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0}, /* LUA_T_CFUNCTION */
	129	+{1, 1, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0}, /* LUA_T_FUNCTION */
	130	+{0, 0, 1, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1}, /* LUA_T_ARRAY */
	131	+{1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1}, /* LUA_T_STRING */
	132	+{1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1}, /* LUA_T_NUMBER */
	133	+{1, 1, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1} /* LUA_T_NIL */
	134	+};
	135	+
	136	+static int validevent (lua_Type t, int e)
	137	+{ /* ORDER LUA_T */
	138	+ return (t < LUA_T_NIL) ? 1 : validevents[-t][e];
	139	+}
	140	+
	141	+
	142	+static void init_entry (int tag)
185	143	{
186	144	int i;
187		− for (i=0; i<N_FB; i++)
188		− if (fn(&luaI_fallBacks[i].function))
189		− return luaI_fallBacks[i].kind;
	145	+ for (i=0; i<IM_N; i++)
	146	+ ttype(luaI_getim(tag, i)) = LUA_T_NIL;
	147	+}
	148	+
	149	+void luaI_initfallbacks (void)
	150	+{
	151	+ if (luaI_IMtable == NULL) {
	152	+ int i;
	153	+ IMtable_size = NUM_TYPES+10;
	154	+ luaI_IMtable = newvector(IMtable_size, struct IM);
	155	+ for (i=LUA_T_NIL; i<=LUA_T_USERDATA; i++)
	156	+ init_entry(i);
	157	+ }
	158	+}
	159	+
	160	+int lua_newtag (void)
	161	+{
	162	+ --last_tag;
	163	+ if ((-last_tag) >= IMtable_size) {
	164	+ luaI_initfallbacks();
	165	+ IMtable_size = growvector(&luaI_IMtable, IMtable_size,
	166	+ struct IM, memEM, MAX_INT);
	167	+ }
	168	+ init_entry(last_tag);
	169	+ return last_tag;
	170	+}
	171	+
	172	+
	173	+static void checktag (int tag)
	174	+{
	175	+ if (!(last_tag <= tag && tag <= 0))
	176	+ luaL_verror("%d is not a valid tag", tag);
	177	+}
	178	+
	179	+void luaI_realtag (int tag)
	180	+{
	181	+ if (!(last_tag <= tag && tag < LUA_T_NIL))
	182	+ luaL_verror("tag %d is not result of `newtag'", tag);
	183	+}
	184	+
	185	+
	186	+void luaI_settag (int tag, TObject *o)
	187	+{
	188	+ luaI_realtag(tag);
	189	+ switch (ttype(o)) {
	190	+ case LUA_T_ARRAY:
	191	+ o->value.a->htag = tag;
	192	+ break;
	193	+ case LUA_T_USERDATA:
	194	+ o->value.ts->tag = tag;
	195	+ break;
	196	+ default:
	197	+ luaL_verror("cannot change the tag of a %s", luaI_typenames[-ttype(o)]);
	198	+ }
	199	+}
	200	+
	201	+
	202	+int luaI_efectivetag (TObject *o)
	203	+{
	204	+ lua_Type t = ttype(o);
	205	+ if (t == LUA_T_USERDATA) {
	206	+ int tag = o->value.ts->tag;
	207	+ return (tag >= 0) ? LUA_T_USERDATA : tag;
	208	+ }
	209	+ else if (t == LUA_T_ARRAY)
	210	+ return o->value.a->htag;
	211	+ else return t;
	212	+}
	213	+
	214	+
	215	+void luaI_gettagmethod (void)
	216	+{
	217	+ int t = (int)luaL_check_number(1);
	218	+ int e = luaI_checkevent(luaL_check_string(2), luaI_eventname);
	219	+ checktag(t);
	220	+ if (validevent(t, e))
	221	+ luaI_pushobject(luaI_getim(t,e));
	222	+}
	223	+
	224	+
	225	+void luaI_settagmethod (void)
	226	+{
	227	+ int t = (int)luaL_check_number(1);
	228	+ int e = luaI_checkevent(luaL_check_string(2), luaI_eventname);
	229	+ lua_Object func = lua_getparam(3);
	230	+ checktag(t);
	231	+ if (!validevent(t, e))
	232	+ luaL_verror("cannot change internal method `%s' for tag %d",
	233	+ luaI_eventname[e], t);
	234	+ luaL_arg_check(lua_isnil(func) \|\| lua_isfunction(func),
	235	+ 3, "function expected");
	236	+ luaI_pushobject(luaI_getim(t,e));
	237	+ luaI_getim(t, e) = luaI_Address(func);
	238	+}
	239	+
	240	+
	241	+static void stderrorim (void)
	242	+{
	243	+ lua_Object s = lua_getparam(1);
	244	+ if (lua_isstring(s))
	245	+ fprintf(stderr, "lua: %s\n", lua_getstring(s));
	246	+}
	247	+
	248	+static TObject errorim = {LUA_T_CFUNCTION, {stderrorim}};
	249	+
	250	+
	251	+TObject *luaI_geterrorim (void)
	252	+{
	253	+ return &errorim;
	254	+}
	255	+
	256	+void luaI_seterrormethod (void)
	257	+{
	258	+ lua_Object func = lua_getparam(1);
	259	+ luaL_arg_check(lua_isnil(func) \|\| lua_isfunction(func),
	260	+ 1, "function expected");
	261	+ luaI_pushobject(&errorim);
	262	+ errorim = *luaI_Address(func);
	263	+}
	264	+
	265	+char luaI_travfallbacks (int (fn)(TObject *))
	266	+{
	267	+ int e;
	268	+ if (fn(&errorim))
	269	+ return "error";
	270	+ for (e=IM_GETTABLE; e<=IM_FUNCTION; e++) { /* ORDER IM */
	271	+ int t;
	272	+ for (t=0; t>=last_tag; t--)
	273	+ if (fn(luaI_getim(t,e)))
	274	+ return luaI_eventname[e];
	275	+ }
190	276	return NULL;
191	277	}
	278	+
	279	+
	280	+/*
	281	+* ===================================================================
	282	+* compatibility with old fallback system
	283	+*/
	284	+#if LUA_COMPAT2_5
	285	+
	286	+static void errorFB (void)
	287	+{
	288	+ lua_Object o = lua_getparam(1);
	289	+ if (lua_isstring(o))
	290	+ fprintf (stderr, "lua: %s\n", lua_getstring(o));
	291	+ else
	292	+ fprintf(stderr, "lua: unknown error\n");
	293	+}
	294	+
	295	+
	296	+static void nilFB (void) { }
	297	+
	298	+
	299	+static void typeFB (void)
	300	+{
	301	+ lua_error("unexpected type");
	302	+}
	303	+
	304	+
	305	+static void fillvalids (IMS e, TObject *func)
	306	+{
	307	+ int t;
	308	+ for (t=LUA_T_NIL; t<=LUA_T_USERDATA; t++)
	309	+ if (validevent(t, e))
	310	+ luaI_getim(t, e) = func;
	311	+}
	312	+
	313	+
	314	+void luaI_setfallback (void)
	315	+{
	316	+ static char *oldnames [] = {"error", "getglobal", "arith", "order", NULL};
	317	+ TObject oldfunc;
	318	+ lua_CFunction replace;
	319	+ char *name = luaL_check_string(1);
	320	+ lua_Object func = lua_getparam(2);
	321	+ luaI_initfallbacks();
	322	+ luaL_arg_check(lua_isfunction(func), 2, "function expected");
	323	+ switch (luaI_findstring(name, oldnames)) {
	324	+ case 0: /* old error fallback */
	325	+ oldfunc = errorim;
	326	+ errorim = *luaI_Address(func);
	327	+ replace = errorFB;
	328	+ break;
	329	+ case 1: /* old getglobal fallback */
	330	+ oldfunc = *luaI_getim(LUA_T_NIL, IM_GETGLOBAL);
	331	+ luaI_getim(LUA_T_NIL, IM_GETGLOBAL) = luaI_Address(func);
	332	+ replace = nilFB;
	333	+ break;
	334	+ case 2: { /* old arith fallback */
	335	+ int i;
	336	+ oldfunc = *luaI_getim(LUA_T_NUMBER, IM_POW);
	337	+ for (i=IM_ADD; i<=IM_UNM; i++) /* ORDER IM */
	338	+ fillvalids(i, luaI_Address(func));
	339	+ replace = typeFB;
	340	+ break;
	341	+ }
	342	+ case 3: { /* old order fallback */
	343	+ int i;
	344	+ oldfunc = *luaI_getim(LUA_T_LINE, IM_LT);
	345	+ for (i=IM_LT; i<=IM_GE; i++) /* ORDER IM */
	346	+ fillvalids(i, luaI_Address(func));
	347	+ replace = typeFB;
	348	+ break;
	349	+ }
	350	+ default: {
	351	+ int e;
	352	+ if ((e = luaI_findstring(name, luaI_eventname)) >= 0) {
	353	+ oldfunc = *luaI_getim(LUA_T_LINE, e);
	354	+ fillvalids(e, luaI_Address(func));
	355	+ replace = (e == IM_GC \|\| e == IM_INDEX) ? nilFB : typeFB;
	356	+ }
	357	+ else {
	358	+ luaL_verror("`%s' is not a valid fallback name", name);
	359	+ replace = NULL; /* to avoid warnings */
	360	+ }
	361	+ }
	362	+ }
	363	+ if (oldfunc.ttype != LUA_T_NIL)
	364	+ luaI_pushobject(&oldfunc);
	365	+ else
	366	+ lua_pushcfunction(replace);
	367	+}
	368	+#endif

src/fallback.h+50−22

@@ -1,5 +1,5 @@
1	1	/*
2		−** $Id: fallback.h,v 1.13 1996/04/25 14:10:00 roberto Exp $
	2	+** $Id: fallback.h,v 1.23 1997/04/24 22:59:57 roberto Exp $
3	3	*/
4	4
5	5	#ifndef fallback_h
@@ -8,30 +8,58 @@ · 2 unmodified lines
8	8	#include "lua.h"
9	9	#include "opcode.h"
10	10
11		−extern struct FB {
12		− char *kind;
13		− Object function;
14		− int nParams;
15		− int nResults;
16		−} luaI_fallBacks[];
17		−
18		−#define FB_ERROR 0
19		−#define FB_INDEX 1
20		−#define FB_GETTABLE 2
21		−#define FB_ARITH 3
22		−#define FB_ORDER 4
23		−#define FB_CONCAT 5
24		−#define FB_SETTABLE 6
25		−#define FB_GC 7
26		−#define FB_FUNCTION 8
27		−#define FB_GETGLOBAL 9
	11	+/*
	12	+* WARNING: if you change the order of this enumeration,
	13	+* grep "ORDER IM"
	14	+*/
	15	+typedef enum {
	16	+ IM_GETTABLE = 0,
	17	+ IM_SETTABLE,
	18	+ IM_INDEX,
	19	+ IM_GETGLOBAL,
	20	+ IM_SETGLOBAL,
	21	+ IM_ADD,
	22	+ IM_SUB,
	23	+ IM_MUL,
	24	+ IM_DIV,
	25	+ IM_POW,
	26	+ IM_UNM,
	27	+ IM_LT,
	28	+ IM_LE,
	29	+ IM_GT,
	30	+ IM_GE,
	31	+ IM_CONCAT,
	32	+ IM_GC,
	33	+ IM_FUNCTION
	34	+} IMS;
	35	+
	36	+#define IM_N 18
	37	+
	38	+
	39	+extern struct IM {
	40	+ TObject int_method[IM_N];
	41	+} *luaI_IMtable;
	42	+
	43	+extern char *luaI_eventname[];
	44	+
	45	+#define luaI_getim(tag,event) (&luaI_IMtable[-(tag)].int_method[event])
	46	+#define luaI_getimbyObj(o,e) (luaI_getim(luaI_efectivetag(o),(e)))
28	47
29	48	void luaI_setfallback (void);
30		−int luaI_ref (Object *object, int lock);
31		−Object *luaI_getref (int ref);
32		−void luaI_travlock (int (fn)(Object ));
	49	+int luaI_ref (TObject *object, int lock);
	50	+TObject *luaI_getref (int ref);
	51	+void luaI_travlock (int (fn)(TObject ));
33	52	void luaI_invalidaterefs (void);
34		−char luaI_travfallbacks (int (fn)(Object *));
	53	+char luaI_travfallbacks (int (fn)(TObject *));
	54	+
	55	+void luaI_settag (int tag, TObject *o);
	56	+void luaI_realtag (int tag);
	57	+TObject *luaI_geterrorim (void);
	58	+int luaI_efectivetag (TObject *o);
	59	+void luaI_settagmethod (void);
	60	+void luaI_gettagmethod (void);
	61	+void luaI_seterrormethod (void);
	62	+void luaI_initfallbacks (void);
35	63
36	64	#endif
37	65

src/func.c+26−16

@@ -2,9 +2,10 @@ · 1 unmodified line
2	2
3	3	#include "luadebug.h"
4	4	#include "table.h"
5		−#include "mem.h"
	5	+#include "luamem.h"
6	6	#include "func.h"
7	7	#include "opcode.h"
	8	+#include "inout.h"
8	9
9	10
10	11	static TFunc *function_root = NULL;
@@ -23,7 +24,7 @@ void luaI_initTFunc (TFunc *f) · 12 unmodified lines
23	24	f->size = 0;
24	25	f->code = NULL;
25	26	f->lineDefined = 0;
26		− f->fileName = NULL;
	27	+ f->fileName = lua_parsedfile;
27	28	f->locvars = NULL;
28	29	}
29	30
@@ -49,47 +50,56 @@ void luaI_freefunc (TFunc *f) · 19 unmodified lines
49	50	luaI_free (f);
50	51	}
51	52
	53	+
	54	+void luaI_funcfree (TFunc *l)
	55	+{
	56	+ while (l) {
	57	+ TFunc *next = l->next;
	58	+ luaI_freefunc(l);
	59	+ l = next;
	60	+ }
	61	+}
	62	+
52	63	/*
53	64	** Garbage collection function.
54		−** This function traverse the function list freeing unindexed functions
55	65	*/
56		−Long luaI_funccollector (void)
	66	+TFunc luaI_funccollector (long acum)
57	67	{
58	68	TFunc *curr = function_root;
59	69	TFunc *prev = NULL;
60		− Long counter = 0;
61		− while (curr)
62		− {
	70	+ TFunc *frees = NULL;
	71	+ long counter = 0;
	72	+ while (curr) {
63	73	TFunc *next = curr->next;
64		− if (!curr->marked)
65		− {
	74	+ if (!curr->marked) {
66	75	if (prev == NULL)
67	76	function_root = next;
68	77	else
69	78	prev->next = next;
70		− luaI_freefunc (curr);
	79	+ curr->next = frees;
	80	+ frees = curr;
71	81	++counter;
72	82	}
73		− else
74		− {
	83	+ else {
75	84	curr->marked = 0;
76	85	prev = curr;
77	86	}
78	87	curr = next;
79	88	}
80		− return counter;
	89	+ *acum += counter;
	90	+ return frees;
81	91	}
82	92
83	93
84	94	void lua_funcinfo (lua_Object func, char *filename, int linedefined)
85	95	{
86		− Object *f = luaI_Address(func);
87		− if (f->tag == LUA_T_MARK \|\| f->tag == LUA_T_FUNCTION)
	96	+ TObject *f = luaI_Address(func);
	97	+ if (f->ttype == LUA_T_MARK \|\| f->ttype == LUA_T_FUNCTION)
88	98	{
89	99	*filename = f->value.tf->fileName;
90	100	*linedefined = f->value.tf->lineDefined;
91	101	}
92		− else if (f->tag == LUA_T_CMARK \|\| f->tag == LUA_T_CFUNCTION)
	102	+ else if (f->ttype == LUA_T_CMARK \|\| f->ttype == LUA_T_CFUNCTION)
93	103	{
94	104	*filename = "(C)";
95	105	*linedefined = -1;

src/func.h+3−2

@@ -1,5 +1,5 @@
1	1	/*
2		−** $Id: func.h,v 1.8 1996/03/14 15:54:20 roberto Exp $
	2	+** $Id: func.h,v 1.9 1997/05/14 18:38:29 roberto Exp $
3	3	*/
4	4
5	5	#ifndef func_h
@@ -30,7 +30,8 @@ typedef struct TFunc · 24 unmodified lines
30	30	LocVar *locvars;
31	31	} TFunc;
32	32
33		−Long luaI_funccollector (void);
	33	+TFunc luaI_funccollector (long cont);
	34	+void luaI_funcfree (TFunc *l);
34	35	void luaI_insertfunction (TFunc *f);
35	36
36	37	void luaI_initTFunc (TFunc *f);

src/hash.c+147−134

@@ -3,14 +3,15 @@ · 2 unmodified lines
3	3	** hash manager for lua
4	4	*/
5	5
6		−char *rcs_hash="$Id: hash.c,v 2.32 1996/11/18 13:48:44 roberto Exp $";
	6	+char *rcs_hash="$Id: hash.c,v 2.43 1997/05/14 18:38:29 roberto Exp $";
7	7
8	8
9		−#include "mem.h"
	9	+#include "luamem.h"
10	10	#include "opcode.h"
11	11	#include "hash.h"
12	12	#include "table.h"
13	13	#include "lua.h"
	14	+#include "auxlib.h"
14	15
15	16
16	17	#define nhash(t) ((t)->nhash)
@@ -24,13 +25,15 @@ char *rcs_hash="$Id: hash.c,v 2.32 1996/11/18 13:48:44 roberto Exp $"; · 7 unmodified lines
24	25
25	26	#define REHASH_LIMIT 0.70 /* avoid more than this % full */
26	27
	28	+#define TagDefault LUA_T_ARRAY;
	29	+
27	30
28	31	static Hash *listhead = NULL;
29	32
30	33
31	34	/* hash dimensions values */
32	35	static Long dimensions[] =
33		− {3L, 5L, 7L, 11L, 23L, 47L, 97L, 197L, 397L, 797L, 1597L, 3203L, 6421L,
	36	+ {5L, 11L, 23L, 47L, 97L, 197L, 397L, 797L, 1597L, 3203L, 6421L,
34	37	12853L, 25717L, 51437L, 102811L, 205619L, 411233L, 822433L,
35	38	1644817L, 3289613L, 6579211L, 13158023L, MAX_INT};
36	39
@@ -46,16 +49,32 @@ int luaI_redimension (int nhash) · 9 unmodified lines
46	49	return 0; /* to avoid warnings */
47	50	}
48	51
49		−static int hashindex (Hash t, Object ref) /* hash function */
	52	+
	53	+int lua_equalObj (TObject t1, TObject t2)
	54	+{
	55	+ if (ttype(t1) != ttype(t2)) return 0;
	56	+ switch (ttype(t1))
	57	+ {
	58	+ case LUA_T_NIL: return 1;
	59	+ case LUA_T_NUMBER: return nvalue(t1) == nvalue(t2);
	60	+ case LUA_T_STRING: case LUA_T_USERDATA: return svalue(t1) == svalue(t2);
	61	+ case LUA_T_ARRAY: return avalue(t1) == avalue(t2);
	62	+ case LUA_T_FUNCTION: return t1->value.tf == t2->value.tf;
	63	+ case LUA_T_CFUNCTION: return fvalue(t1) == fvalue(t2);
	64	+ default:
	65	+ lua_error("internal error in `lua_equalObj'");
	66	+ return 0; /* UNREACHEABLE */
	67	+ }
	68	+}
	69	+
	70	+
	71	+static long int hashindex (TObject *ref)
50	72	{
51	73	long int h;
52		− switch (tag(ref)) {
53		− case LUA_T_NIL:
54		− lua_error ("unexpected type to index table");
55		− h = 0; /* UNREACHEABLE */
	74	+ switch (ttype(ref)) {
56	75	case LUA_T_NUMBER:
57	76	h = (long int)nvalue(ref); break;
58		− case LUA_T_STRING:
	77	+ case LUA_T_STRING: case LUA_T_USERDATA:
59	78	h = tsvalue(ref)->hash; break;
60	79	case LUA_T_FUNCTION:
61	80	h = (IntPoint)ref->value.tf; break;
@@ -63,38 +82,29 @@ static int hashindex (Hash t, Object ref) /* hash function */ · 1 unmodified line
63	82	h = (IntPoint)fvalue(ref); break;
64	83	case LUA_T_ARRAY:
65	84	h = (IntPoint)avalue(ref); break;
66		− default: /* user data */
67		− h = (IntPoint)uvalue(ref); break;
	85	+ default:
	86	+ lua_error ("unexpected type to index table");
	87	+ h = 0; /* UNREACHEABLE */
68	88	}
69	89	if (h < 0) h = -h;
70		− return h%nhash(t); /* make it a valid index */
	90	+ return h;
71	91	}
72	92
73		−int lua_equalObj (Object t1, Object t2)
	93	+
	94	+static int present (Hash t, TObject key)
74	95	{
75		− if (tag(t1) != tag(t2)) return 0;
76		− switch (tag(t1))
77		− {
78		− case LUA_T_NIL: return 1;
79		− case LUA_T_NUMBER: return nvalue(t1) == nvalue(t2);
80		− case LUA_T_STRING: return svalue(t1) == svalue(t2);
81		− case LUA_T_ARRAY: return avalue(t1) == avalue(t2);
82		− case LUA_T_FUNCTION: return t1->value.tf == t2->value.tf;
83		− case LUA_T_CFUNCTION: return fvalue(t1) == fvalue(t2);
84		− default: return uvalue(t1) == uvalue(t2);
	96	+ long int h = hashindex(key);
	97	+ int tsize = nhash(t);
	98	+ int h1 = h%tsize;
	99	+ TObject *rf = ref(node(t, h1));
	100	+ if (ttype(rf) != LUA_T_NIL && !lua_equalObj(key, rf)) {
	101	+ int h2 = h%(tsize-2) + 1;
	102	+ do {
	103	+ h1 = (h1+h2)%tsize;
	104	+ rf = ref(node(t, h1));
	105	+ } while (ttype(rf) != LUA_T_NIL && !lua_equalObj(key, rf));
85	106	}
86		−}
87		−
88		−static int present (Hash t, Object ref)
89		−{
90		− int h = hashindex(t, ref);
91		− while (tag(ref(node(t, h))) != LUA_T_NIL)
92		− {
93		− if (lua_equalObj(ref, ref(node(t, h))))
94		− return h;
95		− h = (h+1) % nhash(t);
96		− }
97		− return h;
	107	+ return h1;
98	108	}
99	109
100	110
@@ -106,7 +116,7 @@ static Node *hashnodecreate (int nhash) · 5 unmodified lines
106	116	int i;
107	117	Node *v = newvector (nhash, Node);
108	118	for (i=0; i<nhash; i++)
109		− tag(ref(&v[i])) = LUA_T_NIL;
	119	+ ttype(ref(&v[i])) = LUA_T_NIL;
110	120	return v;
111	121	}
112	122
@@ -121,6 +131,7 @@ static Hash *hashcreate (int nhash) · 8 unmodified lines
121	131	nhash(t) = nhash;
122	132	nuse(t) = 0;
123	133	markarray(t) = 0;
	134	+ t->htag = TagDefault;
124	135	return t;
125	136	}
126	137
@@ -146,7 +157,7 @@ void lua_hashmark (Hash *h) · 19 unmodified lines
146	157	for (i=0; i<nhash(h); i++)
147	158	{
148	159	Node *n = node(h,i);
149		− if (tag(ref(n)) != LUA_T_NIL)
	160	+ if (ttype(ref(n)) != LUA_T_NIL)
150	161	{
151	162	lua_markobject(&n->ref);
152	163	lua_markobject(&n->val);
@@ -156,49 +167,50 @@ void lua_hashmark (Hash *h) · 3 unmodified lines
156	167	}
157	168
158	169
159		−static void call_fallbacks (void)
	170	+void luaI_hashcallIM (Hash *l)
160	171	{
161		− Hash *curr_array;
162		− Object t;
163		− tag(&t) = LUA_T_ARRAY;
164		− for (curr_array = listhead; curr_array; curr_array = curr_array->next)
165		− if (markarray(curr_array) != 1)
166		− {
167		− avalue(&t) = curr_array;
168		− luaI_gcFB(&t);
169		− }
170		− tag(&t) = LUA_T_NIL;
171		− luaI_gcFB(&t); /* end of list */
	172	+ TObject t;
	173	+ ttype(&t) = LUA_T_ARRAY;
	174	+ for (; l; l=l->next) {
	175	+ avalue(&t) = l;
	176	+ luaI_gcIM(&t);
	177	+ }
172	178	}
173	179
174		−
175		−/*
176		−** Garbage collection to arrays
177		−** Delete all unmarked arrays.
178		−*/
179		−Long lua_hashcollector (void)
	180	+
	181	+void luaI_hashfree (Hash *frees)
180	182	{
181		− Hash curr_array = listhead, prev = NULL;
182		− Long counter = 0;
183		− call_fallbacks();
184		− while (curr_array != NULL)
185		− {
186		− Hash *next = curr_array->next;
187		− if (markarray(curr_array) != 1)
188		− {
189		− if (prev == NULL) listhead = next;
190		− else prev->next = next;
191		− hashdelete(curr_array);
192		− ++counter;
	183	+ while (frees) {
	184	+ Hash *next = frees->next;
	185	+ hashdelete(frees);
	186	+ frees = next;
193	187	}
194		− else
195		− {
196		− markarray(curr_array) = 0;
197		− prev = curr_array;
	188	+}
	189	+
	190	+
	191	+Hash luaI_hashcollector (long acum)
	192	+{
	193	+ Hash curr_array = listhead, prev = NULL, *frees = NULL;
	194	+ long counter = 0;
	195	+ while (curr_array != NULL) {
	196	+ Hash *next = curr_array->next;
	197	+ if (markarray(curr_array) != 1) {
	198	+ if (prev == NULL)
	199	+ listhead = next;
	200	+ else
	201	+ prev->next = next;
	202	+ curr_array->next = frees;
	203	+ frees = curr_array;
	204	+ ++counter;
	205	+ }
	206	+ else {
	207	+ markarray(curr_array) = 0;
	208	+ prev = curr_array;
	209	+ }
	210	+ curr_array = next;
198	211	}
199		− curr_array = next;
200		− }
201		− return counter;
	212	+ *acum += counter;
	213	+ return frees;
202	214	}
203	215
204	216
@@ -220,32 +232,45 @@ Hash *lua_createarray (int nhash) · 15 unmodified lines
220	232
221	233
222	234	/*
223		−** Re-hash
	235	+** Rehash:
	236	+** Check if table has deleted slots. It it has, it does not need to
	237	+** grow, since rehash will reuse them.
224	238	*/
	239	+static int emptyslots (Hash *t)
	240	+{
	241	+ int i;
	242	+ for (i=nhash(t)-1; i>=0; i--) {
	243	+ Node *n = node(t, i);
	244	+ if (ttype(ref(n)) != LUA_T_NIL && ttype(val(n)) == LUA_T_NIL)
	245	+ return 1;
	246	+ }
	247	+ return 0;
	248	+}
	249	+
225	250	static void rehash (Hash *t)
226	251	{
227		− int i;
228		− int nold = nhash(t);
229		− Node *vold = nodevector(t);
230		− nhash(t) = luaI_redimension(nhash(t));
231		− nodevector(t) = hashnodecreate(nhash(t));
232		− for (i=0; i<nold; i++)
233		− {
234		− Node *n = vold+i;
235		− if (tag(ref(n)) != LUA_T_NIL && tag(val(n)) != LUA_T_NIL)
236		− node(t, present(t, ref(n))) = n; /* copy old node to new hahs */
237		− }
238		− luaI_free(vold);
	252	+ int nold = nhash(t);
	253	+ Node *vold = nodevector(t);
	254	+ int i;
	255	+ if (!emptyslots(t))
	256	+ nhash(t) = luaI_redimension(nhash(t));
	257	+ nodevector(t) = hashnodecreate(nhash(t));
	258	+ for (i=0; i<nold; i++) {
	259	+ Node *n = vold+i;
	260	+ if (ttype(ref(n)) != LUA_T_NIL && ttype(val(n)) != LUA_T_NIL)
	261	+ node(t, present(t, ref(n))) = n; /* copy old node to new hash */
	262	+ }
	263	+ luaI_free(vold);
239	264	}
240	265
241	266	/*
242	267	** If the hash node is present, return its pointer, otherwise return
243	268	** null.
244	269	*/
245		−Object lua_hashget (Hash t, Object *ref)
	270	+TObject lua_hashget (Hash t, TObject *ref)
246	271	{
247	272	int h = present(t, ref);
248		− if (tag(ref(node(t, h))) != LUA_T_NIL) return val(node(t, h));
	273	+ if (ttype(ref(node(t, h))) != LUA_T_NIL) return val(node(t, h));
249	274	else return NULL;
250	275	}
251	276
@@ -254,25 +279,19 @@ Object lua_hashget (Hash t, Object *ref) · 2 unmodified lines
254	279	** If the hash node is present, return its pointer, otherwise create a new
255	280	** node for the given reference and also return its pointer.
256	281	*/
257		−Object lua_hashdefine (Hash t, Object *ref)
	282	+TObject lua_hashdefine (Hash t, TObject *ref)
258	283	{
259		− int h;
260		− Node *n;
261		− h = present(t, ref);
262		− n = node(t, h);
263		− if (tag(ref(n)) == LUA_T_NIL)
264		− {
265		− nuse(t)++;
266		− if ((float)nuse(t) > (float)nhash(t)*REHASH_LIMIT)
267		− {
268		− rehash(t);
269		− h = present(t, ref);
270		− n = node(t, h);
	284	+ Node *n = node(t, present(t, ref));
	285	+ if (ttype(ref(n)) == LUA_T_NIL) {
	286	+ nuse(t)++;
	287	+ if ((float)nuse(t) > (float)nhash(t)*REHASH_LIMIT) {
	288	+ rehash(t);
	289	+ n = node(t, present(t, ref));
	290	+ }
	291	+ ref(n) = ref;
	292	+ ttype(val(n)) = LUA_T_NIL;
271	293	}
272		− ref(n) = ref;
273		− tag(val(n)) = LUA_T_NIL;
274		− }
275		− return (val(n));
	294	+ return (val(n));
276	295	}
277	296
278	297
@@ -284,36 +303,30 @@ Object lua_hashdefine (Hash t, Object *ref) · 5 unmodified lines
284	303	*/
285	304	static void hashnext (Hash *t, int i)
286	305	{
287		− if (i >= nhash(t))
288		− return;
289		− while (tag(ref(node(t,i))) == LUA_T_NIL \|\| tag(val(node(t,i))) == LUA_T_NIL)
290		− {
291		− if (++i >= nhash(t))
292		− return;
293		− }
294		− luaI_pushobject(ref(node(t,i)));
295		− luaI_pushobject(val(node(t,i)));
	306	+ Node *n;
	307	+ int tsize = nhash(t);
	308	+ if (i >= tsize)
	309	+ return;
	310	+ n = node(t, i);
	311	+ while (ttype(ref(n)) == LUA_T_NIL \|\| ttype(val(n)) == LUA_T_NIL) {
	312	+ if (++i >= tsize)
	313	+ return;
	314	+ n = node(t, i);
	315	+ }
	316	+ luaI_pushobject(ref(node(t,i)));
	317	+ luaI_pushobject(val(node(t,i)));
296	318	}
297	319
298	320	void lua_next (void)
299	321	{
300		− Hash *t;
301		− lua_Object o = lua_getparam(1);
302		− lua_Object r = lua_getparam(2);
303		− if (o == LUA_NOOBJECT \|\| r == LUA_NOOBJECT)
304		− lua_error ("too few arguments to function `next'");
305		− if (lua_getparam(3) != LUA_NOOBJECT)
306		− lua_error ("too many arguments to function `next'");
307		− if (!lua_istable(o))
308		− lua_error ("first argument of function `next' is not a table");
309		− t = avalue(luaI_Address(o));
310		− if (lua_isnil(r))
311		− {
312		− hashnext(t, 0);
313		− }
314		− else
315		− {
316		− int h = present (t, luaI_Address(r));
317		− hashnext(t, h+1);
318		− }
	322	+ Hash *t;
	323	+ lua_Object o = lua_getparam(1);
	324	+ lua_Object r = lua_getparam(2);
	325	+ luaL_arg_check(lua_istable(o), 1, "table expected");
	326	+ luaL_arg_check(r != LUA_NOOBJECT, 2, "value expected");
	327	+ t = avalue(luaI_Address(o));
	328	+ if (lua_isnil(r))
	329	+ hashnext(t, 0);
	330	+ else
	331	+ hashnext(t, present(t, luaI_Address(r))+1);
319	332	}

src/hash.h+17−16

@@ -1,7 +1,7 @@
1	1	/*
2	2	** hash.h
3	3	** hash manager for lua
4		−** $Id: hash.h,v 2.12 1996/05/06 14:30:27 roberto Exp $
	4	+** $Id: hash.h,v 2.16 1997/05/14 18:38:29 roberto Exp $
5	5	*/
6	6
7	7	#ifndef hash_h
@@ -10,29 +10,30 @@ · 2 unmodified lines
10	10	#include "types.h"
11	11	#include "opcode.h"
12	12
13		−typedef struct node
14		−{
15		− Object ref;
16		− Object val;
	13	+typedef struct node {
	14	+ TObject ref;
	15	+ TObject val;
17	16	} Node;
18	17
19		−typedef struct Hash
20		−{
21		− struct Hash *next;
22		− Node *node;
23		− int nhash;
24		− int nuse;
25		− char mark;
	18	+typedef struct Hash {
	19	+ struct Hash *next;
	20	+ Node *node;
	21	+ int nhash;
	22	+ int nuse;
	23	+ int htag;
	24	+ char mark;
26	25	} Hash;
27	26
28	27
29		−int lua_equalObj (Object t1, Object t2);
	28	+int lua_equalObj (TObject t1, TObject t2);
30	29	int luaI_redimension (int nhash);
31	30	Hash *lua_createarray (int nhash);
32	31	void lua_hashmark (Hash *h);
33		−Long lua_hashcollector (void);
34		−Object lua_hashget (Hash t, Object *ref);
35		−Object lua_hashdefine (Hash t, Object *ref);
	32	+Hash luaI_hashcollector (long count);
	33	+void luaI_hashcallIM (Hash *l);
	34	+void luaI_hashfree (Hash *frees);
	35	+TObject lua_hashget (Hash t, TObject *ref);
	36	+TObject lua_hashdefine (Hash t, TObject *ref);
36	37	void lua_next (void);
37	38
38	39	#endif

src/inout.c+278−170

@@ -5,18 +5,24 @@ · 4 unmodified lines
5	5	** Also provides some predefined lua functions.
6	6	*/
7	7
8		−char *rcs_inout="$Id: inout.c,v 2.43 1996/09/25 12:57:22 roberto Exp $";
	8	+char *rcs_inout="$Id: inout.c,v 2.69 1997/06/27 22:38:49 roberto Exp $";
9	9
10	10	#include <stdio.h>
11	11	#include <string.h>
12	12
	13	+#include "auxlib.h"
	14	+#include "fallback.h"
	15	+#include "hash.h"
	16	+#include "inout.h"
13	17	#include "lex.h"
	18	+#include "lua.h"
	19	+#include "luamem.h"
	20	+#include "luamem.h"
14	21	#include "opcode.h"
15		−#include "inout.h"
16	22	#include "table.h"
17	23	#include "tree.h"
18		−#include "lua.h"
19		−#include "mem.h"
	24	+#include "undump.h"
	25	+#include "zio.h"
20	26
21	27
22	28	/* Exported variables */
@@ -24,92 +30,93 @@ Word lua_linenumber; · 1 unmodified line
24	30	char *lua_parsedfile;
25	31
26	32
27		−static FILE *fp;
28		−static char *st;
	33	+char luaI_typenames[] = { / ORDER LUA_T */
	34	+ "userdata", "line", "cmark", "mark", "function",
	35	+ "function", "table", "string", "number", "nil",
	36	+ NULL
	37	+};
29	38
30		−/*
31		−** Function to get the next character from the input file
32		−*/
33		−static int fileinput (void)
34		−{
35		− int c = fgetc(fp);
36		− return (c == EOF) ? 0 : c;
37		−}
38	39
39		−/*
40		−** Function to get the next character from the input string
41		−*/
42		−static int stringinput (void)
	40	+
	41	+void luaI_setparsedfile (char *name)
43	42	{
44		− return *st++;
	43	+ lua_parsedfile = luaI_createfixedstring(name)->str;
45	44	}
46	45
47		−/*
48		−** Function to open a file to be input unit.
49		−** Return the file.
50		−*/
51		−FILE lua_openfile (char fn)
	46	+
	47	+int lua_doFILE (FILE *f, int bin)
52	48	{
53		− lua_setinput (fileinput);
54		− if (fn == NULL)
55		− {
56		− fp = stdin;
57		− fn = "(stdin)";
58		− }
59		− else
60		− fp = fopen (fn, "r");
61		− if (fp == NULL)
62		− return NULL;
63		− lua_parsedfile = luaI_createfixedstring(fn)->str;
64		− return fp;
65		−}
	49	+ ZIO z;
	50	+ luaZ_Fopen(&z, f);
	51	+ if (bin)
	52	+ return luaI_undump(&z);
	53	+ else {
	54	+ lua_setinput(&z);
	55	+ return lua_domain();
	56	+ }
	57	+}
66	58
67		−/*
68		−** Function to close an opened file
69		−*/
70		−void lua_closefile (void)
	59	+
	60	+int lua_dofile (char *filename)
71	61	{
72		− if (fp != NULL && fp != stdin)
73		− {
74		− fclose (fp);
75		− fp = NULL;
76		− }
77		−}
	62	+ int status;
	63	+ int c;
	64	+ FILE *f = (filename == NULL) ? stdin : fopen(filename, "r");
	65	+ if (f == NULL)
	66	+ return 2;
	67	+ luaI_setparsedfile(filename?filename:"(stdin)");
	68	+ c = fgetc(f);
	69	+ ungetc(c, f);
	70	+ if (c == ID_CHUNK) {
	71	+ f = freopen(filename, "rb", f); /* set binary mode */
	72	+ status = lua_doFILE(f, 1);
	73	+ }
	74	+ else {
	75	+ if (c == '#')
	76	+ while ((c=fgetc(f)) != '\n') /* skip first line */;
	77	+ status = lua_doFILE(f, 0);
	78	+ }
	79	+ if (f != stdin)
	80	+ fclose(f);
	81	+ return status;
	82	+}
	83	+
	84	+
78	85
79		−/*
80		−** Function to open a string to be input unit
81		−*/
82	86	#define SIZE_PREF 20 /* size of string prefix to appear in error messages */
83		−void lua_openstring (char *s)
84		−{
85		− char buff[SIZE_PREF+25];
86		− lua_setinput(stringinput);
87		− st = s;
88		− strcpy(buff, "(dostring) >> ");
89		− strncat(buff, s, SIZE_PREF);
90		− if (strlen(s) > SIZE_PREF) strcat(buff, "...");
91		− lua_parsedfile = luaI_createfixedstring(buff)->str;
92		−}
93	87
94		−/*
95		−** Function to close an opened string
96		−*/
97		−void lua_closestring (void)
	88	+
	89	+int lua_dobuffer (char *buff, int size)
98	90	{
	91	+ int status;
	92	+ ZIO z;
	93	+ luaI_setparsedfile("(buffer)");
	94	+ luaZ_mopen(&z, buff, size);
	95	+ status = luaI_undump(&z);
	96	+ return status;
99	97	}
100	98
101	99
102		−static void check_arg (int cond, char *func)
	100	+int lua_dostring (char *str)
103	101	{
104		− if (!cond)
105		− {
106		− char buff[100];
107		− sprintf(buff, "incorrect argument to function `%s'", func);
108		− lua_error(buff);
109		− }
	102	+ int status;
	103	+ char buff[SIZE_PREF+25];
	104	+ char *temp;
	105	+ ZIO z;
	106	+ if (str == NULL) return 1;
	107	+ sprintf(buff, "(dostring) >> %.20s", str);
	108	+ temp = strchr(buff, '\n');
	109	+ if (temp) temp = 0; / end string after first line */
	110	+ luaI_setparsedfile(buff);
	111	+ luaZ_sopen(&z, str);
	112	+ lua_setinput(&z);
	113	+ status = lua_domain();
	114	+ return status;
110	115	}
111	116
112	117
	118	+
	119	+
113	120	static int passresults (void)
114	121	{
115	122	int arg = 0;
@@ -118,30 +125,53 @@ static int passresults (void) · 2 unmodified lines
118	125	lua_pushobject(obj);
119	126	return arg-1;
120	127	}
	128	+
	129	+
	130	+static void packresults (void)
	131	+{
	132	+ int arg = 0;
	133	+ lua_Object obj;
	134	+ lua_Object table = lua_createtable();
	135	+ while ((obj = lua_getresult(++arg)) != LUA_NOOBJECT) {
	136	+ lua_pushobject(table);
	137	+ lua_pushnumber(arg);
	138	+ lua_pushobject(obj);
	139	+ lua_rawsettable();
	140	+ }
	141	+ lua_pushobject(table);
	142	+ lua_pushstring("n");
	143	+ lua_pushnumber(arg-1);
	144	+ lua_rawsettable();
	145	+ lua_pushobject(table); /* final result */
	146	+}
121	147
122	148	/*
123	149	** Internal function: do a string
124	150	*/
125		−void lua_internaldostring (void)
	151	+static void lua_internaldostring (void)
126	152	{
127		− lua_Object obj = lua_getparam (1);
128		− if (lua_isstring(obj) && lua_dostring(lua_getstring(obj)) == 0)
	153	+ lua_Object err = lua_getparam(2);
	154	+ if (err != LUA_NOOBJECT) { /* set new error method */
	155	+ luaL_arg_check(lua_isnil(err) \|\| lua_isfunction(err), 2,
	156	+ "must be a valid error handler");
	157	+ lua_pushobject(err);
	158	+ err = lua_seterrormethod();
	159	+ }
	160	+ if (lua_dostring(luaL_check_string(1)) == 0)
129	161	if (passresults() == 0)
130	162	lua_pushuserdata(NULL); /* at least one result to signal no errors */
	163	+ if (err != LUA_NOOBJECT) { /* restore old error method */
	164	+ lua_pushobject(err);
	165	+ lua_seterrormethod();
	166	+ }
131	167	}
132	168
133	169	/*
134	170	** Internal function: do a file
135	171	*/
136		−void lua_internaldofile (void)
	172	+static void lua_internaldofile (void)
137	173	{
138		− lua_Object obj = lua_getparam (1);
139		− char *fname = NULL;
140		− if (lua_isstring(obj))
141		− fname = lua_getstring(obj);
142		− else if (obj != LUA_NOOBJECT)
143		− lua_error("invalid argument to function `dofile'");
144		− /* else fname = NULL */
	174	+ char *fname = luaL_opt_string(1, NULL);
145	175	if (lua_dofile(fname) == 0)
146	176	if (passresults() == 0)
147	177	lua_pushuserdata(NULL); /* at least one result to signal no errors */
@@ -150,36 +180,28 @@ void lua_internaldofile (void) · 2 unmodified lines
150	180
151	181	static char *tostring (lua_Object obj)
152	182	{
153		− char *buff = luaI_buffer(20);
154		− if (lua_isstring(obj)) /* get strings and numbers */
155		− return lua_getstring(obj);
156		− else switch(lua_type(obj))
157		− {
158		− case LUA_T_FUNCTION:
159		− sprintf(buff, "function: %p", (luaI_Address(obj))->value.tf);
160		− break;
161		− case LUA_T_CFUNCTION:
162		− sprintf(buff, "cfunction: %p", lua_getcfunction(obj));
163		− break;
164		− case LUA_T_ARRAY:
165		− sprintf(buff, "table: %p", avalue(luaI_Address(obj)));
166		− break;
167		− case LUA_T_NIL:
168		− sprintf(buff, "nil");
169		− break;
170		− default:
171		− sprintf(buff, "userdata: %p", lua_getuserdata(obj));
172		− break;
	183	+ TObject *o = luaI_Address(obj);
	184	+ switch (ttype(o)) {
	185	+ case LUA_T_NUMBER: case LUA_T_STRING:
	186	+ return lua_getstring(obj);
	187	+ case LUA_T_ARRAY: case LUA_T_FUNCTION:
	188	+ case LUA_T_CFUNCTION: case LUA_T_NIL:
	189	+ return luaI_typenames[-ttype(o)];
	190	+ case LUA_T_USERDATA: {
	191	+ char *buff = luaI_buffer(30);
	192	+ sprintf(buff, "userdata: %p", o->value.ts->u.v);
	193	+ return buff;
	194	+ }
	195	+ default: return "<unknown object>";
173	196	}
174		− return buff;
175	197	}
176	198
177		−void luaI_tostring (void)
	199	+static void luaI_tostring (void)
178	200	{
179	201	lua_pushstring(tostring(lua_getparam(1)));
180	202	}
181	203
182		−void luaI_print (void)
	204	+static void luaI_print (void)
183	205	{
184	206	int i = 1;
185	207	lua_Object obj;
@@ -187,45 +209,18 @@ void luaI_print (void) · 1 unmodified line
187	209	printf("%s\n", tostring(obj));
188	210	}
189	211
190		−/*
191		−** Internal function: return an object type.
192		−*/
193		−void luaI_type (void)
	212	+static void luaI_type (void)
194	213	{
195	214	lua_Object o = lua_getparam(1);
196		− int t;
197		− if (o == LUA_NOOBJECT)
198		− lua_error("no parameter to function 'type'");
199		− t = lua_type(o);
200		− switch (t)
201		− {
202		− case LUA_T_NIL :
203		− lua_pushliteral("nil");
204		− break;
205		− case LUA_T_NUMBER :
206		− lua_pushliteral("number");
207		− break;
208		− case LUA_T_STRING :
209		− lua_pushliteral("string");
210		− break;
211		− case LUA_T_ARRAY :
212		− lua_pushliteral("table");
213		− break;
214		− case LUA_T_FUNCTION :
215		− case LUA_T_CFUNCTION :
216		− lua_pushliteral("function");
217		− break;
218		− default :
219		− lua_pushliteral("userdata");
220		− break;
221		− }
222		− lua_pushnumber(t);
	215	+ luaL_arg_check(o != LUA_NOOBJECT, 1, "no argument");
	216	+ lua_pushstring(luaI_typenames[-ttype(luaI_Address(o))]);
	217	+ lua_pushnumber(lua_tag(o));
223	218	}
224		−
	219	+
225	220	/*
226	221	** Internal function: convert an object to a number
227	222	*/
228		−void lua_obj2number (void)
	223	+static void lua_obj2number (void)
229	224	{
230	225	lua_Object o = lua_getparam(1);
231	226	if (lua_isnumber(o))
@@ -233,68 +228,181 @@ void lua_obj2number (void) · 1 unmodified line
233	228	}
234	229
235	230
236		−void luaI_error (void)
	231	+static void luaI_error (void)
237	232	{
238	233	char *s = lua_getstring(lua_getparam(1));
239	234	if (s == NULL) s = "(no message)";
240	235	lua_error(s);
241	236	}
242	237
243		−void luaI_assert (void)
	238	+static void luaI_assert (void)
244	239	{
245	240	lua_Object p = lua_getparam(1);
246	241	if (p == LUA_NOOBJECT \|\| lua_isnil(p))
247	242	lua_error("assertion failed!");
248	243	}
249	244
250		−void luaI_setglobal (void)
	245	+static void luaI_setglobal (void)
	246	+{
	247	+ lua_Object value = lua_getparam(2);
	248	+ luaL_arg_check(value != LUA_NOOBJECT, 2, NULL);
	249	+ lua_pushobject(value);
	250	+ lua_setglobal(luaL_check_string(1));
	251	+ lua_pushobject(value); /* return given value */
	252	+}
	253	+
	254	+static void luaI_rawsetglobal (void)
251	255	{
252		− lua_Object name = lua_getparam(1);
253	256	lua_Object value = lua_getparam(2);
254		− check_arg(lua_isstring(name), "setglobal");
	257	+ luaL_arg_check(value != LUA_NOOBJECT, 2, NULL);
255	258	lua_pushobject(value);
256		− lua_storeglobal(lua_getstring(name));
	259	+ lua_rawsetglobal(luaL_check_string(1));
257	260	lua_pushobject(value); /* return given value */
258	261	}
259	262
260		−void luaI_getglobal (void)
	263	+static void luaI_getglobal (void)
261	264	{
262		− lua_Object name = lua_getparam(1);
263		− check_arg(lua_isstring(name), "getglobal");
264		− lua_pushobject(lua_getglobal(lua_getstring(name)));
	265	+ lua_pushobject(lua_getglobal(luaL_check_string(1)));
265	266	}
266	267
267		−#define MAXPARAMS 256
268		−void luaI_call (void)
	268	+static void luaI_rawgetglobal (void)
	269	+{
	270	+ lua_pushobject(lua_rawgetglobal(luaL_check_string(1)));
	271	+}
	272	+
	273	+static void luatag (void)
	274	+{
	275	+ lua_pushnumber(lua_tag(lua_getparam(1)));
	276	+}
	277	+
	278	+
	279	+static int getnarg (lua_Object table)
	280	+{
	281	+ lua_Object temp;
	282	+ /* temp = table.n */
	283	+ lua_pushobject(table); lua_pushstring("n"); temp = lua_gettable();
	284	+ return (lua_isnumber(temp) ? lua_getnumber(temp) : MAX_WORD);
	285	+}
	286	+
	287	+static void luaI_call (void)
269	288	{
270	289	lua_Object f = lua_getparam(1);
271	290	lua_Object arg = lua_getparam(2);
272		− lua_Object temp, params[MAXPARAMS];
	291	+ int withtable = (strcmp(luaL_opt_string(3, ""), "pack") == 0);
273	292	int narg, i;
274		− check_arg(lua_istable(arg), "call");
275		− check_arg(lua_isfunction(f), "call");
276		− /* narg = arg.n */
277		− lua_pushobject(arg);
278		− lua_pushstring("n");
279		− temp = lua_getsubscript();
280		− narg = lua_isnumber(temp) ? lua_getnumber(temp) : MAXPARAMS+1;
281		− /* read arg[1...n] */
	293	+ luaL_arg_check(lua_isfunction(f), 1, "function expected");
	294	+ luaL_arg_check(lua_istable(arg), 2, "table expected");
	295	+ narg = getnarg(arg);
	296	+ /* push arg[1...n] */
282	297	for (i=0; i<narg; i++) {
283		− if (i>=MAXPARAMS)
284		− lua_error("argument list too long in function `call'");
285		− lua_pushobject(arg);
286		− lua_pushnumber(i+1);
287		− params[i] = lua_getsubscript();
288		− if (narg == MAXPARAMS+1 && lua_isnil(params[i])) {
289		− narg = i;
	298	+ lua_Object temp;
	299	+ /* temp = arg[i+1] */
	300	+ lua_pushobject(arg); lua_pushnumber(i+1); temp = lua_gettable();
	301	+ if (narg == MAX_WORD && lua_isnil(temp))
290	302	break;
291		− }
	303	+ lua_pushobject(temp);
292	304	}
293		− /* push parameters and do the call */
294		− for (i=0; i<narg; i++)
295		− lua_pushobject(params[i]);
296	305	if (lua_callfunction(f))
297	306	lua_error(NULL);
	307	+ else if (withtable)
	308	+ packresults();
298	309	else
299	310	passresults();
300	311	}
	312	+
	313	+static void luaIl_settag (void)
	314	+{
	315	+ lua_Object o = lua_getparam(1);
	316	+ luaL_arg_check(lua_istable(o), 1, "table expected");
	317	+ lua_pushobject(o);
	318	+ lua_settag(luaL_check_number(2));
	319	+}
	320	+
	321	+static void luaIl_newtag (void)
	322	+{
	323	+ lua_pushnumber(lua_newtag());
	324	+}
	325	+
	326	+static void rawgettable (void)
	327	+{
	328	+ lua_Object t = lua_getparam(1);
	329	+ lua_Object i = lua_getparam(2);
	330	+ luaL_arg_check(t != LUA_NOOBJECT, 1, NULL);
	331	+ luaL_arg_check(i != LUA_NOOBJECT, 2, NULL);
	332	+ lua_pushobject(t);
	333	+ lua_pushobject(i);
	334	+ lua_pushobject(lua_rawgettable());
	335	+}
	336	+
	337	+static void rawsettable (void)
	338	+{
	339	+ lua_Object t = lua_getparam(1);
	340	+ lua_Object i = lua_getparam(2);
	341	+ lua_Object v = lua_getparam(3);
	342	+ luaL_arg_check(t != LUA_NOOBJECT && i != LUA_NOOBJECT && v != LUA_NOOBJECT,
	343	+ 0, NULL);
	344	+ lua_pushobject(t);
	345	+ lua_pushobject(i);
	346	+ lua_pushobject(v);
	347	+ lua_rawsettable();
	348	+}
	349	+
	350	+
	351	+static void luaI_collectgarbage (void)
	352	+{
	353	+ lua_pushnumber(lua_collectgarbage(luaL_opt_number(1, 0)));
	354	+}
	355	+
	356	+
	357	+/*
	358	+** Internal functions
	359	+*/
	360	+static struct {
	361	+ char *name;
	362	+ lua_CFunction func;
	363	+} int_funcs[] = {
	364	+ {"assert", luaI_assert},
	365	+ {"call", luaI_call},
	366	+ {"collectgarbage", luaI_collectgarbage},
	367	+ {"dofile", lua_internaldofile},
	368	+ {"dostring", lua_internaldostring},
	369	+ {"error", luaI_error},
	370	+ {"getglobal", luaI_getglobal},
	371	+ {"newtag", luaIl_newtag},
	372	+ {"next", lua_next},
	373	+ {"nextvar", luaI_nextvar},
	374	+ {"print", luaI_print},
	375	+ {"rawgetglobal", luaI_rawgetglobal},
	376	+ {"rawgettable", rawgettable},
	377	+ {"rawsetglobal", luaI_rawsetglobal},
	378	+ {"rawsettable", rawsettable},
	379	+ {"seterrormethod", luaI_seterrormethod},
	380	+#if LUA_COMPAT2_5
	381	+ {"setfallback", luaI_setfallback},
	382	+#endif
	383	+ {"setglobal", luaI_setglobal},
	384	+ {"settagmethod", luaI_settagmethod},
	385	+ {"gettagmethod", luaI_gettagmethod},
	386	+ {"settag", luaIl_settag},
	387	+ {"tonumber", lua_obj2number},
	388	+ {"tostring", luaI_tostring},
	389	+ {"tag", luatag},
	390	+ {"type", luaI_type}
	391	+};
	392	+
	393	+#define INTFUNCSIZE (sizeof(int_funcs)/sizeof(int_funcs[0]))
	394	+
	395	+
	396	+void luaI_predefine (void)
	397	+{
	398	+ int i;
	399	+ Word n;
	400	+ for (i=0; i<INTFUNCSIZE; i++) {
	401	+ n = luaI_findsymbolbyname(int_funcs[i].name);
	402	+ s_ttype(n) = LUA_T_CFUNCTION; s_fvalue(n) = int_funcs[i].func;
	403	+ }
	404	+ n = luaI_findsymbolbyname("_VERSION");
	405	+ s_ttype(n) = LUA_T_STRING; s_tsvalue(n) = lua_createstring(LUA_VERSION);
	406	+}
	407	+
	408	+

src/inout.h+8−17

@@ -1,5 +1,5 @@
1	1	/*
2		−** $Id: inout.h,v 1.16 1996/05/28 21:07:32 roberto Exp $
	2	+** $Id: inout.h,v 1.20 1997/06/19 18:04:34 roberto Exp $
3	3	*/
4	4
5	5
@@ -14,21 +14,12 @@ extern Word lua_linenumber; · 8 unmodified lines
14	14	extern Word lua_debugline;
15	15	extern char *lua_parsedfile;
16	16
17		−FILE lua_openfile (char fn);
18		−void lua_closefile (void);
19		−void lua_openstring (char *s);
20		−void lua_closestring (void);
21		−
22		−void lua_internaldofile (void);
23		−void lua_internaldostring (void);
24		−void luaI_tostring (void);
25		−void luaI_print (void);
26		−void luaI_type (void);
27		−void lua_obj2number (void);
28		−void luaI_error (void);
29		−void luaI_assert (void);
30		−void luaI_setglobal (void);
31		−void luaI_getglobal (void);
32		−void luaI_call (void);
	17	+void luaI_setparsedfile (char *name);
	18	+
	19	+void luaI_predefine (void);
	20	+
	21	+int lua_dobuffer (char *buff, int size);
	22	+int lua_doFILE (FILE *f, int bin);
	23	+
33	24
34	25	#endif

src/lex.c+174−45

@@ -1,10 +1,11 @@
1		−char *rcs_lex = "$Id: lex.c,v 2.39 1996/11/08 19:08:30 roberto Exp $";
	1	+char *rcs_lex = "$Id: lex.c,v 3.5 1997/06/16 16:50:22 roberto Exp $";
2	2
3	3
4	4	#include <ctype.h>
5	5	#include <string.h>
6	6
7		−#include "mem.h"
	7	+#include "auxlib.h"
	8	+#include "luamem.h"
8	9	#include "tree.h"
9	10	#include "table.h"
10	11	#include "lex.h"
@@ -12,33 +13,58 @@ char *rcs_lex = "$Id: lex.c,v 2.39 1996/11/08 19:08:30 roberto Exp $"; · 1 unmodified line
12	13	#include "luadebug.h"
13	14	#include "parser.h"
14	15
15		−#define MINBUFF 260
	16	+#define MINBUFF 250
16	17
17		−#define next() (current = input())
	18	+static int current; /* look ahead character */
	19	+static ZIO *lex_z;
	20	+
	21	+
	22	+#define next() (current = zgetc(lex_z))
18	23	#define save(x) (yytext[tokensize++] = (x))
19	24	#define save_and_next() (save(current), next())
20	25
21	26
22		−static int current; /* look ahead character */
23		−static Input input; /* input function */
	27	+#define MAX_IFS 5
	28	+
	29	+/* "ifstate" keeps the state of each nested $if the lexical is dealing with. */
	30	+
	31	+static struct {
	32	+ int elsepart; /* true if its in the $else part */
	33	+ int condition; /* true if $if condition is true */
	34	+ int skip; /* true if part must be skiped */
	35	+} ifstate[MAX_IFS];
	36	+
	37	+static int iflevel; /* level of nested $if's */
24	38
25	39
26		−void lua_setinput (Input fn)
	40	+void lua_setinput (ZIO *z)
27	41	{
28	42	current = '\n';
29	43	lua_linenumber = 0;
30		− input = fn;
	44	+ iflevel = 0;
	45	+ ifstate[0].skip = 0;
	46	+ ifstate[0].elsepart = 1; /* to avoid a free $else */
	47	+ lex_z = z;
31	48	}
32	49
33		−void luaI_syntaxerror (char *s)
	50	+
	51	+static void luaI_auxsyntaxerror (char *s)
	52	+{
	53	+ luaL_verror("%s;\n> at line %d in file %s",
	54	+ s, lua_linenumber, lua_parsedfile);
	55	+}
	56	+
	57	+static void luaI_auxsynterrbf (char s, char token)
34	58	{
35		− char msg[256];
36		− char *token = luaI_buffer(1);
37	59	if (token[0] == 0)
38	60	token = "<eof>";
39		− sprintf (msg,"%s;\n> last token read: \"%s\" at line %d in file %s",
	61	+ luaL_verror("%s;\n> last token read: \"%s\" at line %d in file %s",
40	62	s, token, lua_linenumber, lua_parsedfile);
41		− lua_error (msg);
	63	+}
	64	+
	65	+void luaI_syntaxerror (char *s)
	66	+{
	67	+ luaI_auxsynterrbf(s, luaI_buffer(1));
42	68	}
43	69
44	70
@@ -78,26 +104,122 @@ void luaI_addReserved (void) · 33 unmodified lines
78	104	}
79	105	}
80	106
81		−static int inclinenumber (int pragma_allowed)
	107	+
	108	+/*
	109	+** Pragma handling
	110	+*/
	111	+
	112	+#define PRAGMASIZE 20
	113	+
	114	+static void skipspace (void)
	115	+{
	116	+ while (current == ' ' \|\| current == '\t') next();
	117	+}
	118	+
	119	+
	120	+static int checkcond (char *buff)
	121	+{
	122	+ static char *opts[] = {"nil", "1"};
	123	+ int i = luaI_findstring(buff, opts);
	124	+ if (i >= 0) return i;
	125	+ else if (isalpha((unsigned char)buff[0]) \|\| buff[0] == '_')
	126	+ return luaI_globaldefined(buff);
	127	+ else {
	128	+ luaI_auxsynterrbf("invalid $if condition", buff);
	129	+ return 0; /* to avoid warnings */
	130	+ }
	131	+}
	132	+
	133	+
	134	+static void readname (char *buff)
	135	+{
	136	+ int i = 0;
	137	+ skipspace();
	138	+ while (isalnum((unsigned char)current) \|\| current == '_') {
	139	+ if (i >= PRAGMASIZE) {
	140	+ buff[PRAGMASIZE] = 0;
	141	+ luaI_auxsynterrbf("pragma too long", buff);
	142	+ }
	143	+ buff[i++] = current;
	144	+ next();
	145	+ }
	146	+ buff[i] = 0;
	147	+}
	148	+
	149	+
	150	+static void inclinenumber (void);
	151	+
	152	+
	153	+static void ifskip (void)
	154	+{
	155	+ while (ifstate[iflevel].skip) {
	156	+ if (current == '\n')
	157	+ inclinenumber();
	158	+ else if (current == EOZ)
	159	+ luaI_auxsyntaxerror("input ends inside a $if");
	160	+ else next();
	161	+ }
	162	+}
	163	+
	164	+
	165	+static void inclinenumber (void)
82	166	{
	167	+ static char *pragmas [] =
	168	+ {"debug", "nodebug", "endinput", "end", "ifnot", "if", "else", NULL};
	169	+ next(); /* skip '\n' */
83	170	++lua_linenumber;
84		− if (pragma_allowed && current == '$') { /* is a pragma? */
85		− char *buff = luaI_buffer(MINBUFF+1);
86		− int i = 0;
	171	+ if (current == '$') { /* is a pragma? */
	172	+ char buff[PRAGMASIZE+1];
	173	+ int ifnot = 0;
	174	+ int skip = ifstate[iflevel].skip;
87	175	next(); /* skip $ */
88		− while (isalnum(current)) {
89		− if (i >= MINBUFF) luaI_syntaxerror("pragma too long");
90		− buff[i++] = current;
91		− next();
	176	+ readname(buff);
	177	+ switch (luaI_findstring(buff, pragmas)) {
	178	+ case 0: /* debug */
	179	+ if (!skip) lua_debug = 1;
	180	+ break;
	181	+ case 1: /* nodebug */
	182	+ if (!skip) lua_debug = 0;
	183	+ break;
	184	+ case 2: /* endinput */
	185	+ if (!skip) {
	186	+ current = EOZ;
	187	+ iflevel = 0; /* to allow $endinput inside a $if */
	188	+ }
	189	+ break;
	190	+ case 3: /* end */
	191	+ if (iflevel-- == 0)
	192	+ luaI_auxsyntaxerror("unmatched $endif");
	193	+ break;
	194	+ case 4: /* ifnot */
	195	+ ifnot = 1;
	196	+ /* go through */
	197	+ case 5: /* if */
	198	+ if (iflevel == MAX_IFS-1)
	199	+ luaI_auxsyntaxerror("too many nested `$ifs'");
	200	+ readname(buff);
	201	+ iflevel++;
	202	+ ifstate[iflevel].elsepart = 0;
	203	+ ifstate[iflevel].condition = checkcond(buff) ? !ifnot : ifnot;
	204	+ ifstate[iflevel].skip = skip \|\| !ifstate[iflevel].condition;
	205	+ break;
	206	+ case 6: /* else */
	207	+ if (ifstate[iflevel].elsepart)
	208	+ luaI_auxsyntaxerror("unmatched $else");
	209	+ ifstate[iflevel].elsepart = 1;
	210	+ ifstate[iflevel].skip =
	211	+ ifstate[iflevel-1].skip \|\| ifstate[iflevel].condition;
	212	+ break;
	213	+ default:
	214	+ luaI_auxsynterrbf("invalid pragma", buff);
92	215	}
93		− buff[i] = 0;
94		− if (strcmp(buff, "debug") == 0)
95		− lua_debug = 1;
96		− else if (strcmp(buff, "nodebug") == 0)
97		− lua_debug = 0;
98		− else luaI_syntaxerror("invalid pragma");
	216	+ skipspace();
	217	+ if (current == '\n') /* pragma must end with a '\n' ... */
	218	+ inclinenumber();
	219	+ else if (current != EOZ) /* or eof */
	220	+ luaI_auxsyntaxerror("invalid pragma format");
	221	+ ifskip();
99	222	}
100		− return lua_linenumber;
101	223	}
102	224
103	225	static int read_long_string (char *yytext, int buffsize)
@@ -110,7 +232,7 @@ static int read_long_string (char *yytext, int buffsize) · 6 unmodified lines
110	232	yytext = luaI_buffer(buffsize *= 2);
111	233	switch (current)
112	234	{
113		− case 0:
	235	+ case EOZ:
114	236	save(0);
115	237	return WRONGTOKEN;
116	238	case '[':
@@ -131,8 +253,8 @@ static int read_long_string (char *yytext, int buffsize) · 14 unmodified lines
131	253	}
132	254	continue;
133	255	case '\n':
134		− save_and_next();
135		− inclinenumber(0);
	256	+ save('\n');
	257	+ inclinenumber();
136	258	continue;
137	259	default:
138	260	save_and_next();
@@ -162,8 +284,8 @@ int luaY_lex (void) · 23 unmodified lines
162	284	switch (current)
163	285	{
164	286	case '\n':
165		− next();
166		− linelasttoken = inclinenumber(1);
	287	+ inclinenumber();
	288	+ linelasttoken = lua_linenumber;
167	289	continue;
168	290
169	291	case ' ': case '\t': case '\r': /* CR: to avoid problems with DOS */
@@ -173,7 +295,7 @@ int luaY_lex (void) · 3 unmodified lines
173	295	case '-':
174	296	save_and_next();
175	297	if (current != '-') return '-';
176		− do { next(); } while (current != '\n' && current != 0);
	298	+ do { next(); } while (current != '\n' && current != EOZ);
177	299	continue;
178	300
179	301	case '[':
@@ -216,7 +338,7 @@ int luaY_lex (void) · 36 unmodified lines
216	338	yytext = luaI_buffer(buffsize *= 2);
217	339	switch (current)
218	340	{
219		− case 0:
	341	+ case EOZ:
220	342	case '\n':
221	343	save(0);
222	344	return WRONGTOKEN;
@@ -227,7 +349,7 @@ int luaY_lex (void) · 4 unmodified lines
227	349	case 'n': save('\n'); next(); break;
228	350	case 't': save('\t'); next(); break;
229	351	case 'r': save('\r'); next(); break;
230		− case '\n': save_and_next(); inclinenumber(0); break;
	352	+ case '\n': save('\n'); inclinenumber(); break;
231	353	default : save_and_next(); break;
232	354	}
233	355	break;
@@ -258,7 +380,9 @@ int luaY_lex (void) · 24 unmodified lines
258	380	case '_':
259	381	{
260	382	TaggedString *ts;
261		− do { save_and_next(); } while (isalnum(current) \|\| current == '_');
	383	+ do {
	384	+ save_and_next();
	385	+ } while (isalnum((unsigned char)current) \|\| current == '_');
262	386	save(0);
263	387	ts = lua_createstring(yytext);
264	388	if (ts->marked > 2)
@@ -280,7 +404,7 @@ int luaY_lex (void) · 15 unmodified lines
280	404	}
281	405	else return CONC; /* .. */
282	406	}
283		− else if (!isdigit(current)) return '.';
	407	+ else if (!isdigit((unsigned char)current)) return '.';
284	408	/* current is a digit: goes through to number */
285	409	a=0.0;
286	410	goto fraction;
@@ -291,7 +415,7 @@ int luaY_lex (void) · 4 unmodified lines
291	415	do {
292	416	a=10.0*a+(current-'0');
293	417	save_and_next();
294		− } while (isdigit(current));
	418	+ } while (isdigit((unsigned char)current));
295	419	if (current == '.') {
296	420	save_and_next();
297	421	if (current == '.')
@@ -300,7 +424,7 @@ int luaY_lex (void) · 2 unmodified lines
300	424	}
301	425	fraction:
302	426	{ double da=0.1;
303		− while (isdigit(current))
	427	+ while (isdigit((unsigned char)current))
304	428	{
305	429	a+=(current-'0')*da;
306	430	da/=10.0;
@@ -314,11 +438,12 @@ int luaY_lex (void) · 7 unmodified lines
314	438	save_and_next();
315	439	neg=(current=='-');
316	440	if (current == '+' \|\| current == '-') save_and_next();
317		− if (!isdigit(current)) { save(0); return WRONGTOKEN; }
	441	+ if (!isdigit((unsigned char)current)) {
	442	+ save(0); return WRONGTOKEN; }
318	443	do {
319	444	e=10.0*e+(current-'0');
320	445	save_and_next();
321		− } while (isdigit(current));
	446	+ } while (isdigit((unsigned char)current));
322	447	for (ea=neg?0.1:10.0; e>0; e>>=1)
323	448	{
324	449	if (e & 1) a*=ea;
@@ -330,11 +455,15 @@ int luaY_lex (void) · 5 unmodified lines
330	455	return NUMBER;
331	456	}
332	457
333		− default: /* also end of program (0) */
334		− {
	458	+ case EOZ:
	459	+ save(0);
	460	+ if (iflevel > 0)
	461	+ luaI_syntaxerror("missing $endif");
	462	+ return 0;
	463	+
	464	+ default:
335	465	save_and_next();
336	466	return yytext[0];
337		− }
338	467	}
339	468	}
340	469	}

src/lex.h+3−4

@@ -1,16 +1,15 @@
1	1	/*
2	2	** lex.h
3	3	** TecCGraf - PUC-Rio
4		−** $Id: lex.h,v 1.3 1996/11/08 12:49:35 roberto Exp $
	4	+** $Id: lex.h,v 1.4 1997/06/16 16:50:22 roberto Exp $
5	5	*/
6	6
7	7	#ifndef lex_h
8	8	#define lex_h
9	9
	10	+#include "zio.h"
10	11
11		−typedef int (*Input) (void);
12		−
13		−void lua_setinput (Input fn);
	12	+void lua_setinput (ZIO *z);
14	13	void luaI_syntaxerror (char *s);
15	14	int luaY_lex (void);
16	15	void luaI_addReserved (void);

src/lua.stx+29−34

@@ -1,13 +1,13 @@
1	1	%{
2	2
3		−char *rcs_luastx = "$Id: lua.stx,v 3.41 1996/11/08 12:49:35 roberto Exp $";
	3	+char *rcs_luastx = "$Id: lua.stx,v 3.47 1997/06/19 17:46:12 roberto Exp $";
4	4
5	5	#include <stdio.h>
6	6	#include <stdlib.h>
7	7	#include <string.h>
8	8
9	9	#include "luadebug.h"
10		−#include "mem.h"
	10	+#include "luamem.h"
11	11	#include "lex.h"
12	12	#include "opcode.h"
13	13	#include "hash.h"
@@ -50,8 +50,6 @@ static TaggedString localvar[MAXLOCALS]; / store local variable names */ · 36 unmodified lines
50	50	static int nlocalvar=0; /* number of local variables */
51	51
52	52	#define MAXFIELDS FIELDS_PER_FLUSH*2
53		−static Word fields[MAXFIELDS]; /* fieldnames to be flushed */
54		−static int nfields=0;
55	53
56	54	int lua_debug = 0;
57	55
@@ -103,22 +101,11 @@ static void code_word_at (Byte *p, int n) · 45 unmodified lines
103	101	memcpy(p, &w, sizeof(Word));
104	102	}
105	103
106		−static void push_field (Word name)
107		−{
108		− if (nfields < MAXFIELDS)
109		− fields[nfields++] = name;
110		− else
111		− yyerror ("too many fields in nested constructors");
112		−}
113		−
114	104	static void flush_record (int n)
115	105	{
116		− int i;
117	106	if (n == 0) return;
118		− code_byte(STORERECORD);
	107	+ code_byte(STOREMAP);
119	108	code_byte(n);
120		− for (i=0; i<n; i++)
121		− code_word(fields[--nfields]);
122	109	}
123	110
124	111	static void flush_list (int m, int n)
@@ -161,11 +148,22 @@ static void add_varbuffer (Long var) · 36 unmodified lines
161	148	yyerror ("variable buffer overflow");
162	149	}
163	150
	151	+static void code_string (Word w)
	152	+{
	153	+ code_byte(PUSHSTRING);
	154	+ code_word(w);
	155	+}
	156	+
	157	+static void code_constant (TaggedString *s)
	158	+{
	159	+ code_string(luaI_findconstant(s));
	160	+}
	161	+
164	162	static void code_number (float f)
165	163	{
166		− Word i = (Word)f;
167		− if (f == (float)i) /* f has an (short) integer value */
168		− {
	164	+ Word i;
	165	+ if (f >= 0 && f <= (float)MAX_WORD && (float)(i=(Word)f) == f) {
	166	+ /* f has an (short) integer value */
169	167	if (i <= 2) code_byte(PUSH0 + i);
170	168	else if (i <= 255)
171	169	{
@@ -459,7 +457,7 @@ void lua_parse (TFunc *tf) · 287 unmodified lines
459	457
460	458	%% /* beginning of rules section */
461	459
462		−chunk : chunklist ret
	460	+chunk : chunklist ret ;
463	461
464	462	chunklist : /* empty */
465	463	\| chunklist stat sc
@@ -477,8 +475,7 @@ function : FUNCTION funcname body · 11 unmodified lines
477	475	funcname : var { $$ =$1; init_func(); }
478	476	\| varexp ':' NAME
479	477	{
480		− code_byte(PUSHSTRING);
481		− code_word(luaI_findconstant($3));
	478	+ code_constant($3);
482	479	$$ = 0; /* indexed variable */
483	480	init_func();
484	481	add_localvar(luaI_createfixedstring("self"));
@@ -492,7 +489,6 @@ body : '(' parlist ')' block END · 7 unmodified lines
492	489	luaI_initTFunc($$);
493	490	$$->size = pc;
494	491	$$->code = newvector(pc, Byte);
495		− $$->fileName = lua_parsedfile;
496	492	$$->lineDefined = $2;
497	493	memcpy($$->code, basepc, pc*sizeof(Byte));
498	494	if (lua_debug)
@@ -540,7 +536,7 @@ stat : IF expr1 THEN PrepJump block PrepJump elsepart END · 41 unmodified lines
540	536	lua_codeadjust (0);
541	537	}
542	538	}
543		− \| functioncall
	539	+ \| functioncall {;}
544	540	\| LOCAL localdeclist decinit
545	541	{ nlocalvar += $2;
546	542	adjust_mult_assign($2, $3, 0);
@@ -605,9 +601,8 @@ expr : '(' expr ')' { $$ = $2; } · 58 unmodified lines
605	601	\| NUMBER { code_number($1); $$ = 0; }
606	602	\| STRING
607	603	{
608		− code_byte(PUSHSTRING);
609		− code_word($1);
610		− $$ = 0;
	604	+ code_string($1);
	605	+ $$ = 0;
611	606	}
612	607	\| NIL {code_byte(PUSHNIL); $$ = 0; }
613	608	\| functioncall { $$ = $1; }
@@ -723,12 +718,13 @@ ffieldlist1 : ffield {$$=1;} · 109 unmodified lines
723	718	}
724	719	;
725	720
726		−ffield : NAME '=' expr1
727		− {
728		− push_field(luaI_findconstant($1));
729		− }
	721	+ffield : ffieldkey '=' expr1
730	722	;
731	723
	724	+ffieldkey : '[' expr1 ']'
	725	+ \| NAME { code_constant($1); }
	726	+ ;
	727	+
732	728	lfieldlist : /* empty */ { $$ = 0; }
733	729	\| lfieldlist1 lastcomma { $$ = $1; }
734	730	;
@@ -762,9 +758,8 @@ var : singlevar { $$ = $1; } · 27 unmodified lines
762	758	}
763	759	\| varexp '.' NAME
764	760	{
765		− code_byte(PUSHSTRING);
766		− code_word(luaI_findconstant($3));
767		− $$ = 0; /* indexed variable */
	761	+ code_constant($3);
	762	+ $$ = 0; /* indexed variable */
768	763	}
769	764	;
770	765

src/luac/dump.c+11−19

@@ -3,15 +3,13 @@ · 2 unmodified lines
3	3	** thread and save bytecodes to file
4	4	*/
5	5
6		−char* rcs_dump="$Id: dump.c,v 1.17 1996/11/18 11:18:29 lhf Exp $";
	6	+char* rcs_dump="$Id: dump.c,v 1.20 1997/06/19 14:56:04 lhf Exp $";
7	7
8	8	#include <stdio.h>
9	9	#include <stdlib.h>
10	10	#include <string.h>
11	11	#include "luac.h"
12	12
13		−static TFunc* lastF=NULL; /* list of functions seen in code */
14		−
15	13	static int SawVar(int i, int at)
16	14	{
17	15	int old=VarLoc(i);
@@ -34,7 +32,7 @@ static void ThreadCode(Byte* code, Byte* end) · 16 unmodified lines
34	32	for (i=0; i<lua_nconstant; i++) StrLoc(i)=0;
35	33	for (p=code; p!=end;)
36	34	{
37		− OpCode op=(OpCode)*p;
	35	+ int op=*p;
38	36	int at=p-code+1;
39	37	switch (op)
40	38	{
@@ -89,6 +87,8 @@ static void ThreadCode(Byte* code, Byte* end) · 48 unmodified lines
89	87	case STORELIST0:
90	88	case ADJUST:
91	89	case RETCODE:
	90	+ case VARARGS:
	91	+ case STOREMAP:
92	92	p+=2;
93	93	break;
94	94	case PUSHWORD:
@@ -107,8 +107,11 @@ static void ThreadCode(Byte* code, Byte* end) · 12 unmodified lines
107	107	case PUSHFLOAT:
108	108	p+=5; /* assumes sizeof(float)==4 */
109	109	break;
110		− case PUSHSELF:
	110	+ case PUSHFUNCTION:
	111	+ p+=sizeof(TFunc*)+1;
	112	+ break;
111	113	case PUSHSTRING:
	114	+ case PUSHSELF:
112	115	{
113	116	Word w;
114	117	p++;
@@ -117,16 +120,6 @@ static void ThreadCode(Byte* code, Byte* end) · 2 unmodified lines
117	120	memcpy(p-2,&w,sizeof(w));
118	121	break;
119	122	}
120		− case PUSHFUNCTION:
121		− {
122		− TFunc* tf;
123		− p++;
124		− get_code(tf,p);
125		− tf->marked=at;
126		− tf->next=NULL; /* TODO: remove? */
127		− lastF=lastF->next=tf;
128		− break;
129		− }
130	123	case PUSHGLOBAL:
131	124	case STOREGLOBAL:
132	125	{
@@ -151,8 +144,8 @@ static void ThreadCode(Byte* code, Byte* end) · 18 unmodified lines
151	144	}
152	145	break;
153	146	}
154		− default:
155		− fprintf(stderr,"luac: cannot happen: opcode=%d",*p);
	147	+ default: /* cannot happen */
	148	+ fprintf(stderr,"luac: bad opcode %d at %d\n",*p,(int)(p-code));
156	149	exit(1);
157	150	break;
158	151	}
@@ -186,7 +179,7 @@ static void DumpString(char* s, FILE* D) · 27 unmodified lines
186	179	int n=strlen(s)+1;
187	180	if ((Word)n != n)
188	181	{
189		− fprintf(stderr,"luac: string too long: \"%.32s...\"\n",s);
	182	+ fprintf(stderr,"luac: string too long (%d bytes): \"%.32s...\"\n",n,s);
190	183	exit(1);
191	184	}
192	185	DumpWord(n,D);
@@ -220,7 +213,6 @@ static void DumpStrings(FILE* D) · 27 unmodified lines
220	213
221	214	void DumpFunction(TFunc* tf, FILE* D)
222	215	{
223		− lastF=tf;
224	216	ThreadCode(tf->code,tf->code+tf->size);
225	217	fputc(ID_FUN,D);
226	218	DumpSize(tf->size,D);

src/luac/luac.c+112−27

@@ -1,25 +1,39 @@
1	1	/*
2	2	** luac.c
3		−** lua compiler (saves bytecodes to files)
	3	+** lua compiler (saves bytecodes to files; also list binary files)
4	4	*/
5	5
6		−char* rcs_luac="$Id: luac.c,v 1.18 1996/11/16 20:14:23 lhf Exp $";
	6	+char* rcs_luac="$Id: luac.c,v 1.23 1997/06/20 20:34:04 lhf Exp $";
7	7
8	8	#include <stdio.h>
9	9	#include <stdlib.h>
10	10	#include <string.h>
11	11	#include "luac.h"
	12	+#include "lex.h"
	13	+#include "zio.h"
12	14
13	15	static void compile(char* filename);
	16	+static void undump(char* filename);
14	17
15	18	static int listing=0; /* list bytecodes? */
16	19	static int dumping=1; /* dump bytecodes? */
	20	+static int undumping=0; /* undump bytecodes? */
17	21	static FILE* D; /* output file */
18	22
19	23	static void usage(void)
20	24	{
21		− fprintf(stderr,"usage: luac [-dlpv] [-o output] file ...\n");
22		− exit(0);
	25	+ fprintf(stderr,
	26	+ "usage: luac [-c \| -u] [-d] [-l] [-p] [-q] [-v] [-o output] file ...\n"
	27	+ " -c\tcompile (default)\n"
	28	+ " -u\tundump\n"
	29	+ " -d\tgenerate debugging information\n"
	30	+ " -l\tlist (default for -u)\n"
	31	+ " -o\toutput file for -c (default \"luac.out\")\n"
	32	+ " -p\tparse only\n"
	33	+ " -q\tquiet (default for -c)\n"
	34	+ " -v\tshow version information\n"
	35	+ );
	36	+ exit(1);
23	37	}
24	38
25	39	#define IS(s) (strcmp(argv[i],s)==0)
@@ -34,6 +48,11 @@ int main(int argc, char* argv[]) · 8 unmodified lines
34	48	break;
35	49	else if (IS("-")) /* use stdin */
36	50	break;
	51	+ else if (IS("-c")) /* compile (and dump) */
	52	+ {
	53	+ dumping=1;
	54	+ undumping=0;
	55	+ }
37	56	else if (IS("-d")) /* debug */
38	57	lua_debug=1;
39	58	else if (IS("-l")) /* list */
@@ -42,6 +61,14 @@ int main(int argc, char* argv[]) · 2 unmodified lines
42	61	d=argv[++i];
43	62	else if (IS("-p")) /* parse only (for timing purposes) */
44	63	dumping=0;
	64	+ else if (IS("-q")) /* quiet */
	65	+ listing=0;
	66	+ else if (IS("-u")) /* undump */
	67	+ {
	68	+ dumping=0;
	69	+ undumping=1;
	70	+ listing=1;
	71	+ }
45	72	else if (IS("-v")) /* show version */
46	73	printf("%s %s\n(written by %s)\n\n",LUA_VERSION,LUA_COPYRIGHT,LUA_AUTHORS);
47	74	else /* unknown option */
@@ -50,56 +77,114 @@ int main(int argc, char* argv[]) · 2 unmodified lines
50	77	--i; /* fake new argv[0] */
51	78	argc-=i;
52	79	argv+=i;
53		− if (argc<2) usage();
54		− for (i=1; i<argc; i++)
55		− if (IS(d))
	80	+ if (dumping)
	81	+ {
	82	+ if (argc<2) usage();
	83	+ for (i=1; i<argc; i++) /* play safe with output file */
	84	+ if (IS(d))
	85	+ {
	86	+ fprintf(stderr,"luac: will not overwrite input file \"%s\"\n",d);
	87	+ exit(1);
	88	+ }
	89	+ D=fopen(d,"wb"); /* must open in binary mode */
	90	+ if (D==NULL)
56	91	{
57		− fprintf(stderr,"luac: will not overwrite input file \"%s\"\n",d);
	92	+ fprintf(stderr,"luac: cannot open ");
	93	+ perror(d);
58	94	exit(1);
59	95	}
60		− D=(dumping) ? fopen(d,"wb") : stdout; /* must open in binary mode */
61		− if (D==NULL)
	96	+ for (i=1; i<argc; i++) compile(IS("-")? NULL : argv[i]);
	97	+ fclose(D);
	98	+ }
	99	+ if (undumping)
62	100	{
63		− fprintf(stderr,"luac: cannot open ");
64		− perror(d);
65		− exit(1);
	101	+ if (argc<2)
	102	+ undump("luac.out");
	103	+ else
	104	+ for (i=1; i<argc; i++) undump(IS("-")? NULL : argv[i]);
66	105	}
67		− for (i=1; i<argc; i++) compile(IS("-")? NULL : argv[i]);
68		− fclose(D);
69	106	return 0;
70	107	}
71	108
72		−static void do_dump(TFunc* tf) /* only for tf==main */
	109	+static void do_dump(TFunc* Main)
73	110	{
74		− if (dumping) DumpHeader(D);
75		− while (tf!=NULL)
	111	+ TFunc* tf;
	112	+ LinkFunctions(Main);
	113	+ if (listing)
	114	+ {
	115	+ for (tf=Main; tf!=NULL; tf=tf->next) PrintFunction(tf,Main);
	116	+ }
	117	+ if (dumping)
76	118	{
77		− TFunc* nf;
78		− if (listing) PrintFunction(tf);
79		− if (dumping) DumpFunction(tf,D);
80		− nf=tf->next; /* list only built after first main */
	119	+ DumpHeader(D);
	120	+ for (tf=Main; tf!=NULL; tf=tf->next) DumpFunction(tf,D);
	121	+ }
	122	+ for (tf=Main; tf!=NULL; )
	123	+ {
	124	+ TFunc* nf=tf->next;
81	125	luaI_freefunc(tf);
82	126	tf=nf;
83	127	}
84	128	}
85	129
86		−static void do_compile(void)
	130	+static void do_compile(ZIO* z)
87	131	{
88	132	TFunc* tf=new(TFunc);
	133	+ lua_setinput(z);
89	134	luaI_initTFunc(tf);
90		− tf->fileName = lua_parsedfile;
	135	+ tf->fileName=lua_parsedfile;
91	136	lua_parse(tf);
92	137	do_dump(tf);
93	138	}
94	139
95	140	static void compile(char* filename)
96	141	{
97		− if (lua_openfile(filename)==NULL)
	142	+ FILE* f= (filename==NULL) ? stdin : fopen(filename, "r");
	143	+ if (f==NULL)
	144	+ {
	145	+ fprintf(stderr,"luac: cannot open ");
	146	+ perror(filename);
	147	+ exit(1);
	148	+ }
	149	+ else
	150	+ {
	151	+ ZIO z;
	152	+ zFopen(&z,f);
	153	+ luaI_setparsedfile(filename?filename:"(stdin)");
	154	+ do_compile(&z);
	155	+ fclose(f);
	156	+ }
	157	+}
	158	+
	159	+static void do_undump(ZIO* z)
	160	+{
	161	+ TFunc* Main;
	162	+ while ((Main=luaI_undump1(z)))
	163	+ {
	164	+ if (listing)
	165	+ {
	166	+ TFunc* tf;
	167	+ for (tf=Main; tf!=NULL; tf=tf->next)
	168	+ PrintFunction(tf,Main);
	169	+ }
	170	+ luaI_freefunc(Main); /* TODO: free others */
	171	+ }
	172	+}
	173	+
	174	+static void undump(char* filename)
	175	+{
	176	+ FILE* f= (filename==NULL) ? stdin : fopen(filename, "rb");
	177	+ if (f==NULL)
98	178	{
99	179	fprintf(stderr,"luac: cannot open ");
100	180	perror(filename);
101	181	exit(1);
102	182	}
103		− do_compile();
104		− lua_closefile();
	183	+ else
	184	+ {
	185	+ ZIO z;
	186	+ zFopen(&z,f);
	187	+ do_undump(&z);
	188	+ fclose(f);
	189	+ }
105	190	}

src/luac/luac.h+6−5

@@ -1,24 +1,25 @@
1	1	/*
2	2	** luac.h
3	3	** definitions for luac compiler
4		−** $Id: luac.h,v 1.5 1996/03/08 21:41:47 lhf Exp $
	4	+** $Id: luac.h,v 1.8 1997/06/19 17:32:08 lhf Exp $
5	5	*/
6	6
7	7	#include "inout.h"
8		−#include "mem.h"
	8	+#include "luamem.h"
9	9	#include "opcode.h"
10	10	#include "table.h"
11	11	#include "undump.h"
12	12
13	13	#define VarStr(i) (lua_table[i].varname->str)
14		−#define VarLoc(i) (lua_table[i].varname->varindex)
	14	+#define VarLoc(i) (lua_table[i].varname->u.s.varindex)
15	15	#define StrStr(i) (lua_constant[i]->str)
16		−#define StrLoc(i) (lua_constant[i]->constindex)
	16	+#define StrLoc(i) (lua_constant[i]->u.s.constindex)
17	17
18	18	extern Word lua_ntable;
19	19	extern Word lua_nconstant;
20	20	extern int lua_debug;
21	21
	22	+void LinkFunctions(TFunc* tf);
	23	+void PrintFunction(TFunc* tf, TFunc* Main);
22	24	void DumpHeader(FILE* D);
23	25	void DumpFunction(TFunc* tf, FILE* D);
24		−void PrintFunction(TFunc* tf);

src/luac/print.c+213−20

@@ -3,7 +3,7 @@ · 2 unmodified lines
3	3	** print bytecodes
4	4	*/
5	5
6		−char* rcs_print="$Id: print.c,v 1.11 1996/11/18 11:24:16 lhf Exp $";
	6	+char* rcs_print="$Id: print.c,v 1.17 1997/06/25 17:07:28 lhf Exp $";
7	7
8	8	#include <stdio.h>
9	9	#include <stdlib.h>
@@ -11,20 +11,134 @@ char* rcs_print="$Id: print.c,v 1.11 1996/11/18 11:24:16 lhf Exp $"; · 1 unmodified line
11	11	#include "luac.h"
12	12	#include "print.h"
13	13
14		−static LocVar* V=NULL;
15		−
16		−static char* LocStr(int i)
	14	+void LinkFunctions(TFunc* m)
17	15	{
18		− if (V==NULL) return ""; else return V[i].varname->str;
	16	+ static TFunc* lastF; /* list of functions seen in code */
	17	+ Byte* code=m->code;
	18	+ Byte* end=code+m->size;
	19	+ Byte* p;
	20	+ if (IsMain(m)) lastF=m;
	21	+ for (p=code; p!=end;)
	22	+ {
	23	+ int op=*p;
	24	+ int at=p-code+1;
	25	+ switch (op)
	26	+ {
	27	+ case PUSHNIL:
	28	+ case PUSH0:
	29	+ case PUSH1:
	30	+ case PUSH2:
	31	+ case PUSHLOCAL0:
	32	+ case PUSHLOCAL1:
	33	+ case PUSHLOCAL2:
	34	+ case PUSHLOCAL3:
	35	+ case PUSHLOCAL4:
	36	+ case PUSHLOCAL5:
	37	+ case PUSHLOCAL6:
	38	+ case PUSHLOCAL7:
	39	+ case PUSHLOCAL8:
	40	+ case PUSHLOCAL9:
	41	+ case PUSHINDEXED:
	42	+ case STORELOCAL0:
	43	+ case STORELOCAL1:
	44	+ case STORELOCAL2:
	45	+ case STORELOCAL3:
	46	+ case STORELOCAL4:
	47	+ case STORELOCAL5:
	48	+ case STORELOCAL6:
	49	+ case STORELOCAL7:
	50	+ case STORELOCAL8:
	51	+ case STORELOCAL9:
	52	+ case STOREINDEXED0:
	53	+ case ADJUST0:
	54	+ case EQOP:
	55	+ case LTOP:
	56	+ case LEOP:
	57	+ case GTOP:
	58	+ case GEOP:
	59	+ case ADDOP:
	60	+ case SUBOP:
	61	+ case MULTOP:
	62	+ case DIVOP:
	63	+ case POWOP:
	64	+ case CONCOP:
	65	+ case MINUSOP:
	66	+ case NOTOP:
	67	+ case POP:
	68	+ case RETCODE0:
	69	+ p++;
	70	+ break;
	71	+ case PUSHBYTE:
	72	+ case PUSHLOCAL:
	73	+ case STORELOCAL:
	74	+ case STOREINDEXED:
	75	+ case STORELIST0:
	76	+ case ADJUST:
	77	+ case RETCODE:
	78	+ case VARARGS:
	79	+ case STOREMAP:
	80	+ p+=2;
	81	+ break;
	82	+ case PUSHWORD:
	83	+ case PUSHSTRING:
	84	+ case PUSHGLOBAL:
	85	+ case PUSHSELF:
	86	+ case STOREGLOBAL:
	87	+ case CREATEARRAY:
	88	+ case ONTJMP:
	89	+ case ONFJMP:
	90	+ case JMP:
	91	+ case UPJMP:
	92	+ case IFFJMP:
	93	+ case IFFUPJMP:
	94	+ case CALLFUNC:
	95	+ case SETLINE:
	96	+ case STORELIST:
	97	+ p+=3;
	98	+ break;
	99	+ case PUSHFLOAT:
	100	+ p+=5; /* assumes sizeof(float)==4 */
	101	+ break;
	102	+ case PUSHFUNCTION:
	103	+ {
	104	+ TFunc* tf;
	105	+ p++;
	106	+ get_code(tf,p);
	107	+ tf->marked=at;
	108	+ tf->next=NULL; /* TODO: remove? */
	109	+ lastF=lastF->next=tf;
	110	+ break;
	111	+ }
	112	+ case STORERECORD:
	113	+ {
	114	+ int n=*++p;
	115	+ p+=2*n+1;
	116	+ break;
	117	+ }
	118	+ default: /* cannot happen */
	119	+ fprintf(stderr,"luac: bad opcode %d at %d\n",*p,(int)(p-code));
	120	+ exit(1);
	121	+ break;
	122	+ }
	123	+ }
19	124	}
20	125
21		−static void PrintCode(Byte* code, Byte* end)
	126	+#define LocStr(i) luaI_getlocalname(tf,i+1,line)
	127	+
	128	+static void PrintCode(TFunc* tf)
22	129	{
	130	+ Byte* code=tf->code;
	131	+ Byte* end=code+tf->size;
23	132	Byte* p;
	133	+ int line=0;
24	134	for (p=code; p!=end;)
25	135	{
26		− OpCode op=(OpCode)*p;
27		− if (op>SETLINE) op=SETLINE+1;
	136	+ int op=*p;
	137	+ if (op>=NOPCODES)
	138	+ {
	139	+ fprintf(stderr,"luac: bad opcode %d at %d\n",op,(int)(p-code));
	140	+ exit(1);
	141	+ }
28	142	printf("%6d\t%s",(int)(p-code),OpCodeName[op]);
29	143	switch (op)
30	144	{
@@ -64,7 +178,7 @@ static void PrintCode(Byte* code, Byte* end) · 33 unmodified lines
64	178	case PUSHLOCAL9:
65	179	{
66	180	int i=op-PUSHLOCAL0;
67		− printf("\t%d\t; %s",i,LocStr(i));
	181	+ if (tf->locvars) printf("\t\t; %s",LocStr(i));
68	182	p++;
69	183	break;
70	184	}
@@ -80,7 +194,7 @@ static void PrintCode(Byte* code, Byte* end) · 9 unmodified lines
80	194	case STORELOCAL9:
81	195	{
82	196	int i=op-STORELOCAL0;
83		− printf("\t%d\t; %s",i,LocStr(i));
	197	+ if (tf->locvars) printf("\t\t; %s",LocStr(i));
84	198	p++;
85	199	break;
86	200	}
@@ -88,7 +202,7 @@ static void PrintCode(Byte* code, Byte* end) · 1 unmodified line
88	202	case STORELOCAL:
89	203	{
90	204	int i=*(p+1);
91		− printf("\t%d\t; %s",i,LocStr(i));
	205	+ if (tf->locvars) printf("\t%d\t; %s",i,LocStr(i));
92	206	p+=2;
93	207	break;
94	208	}
@@ -97,23 +211,40 @@ static void PrintCode(Byte* code, Byte* end) · 2 unmodified lines
97	211	case STORELIST0:
98	212	case ADJUST:
99	213	case RETCODE:
	214	+ case VARARGS:
	215	+ case STOREMAP:
100	216	printf("\t%d",*(p+1));
101	217	p+=2;
102	218	break;
103	219	case PUSHWORD:
104	220	case CREATEARRAY:
	221	+ case SETLINE:
	222	+ {
	223	+ Word w;
	224	+ p++;
	225	+ get_word(w,p);
	226	+ printf("\t%d",w);
	227	+ if (op==SETLINE) line=w;
	228	+ break;
	229	+ }
105	230	case ONTJMP:
106	231	case ONFJMP:
107	232	case JMP:
108		− case UPJMP:
109	233	case IFFJMP:
	234	+ { /* suggested by Norman Ramsey <nr@cs.virginia.edu> */
	235	+ Word w;
	236	+ p++;
	237	+ get_word(w,p);
	238	+ printf("\t%d\t\t; to %d",w,(int)(p-code)+w);
	239	+ break;
	240	+ }
	241	+ case UPJMP:
110	242	case IFFUPJMP:
111		− case SETLINE:
112		− {
	243	+ { /* suggested by Norman Ramsey <nr@cs.virginia.edu> */
113	244	Word w;
114	245	p++;
115	246	get_word(w,p);
116		− printf("\t%d",w);
	247	+ printf("\t%d\t\t; to %d",w,(int)(p-code)-w);
117	248	break;
118	249	}
119	250	case PUSHFLOAT:
@@ -170,7 +301,8 @@ static void PrintCode(Byte* code, Byte* end) · 50 unmodified lines
170	301	break;
171	302	}
172	303	default:
173		− printf("\tcannot happen: opcode=%d",*p);
	304	+ printf("\tcannot happen: opcode=%d\n",*p);
	305	+ fprintf(stderr,"luac: bad opcode %d at %d\n",op,(int)(p-code));
174	306	exit(1);
175	307	break;
176	308	}
@@ -178,13 +310,74 @@ static void PrintCode(Byte* code, Byte* end) · 1 unmodified line
178	310	}
179	311	}
180	312
181		−void PrintFunction(TFunc* tf)
	313	+#undef LocStr
	314	+
	315	+static void PrintLocals(LocVar* v, int n)
182	316	{
	317	+ int i=0;
	318	+ if (v==NULL \|\| v->varname==NULL) return;
	319	+ if (n>0)
	320	+ {
	321	+ printf("parameters:");
	322	+ for (i=0; i<n; v++,i++) printf(" %s[%d@%d]",v->varname->str,i,v->line);
	323	+ printf("\n");
	324	+ }
	325	+ if (v->varname!=NULL)
	326	+ {
	327	+ printf("locals:");
	328	+ for (; v->line>=0; v++)
	329	+ {
	330	+ if (v->varname==NULL)
	331	+#if 0
	332	+ printf(" %s[%d@%d]","*",--i,v->line);
	333	+#else
	334	+ --i;
	335	+#endif
	336	+ else
	337	+ printf(" %s[%d@%d]",v->varname->str,i++,v->line);
	338	+ }
	339	+ printf("\n");
	340	+ }
	341	+}
	342	+
	343	+void PrintFunction(TFunc* tf, TFunc* Main)
	344	+{
	345	+ int n=0;
183	346	if (IsMain(tf))
184	347	printf("\nmain of \"%s\" (%d bytes at %p)\n",tf->fileName,tf->size,tf);
185	348	else
186		− printf("\nfunction \"%s\":%d (%d bytes at %p); used at main+%d\n",
	349	+ {
	350	+ Byte* p;
	351	+ p=tf->code; /* get number of parameters */
	352	+ while (*p==SETLINE) p+=3;
	353	+ if (*p==ADJUST) n=p[1];
	354	+ p=Main->code+tf->marked+sizeof(TFunc*);
	355	+ printf("\nfunction ");
	356	+ switch (p) / try to get name */
	357	+ {
	358	+ case STOREGLOBAL:
	359	+ {
	360	+ Word w;
	361	+ p++; get_word(w,p); printf("%s defined at ",VarStr(w));
	362	+ break;
	363	+ }
	364	+ case STOREINDEXED0: /* try method definition */
	365	+ {
	366	+ if (p[-11]==PUSHGLOBAL && p[-8]==PUSHSTRING)
	367	+ {
	368	+ Word w;
	369	+ Byte* op=p;
	370	+ int c=(tf->locvars && n>0 && strcmp(tf->locvars->varname->str,"self")==0)
	371	+ ? ':' : '.';
	372	+ p=op-11; p++; get_word(w,p); printf("%s%c",VarStr(w),c);
	373	+ p=op-8; p++; get_word(w,p); printf("%s defined at ",StrStr(w));
	374	+ }
	375	+ break;
	376	+ }
	377	+ }
	378	+ printf("\"%s\":%d (%d bytes at %p); used at main+%d\n",
187	379	tf->fileName,tf->lineDefined,tf->size,tf,tf->marked);
188		− V=tf->locvars;
189		− PrintCode(tf->code,tf->code+tf->size);
	380	+ }
	381	+ PrintLocals(tf->locvars,n);
	382	+ PrintCode(tf);
190	383	}

src/luac/print.h+6−3

@@ -1,10 +1,10 @@
1	1	/*
2	2	** print.h
3	3	** opcode names
4		−** $Id: print.h,v 1.1 1996/02/23 19:04:13 lhf Exp $
	4	+** $Id: print.h,v 1.3 1997/04/14 14:42:50 lhf Exp $
5	5	*/
6	6
7		−static char* OpCodeName[]={ /* attention: same order as enum in opcode.h */
	7	+static char* OpCodeName[]={ /* ATTENTION: same order as enum in opcode.h */
8	8	"PUSHNIL",
9	9	"PUSH0",
10	10	"PUSH1",
@@ -72,5 +72,8 @@ static char* OpCodeName[]={ /* attention: same order as enum in opcode.h */ · 61 unmodified lines
72	72	"RETCODE0",
73	73	"RETCODE",
74	74	"SETLINE",
75		− ""
	75	+ "VARARGS",
	76	+ "STOREMAP"
76	77	};
	78	+
	79	+#define NOPCODES (sizeof(OpCodeName)/sizeof(OpCodeName[0]))

src/luamem.c+159−0

@@ -0,0 +1,159 @@
	1	+/*
	2	+** mem.c
	3	+** TecCGraf - PUC-Rio
	4	+*/
	5	+
	6	+char *rcs_luamem = "$Id: luamem.c,v 1.16 1997/04/01 21:23:20 roberto Exp $";
	7	+
	8	+#include <stdlib.h>
	9	+
	10	+#include "luamem.h"
	11	+#include "lua.h"
	12	+
	13	+
	14	+#define DEBUG 0
	15	+
	16	+#if !DEBUG
	17	+
	18	+void luaI_free (void *block)
	19	+{
	20	+ if (block)
	21	+ {
	22	+ ((char )block) = -1; /* to catch errors */
	23	+ free(block);
	24	+ }
	25	+}
	26	+
	27	+
	28	+void luaI_realloc (void oldblock, unsigned long size)
	29	+{
	30	+ void *block;
	31	+ size_t s = (size_t)size;
	32	+ if (s != size)
	33	+ lua_error("Allocation Error: Block too big");
	34	+ block = oldblock ? realloc(oldblock, s) : malloc(s);
	35	+ if (block == NULL)
	36	+ lua_error(memEM);
	37	+ return block;
	38	+}
	39	+
	40	+
	41	+int luaI_growvector (void **block, unsigned long nelems, int size,
	42	+ char *errormsg, unsigned long limit)
	43	+{
	44	+ if (nelems >= limit)
	45	+ lua_error(errormsg);
	46	+ nelems = (nelems == 0) ? 20 : nelems*2;
	47	+ if (nelems > limit)
	48	+ nelems = limit;
	49	+ block = luaI_realloc(block, nelems*size);
	50	+ return (int)nelems;
	51	+}
	52	+
	53	+
	54	+void* luaI_buffer (unsigned long size)
	55	+{
	56	+ static unsigned long buffsize = 0;
	57	+ static char* buffer = NULL;
	58	+ if (size > buffsize)
	59	+ buffer = luaI_realloc(buffer, buffsize=size);
	60	+ return buffer;
	61	+}
	62	+
	63	+#else
	64	+/* DEBUG */
	65	+
	66	+#include <stdio.h>
	67	+
	68	+# define assert(ex) {if (!(ex)){(void)fprintf(stderr, \
	69	+ "Assertion failed: file \"%s\", line %d\n", __FILE__, __LINE__);exit(1);}}
	70	+
	71	+#define MARK 55
	72	+
	73	+static unsigned long numblocks = 0;
	74	+static unsigned long totalmem = 0;
	75	+
	76	+
	77	+static void message (void)
	78	+{
	79	+#define inrange(x,y) ((x) < (((y)3)/2) && (x) > (((y)2)/3))
	80	+ static int count = 0;
	81	+ static unsigned long lastnumblocks = 0;
	82	+ static unsigned long lasttotalmem = 0;
	83	+ if (!inrange(numblocks, lastnumblocks) \|\| !inrange(totalmem, lasttotalmem)
	84	+ \|\| count++ >= 5000)
	85	+ {
	86	+ fprintf(stderr,"blocks = %lu mem = %luK\n", numblocks, totalmem/1000);
	87	+ count = 0;
	88	+ lastnumblocks = numblocks;
	89	+ lasttotalmem = totalmem;
	90	+ }
	91	+}
	92	+
	93	+
	94	+void luaI_free (void *block)
	95	+{
	96	+ if (block)
	97	+ {
	98	+ unsigned long b = (unsigned long )block - 1;
	99	+ unsigned long size = *b;
	100	+ assert((((char )b)+size+sizeof(unsigned long)) == MARK);
	101	+ numblocks--;
	102	+ totalmem -= size;
	103	+ free(b);
	104	+ message();
	105	+ }
	106	+}
	107	+
	108	+
	109	+void luaI_realloc (void oldblock, unsigned long size)
	110	+{
	111	+ unsigned long *block;
	112	+ unsigned long realsize = sizeof(unsigned long)+size+sizeof(char);
	113	+ if (realsize != (size_t)realsize)
	114	+ lua_error("Allocation Error: Block too big");
	115	+ if (oldblock)
	116	+ {
	117	+ unsigned long b = (unsigned long )oldblock - 1;
	118	+ unsigned long oldsize = *b;
	119	+ assert((((char )b)+oldsize+sizeof(unsigned long)) == MARK);
	120	+ totalmem -= oldsize;
	121	+ numblocks--;
	122	+ block = (unsigned long *)realloc(b, realsize);
	123	+ }
	124	+ else
	125	+ block = (unsigned long *)malloc(realsize);
	126	+ if (block == NULL)
	127	+ lua_error("not enough memory");
	128	+ totalmem += size;
	129	+ numblocks++;
	130	+ *block = size;
	131	+ (((char )block)+size+sizeof(unsigned long)) = MARK;
	132	+ message();
	133	+ return block+1;
	134	+}
	135	+
	136	+
	137	+int luaI_growvector (void **block, unsigned long nelems, int size,
	138	+ char *errormsg, unsigned long limit)
	139	+{
	140	+ if (nelems >= limit)
	141	+ lua_error(errormsg);
	142	+ nelems = (nelems == 0) ? 20 : nelems*2;
	143	+ if (nelems > limit)
	144	+ nelems = limit;
	145	+ block = luaI_realloc(block, nelems*size);
	146	+ return (int)nelems;
	147	+}
	148	+
	149	+
	150	+void* luaI_buffer (unsigned long size)
	151	+{
	152	+ static unsigned long buffsize = 0;
	153	+ static char* buffer = NULL;
	154	+ if (size > buffsize)
	155	+ buffer = luaI_realloc(buffer, buffsize=size);
	156	+ return buffer;
	157	+}
	158	+
	159	+#endif

src/luamem.hrenamed from src/mem.h+3−3

@@ -1,11 +1,11 @@
1	1	/*
2	2	** mem.c
3	3	** memory manager for lua
4		−** $Id: mem.h,v 1.8 1996/05/24 14:31:10 roberto Exp $
	4	+** $Id: luamem.h,v 1.9 1997/03/31 14:10:11 roberto Exp $
5	5	*/
6	6
7		−#ifndef mem_h
8		−#define mem_h
	7	+#ifndef luamem_h
	8	+#define luamem_h
9	9
10	10	#ifndef NULL
11	11	#define NULL 0

src/mem.c+0−58

@@ -1,58 +0,0 @@
1		−/*
2		−** mem.c
3		−** TecCGraf - PUC-Rio
4		−*/
5		−
6		−char *rcs_mem = "$Id: mem.c,v 1.13 1996/05/24 14:31:10 roberto Exp $";
7		−
8		−#include <stdlib.h>
9		−
10		−#include "mem.h"
11		−#include "lua.h"
12		−
13		−
14		−void luaI_free (void *block)
15		−{
16		− if (block)
17		− {
18		− ((int )block) = -1; /* to catch errors */
19		− free(block);
20		− }
21		−}
22		−
23		−
24		−void luaI_realloc (void oldblock, unsigned long size)
25		−{
26		− void *block;
27		− size_t s = (size_t)size;
28		− if (s != size)
29		− lua_error("Allocation Error: Block too big");
30		− block = oldblock ? realloc(oldblock, s) : malloc(s);
31		− if (block == NULL)
32		− lua_error(memEM);
33		− return block;
34		−}
35		−
36		−
37		−int luaI_growvector (void **block, unsigned long nelems, int size,
38		− char *errormsg, unsigned long limit)
39		−{
40		− if (nelems >= limit)
41		− lua_error(errormsg);
42		− nelems = (nelems == 0) ? 20 : nelems*2;
43		− if (nelems > limit)
44		− nelems = limit;
45		− block = luaI_realloc(block, nelems*size);
46		− return (int)nelems;
47		−}
48		−
49		−
50		−void* luaI_buffer (unsigned long size)
51		−{
52		− static unsigned long buffsize = 0;
53		− static char* buffer = NULL;
54		− if (size > buffsize)
55		− buffer = luaI_realloc(buffer, buffsize=size);
56		− return buffer;
57		−}
58		−

src/opcode.c+517−369

@@ -3,7 +3,7 @@ · 2 unmodified lines
3	3	** TecCGraf - PUC-Rio
4	4	*/
5	5
6		−char *rcs_opcode="$Id: opcode.c,v 3.77 1996/11/18 13:48:44 roberto Exp $";
	6	+char *rcs_opcode="$Id: opcode.c,v 4.15 1997/06/26 21:40:57 roberto Exp $";
7	7
8	8	#include <setjmp.h>
9	9	#include <stdio.h>
@@ -11,17 +11,18 @@ char *rcs_opcode="$Id: opcode.c,v 3.77 1996/11/18 13:48:44 roberto Exp $"; · 1 unmodified line
11	11	#include <stdlib.h>
12	12
13	13	#include "luadebug.h"
14		−#include "mem.h"
	14	+#include "luamem.h"
15	15	#include "opcode.h"
16	16	#include "hash.h"
17	17	#include "inout.h"
18	18	#include "table.h"
19	19	#include "lua.h"
20	20	#include "fallback.h"
21		−#include "undump.h"
	21	+#include "auxlib.h"
	22	+#include "lex.h"
22	23
23		−#define tonumber(o) ((tag(o) != LUA_T_NUMBER) && (lua_tonumber(o) != 0))
24		−#define tostring(o) ((tag(o) != LUA_T_STRING) && (lua_tostring(o) != 0))
	24	+#define tonumber(o) ((ttype(o) != LUA_T_NUMBER) && (lua_tonumber(o) != 0))
	25	+#define tostring(o) ((ttype(o) != LUA_T_STRING) && (lua_tostring(o) != 0))
25	26
26	27
27	28	#define STACK_SIZE 128
@@ -32,14 +33,14 @@ char *rcs_opcode="$Id: opcode.c,v 3.77 1996/11/18 13:48:44 roberto Exp $"; · 4 unmodified lines
32	33
33	34	typedef int StkId; /* index to stack elements */
34	35
35		−static Object initial_stack;
	36	+static TObject initial_stack;
36	37
37		−static Object *stackLimit = &initial_stack+1;
38		−static Object *stack = &initial_stack;
39		−static Object *top = &initial_stack;
	38	+static TObject *stackLimit = &initial_stack+1;
	39	+static TObject *stack = &initial_stack;
	40	+static TObject *top = &initial_stack;
40	41
41	42
42		−/* macros to convert from lua_Object to (Object ) and back /
	43	+/* macros to convert from lua_Object to (TObject ) and back /
43	44
44	45	#define Address(lo) ((lo)+stack-1)
45	46	#define Ref(st) ((st)-stack+1)
@@ -51,13 +52,13 @@ static Object *top = &initial_stack; · 5 unmodified lines
51	52	#define incr_top if (++top >= stackLimit) growstack()
52	53
53	54	struct C_Lua_Stack {
54		− StkId base; /* when Lua calls C or C calls Lua, points to */
55		− /* the first slot after the last parameter. */
56		− int num; /* when Lua calls C, has the number of parameters; */
57		− /* when C calls Lua, has the number of results. */
	55	+ StkId base; /* when Lua calls C or C calls Lua, points to */
	56	+ /* the first slot after the last parameter. */
	57	+ StkId lua2C; /* points to first element of "array" lua2C */
	58	+ int num; /* size of "array" lua2C */
58	59	};
59	60
60		−static struct C_Lua_Stack CLS_current = {0, 0};
	61	+static struct C_Lua_Stack CLS_current = {0, 0, 0};
61	62
62	63	static jmp_buf errorJmp = NULL; / current error recover point */
63	64
@@ -72,7 +73,7 @@ static void do_call (StkId base, int nResults); · 8 unmodified lines
72	73
73	74
74	75
75		−Object *luaI_Address (lua_Object o)
	76	+TObject *luaI_Address (lua_Object o)
76	77	{
77	78	return Address(o);
78	79	}
@@ -84,7 +85,7 @@ Object *luaI_Address (lua_Object o) · 5 unmodified lines
84	85	static void lua_initstack (void)
85	86	{
86	87	Long maxstack = STACK_SIZE;
87		− stack = newvector(maxstack, Object);
	88	+ stack = newvector(maxstack, TObject);
88	89	stackLimit = stack+maxstack;
89	90	top = stack;
90	91	*(top++) = initial_stack;
@@ -105,7 +106,7 @@ static void growstack (void) · 14 unmodified lines
105	106	static int limit = STACK_LIMIT;
106	107	StkId t = top-stack;
107	108	Long stacksize = stackLimit - stack;
108		− stacksize = growvector(&stack, stacksize, Object, stackEM, limit+100);
	109	+ stacksize = growvector(&stack, stacksize, TObject, stackEM, limit+100);
109	110	stackLimit = stack+stacksize;
110	111	top = stack + t;
111	112	if (stacksize >= limit)
@@ -134,16 +135,16 @@ static char lua_strconc (char l, char *r) · 22 unmodified lines
134	135	** Convert, if possible, to a number object.
135	136	** Return 0 if success, not 0 if error.
136	137	*/
137		−static int lua_tonumber (Object *obj)
	138	+static int lua_tonumber (TObject *obj)
138	139	{
139	140	float t;
140	141	char c;
141		− if (tag(obj) != LUA_T_STRING)
	142	+ if (ttype(obj) != LUA_T_STRING)
142	143	return 1;
143	144	else if (sscanf(svalue(obj), "%f %c",&t, &c) == 1)
144	145	{
145	146	nvalue(obj) = t;
146		− tag(obj) = LUA_T_NUMBER;
	147	+ ttype(obj) = LUA_T_NUMBER;
147	148	return 0;
148	149	}
149	150	else
@@ -152,39 +153,54 @@ static int lua_tonumber (Object *obj) · 2 unmodified lines
152	153
153	154
154	155	/*
155		−** Convert, if possible, to a string tag
	156	+** Convert, if possible, to a string ttype
156	157	** Return 0 in success or not 0 on error.
157	158	*/
158		−static int lua_tostring (Object *obj)
	159	+static int lua_tostring (TObject *obj)
159	160	{
160		− char s[256];
161		− if (tag(obj) != LUA_T_NUMBER)
162		− return 1;
163		− if ((int) nvalue(obj) == nvalue(obj))
164		− sprintf (s, "%d", (int) nvalue(obj));
165		− else
166		− sprintf (s, "%g", nvalue(obj));
167		− tsvalue(obj) = lua_createstring(s);
168		− tag(obj) = LUA_T_STRING;
169		− return 0;
	161	+ if (ttype(obj) != LUA_T_NUMBER)
	162	+ return 1;
	163	+ else {
	164	+ char s[60];
	165	+ real f = nvalue(obj);
	166	+ int i;
	167	+ if ((real)(-MAX_INT) <= f && f <= (real)MAX_INT && (real)(i=(int)f) == f)
	168	+ sprintf (s, "%d", i);
	169	+ else
	170	+ sprintf (s, "%g", nvalue(obj));
	171	+ tsvalue(obj) = lua_createstring(s);
	172	+ ttype(obj) = LUA_T_STRING;
	173	+ return 0;
	174	+ }
170	175	}
171	176
172	177
173	178	/*
174	179	** Adjust stack. Set top to the given value, pushing NILs if needed.
175	180	*/
176		−static void adjust_top (StkId newtop)
	181	+static void adjust_top_aux (StkId newtop)
177	182	{
178		− Object *nt;
	183	+ TObject *nt;
179	184	lua_checkstack(stack+newtop);
180	185	nt = stack+newtop; /* warning: previous call may change stack */
181		− while (top < nt) tag(top++) = LUA_T_NIL;
182		− top = nt; /* top could be bigger than newtop */
	186	+ while (top < nt) ttype(top++) = LUA_T_NIL;
183	187	}
184	188
	189	+
	190	+#define adjust_top(newtop) { if (newtop <= top-stack) \
	191	+ top = stack+newtop; \
	192	+ else adjust_top_aux(newtop); }
	193	+
185	194	#define adjustC(nParams) adjust_top(CLS_current.base+nParams)
186	195
187	196
	197	+static void checkCparams (int nParams)
	198	+{
	199	+ if (top-stack < CLS_current.base+nParams)
	200	+ lua_error("API error - wrong number of arguments in C2lua stack");
	201	+}
	202	+
	203	+
188	204	/*
189	205	** Open a hole below "nelems" from the top.
190	206	*/
@@ -197,13 +213,37 @@ static void open_stack (int nelems) · 6 unmodified lines
197	213	}
198	214
199	215
	216	+static lua_Object put_luaObject (TObject *o)
	217	+{
	218	+ open_stack((top-stack)-CLS_current.base);
	219	+ stack[CLS_current.base++] = *o;
	220	+ return CLS_current.base; /* this is +1 real position (see Ref) */
	221	+}
	222	+
	223	+
	224	+static lua_Object put_luaObjectonTop (void)
	225	+{
	226	+ open_stack((top-stack)-CLS_current.base);
	227	+ stack[CLS_current.base++] = *(--top);
	228	+ return CLS_current.base; /* this is +1 real position (see Ref) */
	229	+}
	230	+
	231	+
	232	+lua_Object lua_pop (void)
	233	+{
	234	+ checkCparams(1);
	235	+ return put_luaObjectonTop();
	236	+}
	237	+
	238	+
	239	+
200	240	/*
201	241	** call Line hook
202	242	*/
203	243	static void lineHook (int line)
204	244	{
205	245	struct C_Lua_Stack oldCLS = CLS_current;
206		− StkId old_top = CLS_current.base = top-stack;
	246	+ StkId old_top = CLS_current.lua2C = CLS_current.base = top-stack;
207	247	CLS_current.num = 0;
208	248	(*lua_linehook)(line);
209	249	top = stack+old_top;
@@ -218,13 +258,13 @@ static void lineHook (int line) · 8 unmodified lines
218	258	static void callHook (StkId base, lua_Type type, int isreturn)
219	259	{
220	260	struct C_Lua_Stack oldCLS = CLS_current;
221		− StkId old_top = CLS_current.base = top-stack;
	261	+ StkId old_top = CLS_current.lua2C = CLS_current.base = top-stack;
222	262	CLS_current.num = 0;
223	263	if (isreturn)
224	264	(*lua_callhook)(LUA_NOOBJECT, "(return)", 0);
225	265	else
226	266	{
227		− Object *f = stack+base-1;
	267	+ TObject *f = stack+base-1;
228	268	if (type == LUA_T_MARK)
229	269	(*lua_callhook)(Ref(f), f->value.tf->fileName, f->value.tf->lineDefined);
230	270	else
@@ -246,6 +286,7 @@ static StkId callC (lua_CFunction func, StkId base) · 15 unmodified lines
246	286	StkId firstResult;
247	287	CLS_current.num = (top-stack) - base;
248	288	/* incorporate parameters on the stack */
	289	+ CLS_current.lua2C = base;
249	290	CLS_current.base = base+CLS_current.num; /* == top-stack */
250	291	if (lua_callhook)
251	292	callHook(base, LUA_T_CMARK, 0);
@@ -257,15 +298,11 @@ static StkId callC (lua_CFunction func, StkId base) · 5 unmodified lines
257	298	return firstResult;
258	299	}
259	300
260		−/*
261		−** Call the specified fallback, putting it on the stack below its arguments
262		−*/
263		−static void callFB (int fb)
	301	+static void callIM (TObject *f, int nParams, int nResults)
264	302	{
265		− int nParams = luaI_fallBacks[fb].nParams;
266	303	open_stack(nParams);
267		− *(top-nParams-1) = luaI_fallBacks[fb].function;
268		− do_call((top-stack)-nParams, luaI_fallBacks[fb].nResults);
	304	+ (top-nParams-1) = f;
	305	+ do_call((top-stack)-nParams, nResults);
269	306	}
270	307
271	308
@@ -278,28 +315,28 @@ static void callFB (int fb) · 6 unmodified lines
278	315	static void do_call (StkId base, int nResults)
279	316	{
280	317	StkId firstResult;
281		− Object *func = stack+base-1;
	318	+ TObject *func = stack+base-1;
282	319	int i;
283		− if (tag(func) == LUA_T_CFUNCTION)
284		− {
285		− tag(func) = LUA_T_CMARK;
	320	+ if (ttype(func) == LUA_T_CFUNCTION) {
	321	+ ttype(func) = LUA_T_CMARK;
286	322	firstResult = callC(fvalue(func), base);
287	323	}
288		− else if (tag(func) == LUA_T_FUNCTION)
289		− {
290		− tag(func) = LUA_T_MARK;
	324	+ else if (ttype(func) == LUA_T_FUNCTION) {
	325	+ ttype(func) = LUA_T_MARK;
291	326	firstResult = lua_execute(func->value.tf->code, base);
292	327	}
293		− else
294		− { /* func is not a function */
295		− /* Call the fallback for invalid functions */
	328	+ else { /* func is not a function */
	329	+ /* Check the tag method for invalid functions */
	330	+ TObject *im = luaI_getimbyObj(func, IM_FUNCTION);
	331	+ if (ttype(im) == LUA_T_NIL)
	332	+ lua_error("call expression not a function");
296	333	open_stack((top-stack)-(base-1));
297		− stack[base-1] = luaI_fallBacks[FB_FUNCTION].function;
	334	+ stack[base-1] = *im;
298	335	do_call(base, nResults);
299	336	return;
300	337	}
301	338	/* adjust the number of results */
302		− if (nResults != MULT_RET && top - (stack+firstResult) != nResults)
	339	+ if (nResults != MULT_RET)
303	340	adjust_top(firstResult+nResults);
304	341	/* move results to base-1 (to erase parameters and function) */
305	342	base--;
@@ -316,58 +353,110 @@ static void do_call (StkId base, int nResults) · 10 unmodified lines
316	353	*/
317	354	static void pushsubscript (void)
318	355	{
319		− if (tag(top-2) != LUA_T_ARRAY)
320		− callFB(FB_GETTABLE);
321		− else
322		− {
323		− Object *h = lua_hashget(avalue(top-2), top-1);
324		− if (h == NULL \|\| tag(h) == LUA_T_NIL)
325		− callFB(FB_INDEX);
326		− else
327		− {
328		− --top;
329		− (top-1) = h;
	356	+ TObject *im;
	357	+ if (ttype(top-2) != LUA_T_ARRAY) /* not a table, get "gettable" method */
	358	+ im = luaI_getimbyObj(top-2, IM_GETTABLE);
	359	+ else { /* object is a table... */
	360	+ int tg = (top-2)->value.a->htag;
	361	+ im = luaI_getim(tg, IM_GETTABLE);
	362	+ if (ttype(im) == LUA_T_NIL) { /* and does not have a "gettable" method */
	363	+ TObject *h = lua_hashget(avalue(top-2), top-1);
	364	+ if (h != NULL && ttype(h) != LUA_T_NIL) {
	365	+ --top;
	366	+ (top-1) = h;
	367	+ }
	368	+ else if (ttype(im=luaI_getim(tg, IM_INDEX)) != LUA_T_NIL)
	369	+ callIM(im, 2, 1);
	370	+ else {
	371	+ --top;
	372	+ ttype(top-1) = LUA_T_NIL;
	373	+ }
	374	+ return;
330	375	}
	376	+ /* else it has a "gettable" method, go through to next command */
	377	+ }
	378	+ /* object is not a table, or it has a "gettable" method */
	379	+ if (ttype(im) != LUA_T_NIL)
	380	+ callIM(im, 2, 1);
	381	+ else
	382	+ lua_error("indexed expression not a table");
	383	+}
	384	+
	385	+
	386	+lua_Object lua_rawgettable (void)
	387	+{
	388	+ checkCparams(2);
	389	+ if (ttype(top-2) != LUA_T_ARRAY)
	390	+ lua_error("indexed expression not a table in raw gettable");
	391	+ else {
	392	+ TObject *h = lua_hashget(avalue(top-2), top-1);
	393	+ --top;
	394	+ if (h != NULL)
	395	+ (top-1) = h;
	396	+ else
	397	+ ttype(top-1) = LUA_T_NIL;
331	398	}
	399	+ return put_luaObjectonTop();
332	400	}
333	401
334	402
335	403	/*
336	404	** Function to store indexed based on values at the top
	405	+** mode = 0: raw store (without internal methods)
	406	+** mode = 1: normal store (with internal methods)
	407	+** mode = 2: "deep stack" store (with internal methods)
337	408	*/
338		−static void storesubscript (void)
	409	+static void storesubscript (TObject *t, int mode)
339	410	{
340		− if (tag(top-3) != LUA_T_ARRAY)
341		− callFB(FB_SETTABLE);
342		− else
343		− {
344		− Object *h = lua_hashdefine (avalue(top-3), top-2);
345		− h = (top-1);
346		− top -= 3;
347		− }
	411	+ TObject *im = (mode == 0) ? NULL : luaI_getimbyObj(t, IM_SETTABLE);
	412	+ if (ttype(t) == LUA_T_ARRAY && (im == NULL \|\| ttype(im) == LUA_T_NIL)) {
	413	+ TObject *h = lua_hashdefine(avalue(t), t+1);
	414	+ h = (top-1);
	415	+ top -= (mode == 2) ? 1 : 3;
	416	+ }
	417	+ else { /* object is not a table, and/or has a specific "settable" method */
	418	+ if (im && ttype(im) != LUA_T_NIL) {
	419	+ if (mode == 2) {
	420	+ lua_checkstack(top+2);
	421	+ (top+1) = (top-1);
	422	+ (top) = (t+1);
	423	+ (top-1) = t;
	424	+ top += 2;
	425	+ }
	426	+ callIM(im, 3, 0);
	427	+ }
	428	+ else
	429	+ lua_error("indexed expression not a table");
	430	+ }
348	431	}
349	432
350	433
351	434	static void getglobal (Word n)
352	435	{
353		− *top = lua_table[n].object;
354		− incr_top;
355		− if (tag(top-1) == LUA_T_NIL)
356		− { /* must call getglobal fallback */
357		− tag(top-1) = LUA_T_STRING;
358		− tsvalue(top-1) = lua_table[n].varname;
359		− callFB(FB_GETGLOBAL);
	436	+ TObject *value = &lua_table[n].object;
	437	+ TObject *im = luaI_getimbyObj(value, IM_GETGLOBAL);
	438	+ if (ttype(im) == LUA_T_NIL) { /* default behavior */
	439	+ top = value;
	440	+ incr_top;
360	441	}
	442	+ else {
	443	+ ttype(top) = LUA_T_STRING;
	444	+ tsvalue(top) = lua_table[n].varname;
	445	+ incr_top;
	446	+ top = value;
	447	+ incr_top;
	448	+ callIM(im, 2, 1);
	449	+ }
361	450	}
362	451
363	452	/*
364	453	** Traverse all objects on stack
365	454	*/
366		−void lua_travstack (int (fn)(Object ))
	455	+void lua_travstack (int (fn)(TObject ))
367	456	{
368		− Object *o;
369		− for (o = top-1; o >= stack; o--)
370		− fn (o);
	457	+ StkId i;
	458	+ for (i = (top-1)-stack; i>=0; i--)
	459	+ fn (stack+i);
371	460	}
372	461
373	462
@@ -377,8 +466,11 @@ void lua_travstack (int (fn)(Object )) · 3 unmodified lines
377	466
378	467	static void lua_message (char *s)
379	468	{
380		− lua_pushstring(s);
381		− callFB(FB_ERROR);
	469	+ TObject *im = luaI_geterrorim();
	470	+ if (ttype(im) != LUA_T_NIL) {
	471	+ lua_pushstring(s);
	472	+ callIM(im, 1, 0);
	473	+ }
382	474	}
383	475
384	476	/*
@@ -399,25 +491,25 @@ void lua_error (char *s) · 14 unmodified lines
399	491
400	492	lua_Function lua_stackedfunction (int level)
401	493	{
402		− Object *p = top;
403		− while (--p >= stack)
404		− if (p->tag == LUA_T_MARK \|\| p->tag == LUA_T_CMARK)
	494	+ StkId i;
	495	+ for (i = (top-1)-stack; i>=0; i--)
	496	+ if (stack[i].ttype == LUA_T_MARK \|\| stack[i].ttype == LUA_T_CMARK)
405	497	if (level-- == 0)
406		− return Ref(p);
	498	+ return Ref(stack+i);
407	499	return LUA_NOOBJECT;
408	500	}
409	501
410	502
411	503	int lua_currentline (lua_Function func)
412	504	{
413		− Object *f = Address(func);
414		− return (f+1 < top && (f+1)->tag == LUA_T_LINE) ? (f+1)->value.i : -1;
	505	+ TObject *f = Address(func);
	506	+ return (f+1 < top && (f+1)->ttype == LUA_T_LINE) ? (f+1)->value.i : -1;
415	507	}
416	508
417	509
418	510	lua_Object lua_getlocal (lua_Function func, int local_number, char **name)
419	511	{
420		− Object *f = luaI_Address(func);
	512	+ TObject *f = luaI_Address(func);
421	513	*name = luaI_getlocalname(f->value.tf, local_number, lua_currentline(func));
422	514	if (*name)
423	515	{
@@ -431,9 +523,9 @@ lua_Object lua_getlocal (lua_Function func, int local_number, char **name) · 7 unmodified lines
431	523
432	524	int lua_setlocal (lua_Function func, int local_number)
433	525	{
434		− Object *f = Address(func);
	526	+ TObject *f = Address(func);
435	527	char *name = luaI_getlocalname(f->value.tf, local_number, lua_currentline(func));
436		− adjustC(1);
	528	+ checkCparams(1);
437	529	--top;
438	530	if (name)
439	531	{
@@ -446,6 +538,29 @@ int lua_setlocal (lua_Function func, int local_number) · 6 unmodified lines
446	538	return 0;
447	539	}
448	540
	541	+/*
	542	+** Call the function at CLS_current.base, and incorporate results on
	543	+** the Lua2C structure.
	544	+*/
	545	+static void do_callinc (int nResults)
	546	+{
	547	+ StkId base = CLS_current.base;
	548	+ do_call(base+1, nResults);
	549	+ CLS_current.lua2C = base; /* position of the new results */
	550	+ CLS_current.num = (top-stack) - base; /* number of results */
	551	+ CLS_current.base = base + CLS_current.num; /* incorporate results on stack */
	552	+}
	553	+
	554	+
	555	+static void do_unprotectedrun (lua_CFunction f, int nParams, int nResults)
	556	+{
	557	+ StkId base = (top-stack)-nParams;
	558	+ open_stack(nParams);
	559	+ stack[base].ttype = LUA_T_CFUNCTION;
	560	+ stack[base].value.f = f;
	561	+ do_call(base+1, nResults);
	562	+}
	563	+
449	564
450	565	/*
451	566	** Execute a protected call. Assumes that function is at CLS_current.base and
@@ -458,15 +573,11 @@ static int do_protectedrun (int nResults) · 6 unmodified lines
458	573	struct C_Lua_Stack oldCLS = CLS_current;
459	574	jmp_buf *oldErr = errorJmp;
460	575	errorJmp = &myErrorJmp;
461		− if (setjmp(myErrorJmp) == 0)
462		− {
463		− do_call(CLS_current.base+1, nResults);
464		− CLS_current.num = (top-stack) - CLS_current.base; /* number of results */
465		− CLS_current.base += CLS_current.num; /* incorporate results on the stack */
	576	+ if (setjmp(myErrorJmp) == 0) {
	577	+ do_callinc(nResults);
466	578	status = 0;
467	579	}
468		− else
469		− { /* an error occurred: restore CLS_current and top */
	580	+ else { /* an error occurred: restore CLS_current and top */
470	581	CLS_current = oldCLS;
471	582	top = stack+CLS_current.base;
472	583	status = 1;
@@ -479,13 +590,14 @@ int luaI_dorun (TFunc *tf) · 6 unmodified lines
479	590	{
480	591	int status;
481	592	adjustC(1); /* one slot for the pseudo-function */
482		− stack[CLS_current.base].tag = LUA_T_FUNCTION;
	593	+ stack[CLS_current.base].ttype = LUA_T_FUNCTION;
483	594	stack[CLS_current.base].value.tf = tf;
484	595	status = do_protectedrun(MULT_RET);
485	596	return status;
486	597	}
487	598
488		−static int do_protectedmain (void)
	599	+
	600	+int lua_domain (void)
489	601	{
490	602	TFunc tf;
491	603	int status;
@@ -493,23 +605,21 @@ static int do_protectedmain (void) · 1 unmodified line
493	605	jmp_buf *oldErr = errorJmp;
494	606	errorJmp = &myErrorJmp;
495	607	luaI_initTFunc(&tf);
496		− tf.fileName = lua_parsedfile;
497		− if (setjmp(myErrorJmp) == 0)
498		− {
	608	+ if (setjmp(myErrorJmp) == 0) {
499	609	lua_parse(&tf);
500		− status = luaI_dorun(&tf);
	610	+ status = 0;
501	611	}
502		− else
503		− {
504		− status = 1;
	612	+ else {
505	613	adjustC(0); /* erase extra slot */
	614	+ status = 1;
506	615	}
	616	+ if (status == 0)
	617	+ status = luaI_dorun(&tf);
507	618	errorJmp = oldErr;
508	619	luaI_free(tf.code);
509	620	return status;
510	621	}
511	622
512		−
513	623	/*
514	624	** Execute the given lua function. Return 0 on success or 1 on error.
515	625	*/
@@ -526,71 +636,31 @@ int lua_callfunction (lua_Object function) · 10 unmodified lines
526	636	}
527	637
528	638
529		−int lua_call (char *funcname)
	639	+lua_Object lua_gettagmethod (int tag, char *event)
530	640	{
531		− Word n = luaI_findsymbolbyname(funcname);
532		− open_stack((top-stack)-CLS_current.base);
533		− stack[CLS_current.base] = s_object(n);
534		− return do_protectedrun(MULT_RET);
	641	+ lua_pushnumber(tag);
	642	+ lua_pushstring(event);
	643	+ do_unprotectedrun(luaI_gettagmethod, 2, 1);
	644	+ return put_luaObjectonTop();
535	645	}
536	646
537		−
538		−/*
539		−** Open file, generate opcode and execute global statement. Return 0 on
540		−** success or non 0 on error.
541		−*/
542		−int lua_dofile (char *filename)
	647	+lua_Object lua_settagmethod (int tag, char *event)
543	648	{
544		− int status;
545		− int c;
546		− FILE *f = lua_openfile(filename);
547		− if (f == NULL)
548		− return 2;
549		− c = fgetc(f);
550		− ungetc(c, f);
551		− if (c == ID_CHUNK) {
552		− f = freopen(filename, "rb", f); /* set binary mode */
553		− status = luaI_undump(f);
554		− }
555		− else {
556		− if (c == '#')
557		− while ((c=fgetc(f)) != '\n') /* skip first line */;
558		− status = do_protectedmain();
559		− }
560		− lua_closefile();
561		− return status;
	649	+ TObject newmethod;
	650	+ checkCparams(1);
	651	+ newmethod = *(--top);
	652	+ lua_pushnumber(tag);
	653	+ lua_pushstring(event);
	654	+ *top = newmethod; incr_top;
	655	+ do_unprotectedrun(luaI_settagmethod, 3, 1);
	656	+ return put_luaObjectonTop();
562	657	}
563	658
564		−/*
565		−** Generate opcode stored on string and execute global statement. Return 0 on
566		−** success or non 0 on error.
567		−*/
568		−int lua_dostring (char *str)
	659	+lua_Object lua_seterrormethod (void)
569	660	{
570		− int status;
571		− if (str == NULL)
572		− return 1;
573		− lua_openstring(str);
574		− status = do_protectedmain();
575		− lua_closestring();
576		− return status;
577		−}
578		−
579		−
580		−/*
581		−** API: set a function as a fallback
582		−*/
583		−lua_Object lua_setfallback (char *name, lua_CFunction fallback)
584		−{
585		− adjustC(1); /* one slot for the pseudo-function */
586		− stack[CLS_current.base].tag = LUA_T_CFUNCTION;
587		− stack[CLS_current.base].value.f = luaI_setfallback;
588		− lua_pushstring(name);
589		− lua_pushcfunction(fallback);
590		− if (do_protectedrun(1) == 0)
591		− return (Ref(top-1));
592		− else
593		− return LUA_NOOBJECT;
	661	+ checkCparams(1);
	662	+ do_unprotectedrun(luaI_seterrormethod, 1, 1);
	663	+ return put_luaObjectonTop();
594	664	}
595	665
596	666
@@ -598,12 +668,11 @@ lua_Object lua_setfallback (char *name, lua_CFunction fallback) · 1 unmodified line
598	668	** API: receives on the stack the table and the index.
599	669	** returns the value.
600	670	*/
601		−lua_Object lua_getsubscript (void)
	671	+lua_Object lua_gettable (void)
602	672	{
603		− adjustC(2);
	673	+ checkCparams(2);
604	674	pushsubscript();
605		− CLS_current.base++; /* incorporate object in the stack */
606		− return (Ref(top-1));
	675	+ return put_luaObjectonTop();
607	676	}
608	677
609	678
@@ -633,13 +702,25 @@ void lua_endblock (void) · 23 unmodified lines
633	702	adjustC(0);
634	703	}
635	704
	705	+void lua_settag (int tag)
	706	+{
	707	+ checkCparams(1);
	708	+ luaI_settag(tag, --top);
	709	+}
	710	+
636	711	/*
637	712	** API: receives on the stack the table, the index, and the new value.
638	713	*/
639		−void lua_storesubscript (void)
	714	+void lua_settable (void)
640	715	{
641		− adjustC(3);
642		− storesubscript();
	716	+ checkCparams(3);
	717	+ storesubscript(top-3, 1);
	718	+}
	719	+
	720	+void lua_rawsettable (void)
	721	+{
	722	+ checkCparams(3);
	723	+ storesubscript(top-3, 0);
643	724	}
644	725
645	726	/*
@@ -647,40 +728,59 @@ void lua_storesubscript (void) · 1 unmodified line
647	728	*/
648	729	lua_Object lua_createtable (void)
649	730	{
650		− adjustC(0);
651		− avalue(top) = lua_createarray(0);
652		− tag(top) = LUA_T_ARRAY;
653		− incr_top;
654		− CLS_current.base++; /* incorporate object in the stack */
655		− return Ref(top-1);
	731	+ TObject o;
	732	+ avalue(&o) = lua_createarray(0);
	733	+ ttype(&o) = LUA_T_ARRAY;
	734	+ return put_luaObject(&o);
656	735	}
657	736
658	737	/*
659	738	** Get a parameter, returning the object handle or LUA_NOOBJECT on error.
660	739	** 'number' must be 1 to get the first parameter.
661	740	*/
662		−lua_Object lua_getparam (int number)
	741	+lua_Object lua_lua2C (int number)
	742	+{
	743	+ if (number <= 0 \|\| number > CLS_current.num) return LUA_NOOBJECT;
	744	+ /* Ref(stack+(CLS_current.lua2C+number-1)) ==
	745	+ stack+(CLS_current.lua2C+number-1)-stack+1 == */
	746	+ return CLS_current.lua2C+number;
	747	+}
	748	+
	749	+int lua_isnil (lua_Object o)
	750	+{
	751	+ return (o!= LUA_NOOBJECT) && (ttype(Address(o)) == LUA_T_NIL);
	752	+}
	753	+
	754	+int lua_istable (lua_Object o)
	755	+{
	756	+ return (o!= LUA_NOOBJECT) && (ttype(Address(o)) == LUA_T_ARRAY);
	757	+}
	758	+
	759	+int lua_isuserdata (lua_Object o)
663	760	{
664		− if (number <= 0 \|\| number > CLS_current.num) return LUA_NOOBJECT;
665		− /* Ref(stack+(CLS_current.base-CLS_current.num+number-1)) ==
666		− stack+(CLS_current.base-CLS_current.num+number-1)-stack+1 == */
667		− return CLS_current.base-CLS_current.num+number;
	761	+ return (o!= LUA_NOOBJECT) && (ttype(Address(o)) == LUA_T_USERDATA);
668	762	}
669	763
670		−int lua_isnumber (lua_Object object)
	764	+int lua_iscfunction (lua_Object o)
671	765	{
672		− return (object != LUA_NOOBJECT) && (tonumber(Address(object)) == 0);
	766	+ int t = lua_tag(o);
	767	+ return (t == LUA_T_CMARK) \|\| (t == LUA_T_CFUNCTION);
673	768	}
674	769
675		−int lua_isstring (lua_Object object)
	770	+int lua_isnumber (lua_Object o)
676	771	{
677		− int t = lua_type(object);
	772	+ return (o!= LUA_NOOBJECT) && (tonumber(Address(o)) == 0);
	773	+}
	774	+
	775	+int lua_isstring (lua_Object o)
	776	+{
	777	+ int t = lua_tag(o);
678	778	return (t == LUA_T_STRING) \|\| (t == LUA_T_NUMBER);
679	779	}
680	780
681		−int lua_isfunction (lua_Object object)
	781	+int lua_isfunction (lua_Object o)
682	782	{
683		− int t = lua_type(object);
	783	+ int t = lua_tag(o);
684	784	return (t == LUA_T_FUNCTION) \|\| (t == LUA_T_CFUNCTION) \|\|
685	785	(t == LUA_T_MARK) \|\| (t == LUA_T_CMARK);
686	786	}
@@ -700,57 +800,44 @@ real lua_getnumber (lua_Object object) · 13 unmodified lines
700	800	*/
701	801	char *lua_getstring (lua_Object object)
702	802	{
703		− if (object == LUA_NOOBJECT) return NULL;
704		− if (tostring (Address(object))) return NULL;
705		− else return (svalue(Address(object)));
	803	+ if (object == LUA_NOOBJECT \|\| tostring (Address(object)))
	804	+ return NULL;
	805	+ else return (svalue(Address(object)));
706	806	}
707	807
708		−/*
709		−** Given an object handle, return its cfuntion pointer. On error, return NULL.
710		−*/
711		−lua_CFunction lua_getcfunction (lua_Object object)
	808	+
	809	+void *lua_getuserdata (lua_Object object)
712	810	{
713		− if (object == LUA_NOOBJECT \|\| ((tag(Address(object)) != LUA_T_CFUNCTION) &&
714		− (tag(Address(object)) != LUA_T_CMARK)))
715		− return NULL;
716		− else return (fvalue(Address(object)));
	811	+ if (object == LUA_NOOBJECT \|\| ttype(Address(object)) != LUA_T_USERDATA)
	812	+ return NULL;
	813	+ else return tsvalue(Address(object))->u.v;
717	814	}
718	815
	816	+
719	817	/*
720		−** Given an object handle, return its user data. On error, return NULL.
	818	+** Given an object handle, return its cfuntion pointer. On error, return NULL.
721	819	*/
722		−void *lua_getuserdata (lua_Object object)
	820	+lua_CFunction lua_getcfunction (lua_Object object)
723	821	{
724		− if (object == LUA_NOOBJECT \|\| tag(Address(object)) < LUA_T_USERDATA)
	822	+ if (object == LUA_NOOBJECT \|\| ((ttype(Address(object)) != LUA_T_CFUNCTION) &&
	823	+ (ttype(Address(object)) != LUA_T_CMARK)))
725	824	return NULL;
726		− else return (uvalue(Address(object)));
	825	+ else return (fvalue(Address(object)));
727	826	}
728	827
729	828
730	829	lua_Object lua_getref (int ref)
731	830	{
732		− Object *o = luaI_getref(ref);
	831	+ TObject *o = luaI_getref(ref);
733	832	if (o == NULL)
734	833	return LUA_NOOBJECT;
735		− adjustC(0);
736		− luaI_pushobject(o);
737		− CLS_current.base++; /* incorporate object in the stack */
738		− return Ref(top-1);
739		−}
740		−
741		−
742		−void lua_pushref (int ref)
743		−{
744		− Object *o = luaI_getref(ref);
745		− if (o == NULL)
746		− lua_error("access to invalid (possibly garbage collected) reference");
747		− luaI_pushobject(o);
	834	+ return put_luaObject(o);
748	835	}
749	836
750	837
751	838	int lua_ref (int lock)
752	839	{
753		− adjustC(1);
	840	+ checkCparams(1);
754	841	return luaI_ref(--top, lock);
755	842	}
756	843
@@ -761,20 +848,50 @@ int lua_ref (int lock) · 4 unmodified lines
761	848	*/
762	849	lua_Object lua_getglobal (char *name)
763	850	{
764		− adjustC(0);
765		− getglobal(luaI_findsymbolbyname(name));
766		− CLS_current.base++; /* incorporate object in the stack */
767		− return Ref(top-1);
	851	+ getglobal(luaI_findsymbolbyname(name));
	852	+ return put_luaObjectonTop();
	853	+}
	854	+
	855	+
	856	+lua_Object lua_rawgetglobal (char *name)
	857	+{
	858	+ return put_luaObject(&lua_table[luaI_findsymbolbyname(name)].object);
768	859	}
769	860
	861	+
770	862	/*
771	863	** Store top of the stack at a global variable array field.
772	864	*/
773		−void lua_storeglobal (char *name)
	865	+static void setglobal (Word n)
	866	+{
	867	+ TObject *oldvalue = &lua_table[n].object;
	868	+ TObject *im = luaI_getimbyObj(oldvalue, IM_SETGLOBAL);
	869	+ if (ttype(im) == LUA_T_NIL) /* default behavior */
	870	+ s_object(n) = *(--top);
	871	+ else {
	872	+ TObject newvalue = *(top-1);
	873	+ ttype(top-1) = LUA_T_STRING;
	874	+ tsvalue(top-1) = lua_table[n].varname;
	875	+ top = oldvalue;
	876	+ incr_top;
	877	+ *top = newvalue;
	878	+ incr_top;
	879	+ callIM(im, 3, 0);
	880	+ }
	881	+}
	882	+
	883	+
	884	+void lua_setglobal (char *name)
774	885	{
775		− Word n = luaI_findsymbolbyname(name);
776		− adjustC(1);
777		− s_object(n) = *(--top);
	886	+ checkCparams(1);
	887	+ setglobal(luaI_findsymbolbyname(name));
	888	+}
	889	+
	890	+void lua_rawsetglobal (char *name)
	891	+{
	892	+ Word n = luaI_findsymbolbyname(name);
	893	+ checkCparams(1);
	894	+ s_object(n) = *(--top);
778	895	}
779	896
780	897	/*
@@ -782,60 +899,59 @@ void lua_storeglobal (char *name) · 1 unmodified line
782	899	*/
783	900	void lua_pushnil (void)
784	901	{
785		− tag(top) = LUA_T_NIL;
786		− incr_top;
	902	+ ttype(top) = LUA_T_NIL;
	903	+ incr_top;
787	904	}
788	905
789	906	/*
790		−** Push an object (tag=number) to stack.
	907	+** Push an object (ttype=number) to stack.
791	908	*/
792	909	void lua_pushnumber (real n)
793	910	{
794		− tag(top) = LUA_T_NUMBER; nvalue(top) = n;
	911	+ ttype(top) = LUA_T_NUMBER; nvalue(top) = n;
795	912	incr_top;
796	913	}
797	914
798	915	/*
799		−** Push an object (tag=string) to stack.
	916	+** Push an object (ttype=string) to stack.
800	917	*/
801	918	void lua_pushstring (char *s)
802	919	{
803	920	if (s == NULL)
804		− tag(top) = LUA_T_NIL;
	921	+ ttype(top) = LUA_T_NIL;
805	922	else
806	923	{
807	924	tsvalue(top) = lua_createstring(s);
808		− tag(top) = LUA_T_STRING;
	925	+ ttype(top) = LUA_T_STRING;
809	926	}
810	927	incr_top;
811	928	}
812		−/*>>>>>>>>>#undef lua_pushliteral
813		−void lua_pushliteral(char s) { lua_pushstring(s); }/
	929	+
814	930
815	931	/*
816		−** Push an object (tag=cfunction) to stack.
	932	+** Push an object (ttype=cfunction) to stack.
817	933	*/
818	934	void lua_pushcfunction (lua_CFunction fn)
819	935	{
820		− tag(top) = LUA_T_CFUNCTION; fvalue(top) = fn;
	936	+ ttype(top) = LUA_T_CFUNCTION; fvalue(top) = fn;
821	937	incr_top;
822	938	}
823	939
824		−/*
825		−** Push an object (tag=userdata) to stack.
826		−*/
	940	+
	941	+
827	942	void lua_pushusertag (void *u, int tag)
828	943	{
829		− if (tag < LUA_T_USERDATA)
830		− lua_error("invalid tag in `lua_pushusertag'");
831		− tag(top) = tag; uvalue(top) = u;
832		− incr_top;
	944	+ if (tag < 0 && tag != LUA_ANYTAG)
	945	+ luaI_realtag(tag); /* error if tag is not valid */
	946	+ tsvalue(top) = luaI_createudata(u, tag);
	947	+ ttype(top) = LUA_T_USERDATA;
	948	+ incr_top;
833	949	}
834	950
835	951	/*
836	952	** Push an object on the stack.
837	953	*/
838		−void luaI_pushobject (Object *o)
	954	+void luaI_pushobject (TObject *o)
839	955	{
840	956	top = o;
841	957	incr_top;
@@ -847,78 +963,102 @@ void luaI_pushobject (Object *o) · 5 unmodified lines
847	963	void lua_pushobject (lua_Object o)
848	964	{
849	965	if (o == LUA_NOOBJECT)
850		− lua_error("attempt to push a NOOBJECT");
	966	+ lua_error("API error - attempt to push a NOOBJECT");
851	967	top = Address(o);
852		− if (tag(top) == LUA_T_MARK) tag(top) = LUA_T_FUNCTION;
853		− else if (tag(top) == LUA_T_CMARK) tag(top) = LUA_T_CFUNCTION;
	968	+ if (ttype(top) == LUA_T_MARK) ttype(top) = LUA_T_FUNCTION;
	969	+ else if (ttype(top) == LUA_T_CMARK) ttype(top) = LUA_T_CFUNCTION;
854	970	incr_top;
855	971	}
856	972
857		−int lua_type (lua_Object o)
	973	+int lua_tag (lua_Object lo)
858	974	{
859		− if (o == LUA_NOOBJECT)
860		− return LUA_T_NIL;
861		− else
862		− return tag(Address(o));
	975	+ if (lo == LUA_NOOBJECT) return LUA_T_NIL;
	976	+ else {
	977	+ TObject *o = Address(lo);
	978	+ lua_Type t = ttype(o);
	979	+ if (t == LUA_T_USERDATA)
	980	+ return o->value.ts->tag;
	981	+ else if (t == LUA_T_ARRAY)
	982	+ return o->value.a->htag;
	983	+ else return t;
	984	+ }
863	985	}
864	986
865	987
866		−void luaI_gcFB (Object *o)
	988	+void luaI_gcIM (TObject *o)
867	989	{
868		− top = o;
869		− incr_top;
870		− callFB(FB_GC);
	990	+ TObject *im = luaI_getimbyObj(o, IM_GC);
	991	+ if (ttype(im) != LUA_T_NIL) {
	992	+ top = o;
	993	+ incr_top;
	994	+ callIM(im, 1, 0);
	995	+ }
	996	+}
	997	+
	998	+
	999	+static void call_binTM (IMS event, char *msg)
	1000	+{
	1001	+ TObject im = luaI_getimbyObj(top-2, event); / try first operand */
	1002	+ if (ttype(im) == LUA_T_NIL) {
	1003	+ im = luaI_getimbyObj(top-1, event); /* try second operand */
	1004	+ if (ttype(im) == LUA_T_NIL) {
	1005	+ im = luaI_getim(0, event); /* try a 'global' i.m. */
	1006	+ if (ttype(im) == LUA_T_NIL)
	1007	+ lua_error(msg);
	1008	+ }
	1009	+ }
	1010	+ lua_pushstring(luaI_eventname[event]);
	1011	+ callIM(im, 3, 1);
871	1012	}
872	1013
873	1014
874		−static void call_arith (char *op)
	1015	+static void call_arith (IMS event)
875	1016	{
876		− lua_pushstring(op);
877		− callFB(FB_ARITH);
	1017	+ call_binTM(event, "unexpected type at arithmetic operation");
878	1018	}
879	1019
880		−static void comparison (lua_Type tag_less, lua_Type tag_equal,
881		− lua_Type tag_great, char *op)
	1020	+
	1021	+static void comparison (lua_Type ttype_less, lua_Type ttype_equal,
	1022	+ lua_Type ttype_great, IMS op)
882	1023	{
883		− Object *l = top-2;
884		− Object *r = top-1;
	1024	+ TObject *l = top-2;
	1025	+ TObject *r = top-1;
885	1026	int result;
886		− if (tag(l) == LUA_T_NUMBER && tag(r) == LUA_T_NUMBER)
	1027	+ if (ttype(l) == LUA_T_NUMBER && ttype(r) == LUA_T_NUMBER)
887	1028	result = (nvalue(l) < nvalue(r)) ? -1 : (nvalue(l) == nvalue(r)) ? 0 : 1;
888		− else if (tostring(l) \|\| tostring(r))
889		− {
890		− lua_pushstring(op);
891		− callFB(FB_ORDER);
	1029	+ else if (ttype(l) == LUA_T_STRING && ttype(r) == LUA_T_STRING)
	1030	+ result = strcmp(svalue(l), svalue(r));
	1031	+ else {
	1032	+ call_binTM(op, "unexpected type at comparison");
892	1033	return;
893	1034	}
894		− else
895		− result = strcmp(svalue(l), svalue(r));
896	1035	top--;
897	1036	nvalue(top-1) = 1;
898		− tag(top-1) = (result < 0) ? tag_less : (result == 0) ? tag_equal : tag_great;
	1037	+ ttype(top-1) = (result < 0) ? ttype_less :
	1038	+ (result == 0) ? ttype_equal : ttype_great;
899	1039	}
900	1040
901	1041
902	1042	static void adjust_varargs (StkId first_extra_arg)
903	1043	{
904		− Object arg;
905		− Object *firstelem = stack+first_extra_arg;
	1044	+ TObject arg;
	1045	+ TObject *firstelem = stack+first_extra_arg;
906	1046	int nvararg = top-firstelem;
907	1047	int i;
908	1048	if (nvararg < 0) nvararg = 0;
909	1049	avalue(&arg) = lua_createarray(nvararg+1); /* +1 for field 'n' */
910		− tag(&arg) = LUA_T_ARRAY;
	1050	+ ttype(&arg) = LUA_T_ARRAY;
911	1051	for (i=0; i<nvararg; i++) {
912		− Object index;
913		− tag(&index) = LUA_T_NUMBER;
	1052	+ TObject index;
	1053	+ ttype(&index) = LUA_T_NUMBER;
914	1054	nvalue(&index) = i+1;
915	1055	(lua_hashdefine(avalue(&arg), &index)) = (firstelem+i);
916	1056	}
917	1057	/* store counter in field "n" */ {
918		− Object index, extra;
919		− tag(&index) = LUA_T_STRING;
	1058	+ TObject index, extra;
	1059	+ ttype(&index) = LUA_T_STRING;
920	1060	tsvalue(&index) = lua_createstring("n");
921		− tag(&extra) = LUA_T_NUMBER;
	1061	+ ttype(&extra) = LUA_T_NUMBER;
922	1062	nvalue(&extra) = nvararg;
923	1063	*(lua_hashdefine(avalue(&arg), &index)) = extra;
924	1064	}
@@ -942,22 +1082,22 @@ static StkId lua_execute (Byte *pc, StkId base) · 17 unmodified lines
942	1082	OpCode opcode;
943	1083	switch (opcode = (OpCode)*pc++)
944	1084	{
945		− case PUSHNIL: tag(top) = LUA_T_NIL; incr_top; break;
	1085	+ case PUSHNIL: ttype(top) = LUA_T_NIL; incr_top; break;
946	1086
947	1087	case PUSH0: case PUSH1: case PUSH2:
948		− tag(top) = LUA_T_NUMBER;
	1088	+ ttype(top) = LUA_T_NUMBER;
949	1089	nvalue(top) = opcode-PUSH0;
950	1090	incr_top;
951	1091	break;
952	1092
953	1093	case PUSHBYTE:
954		− tag(top) = LUA_T_NUMBER; nvalue(top) = *pc++; incr_top; break;
	1094	+ ttype(top) = LUA_T_NUMBER; nvalue(top) = *pc++; incr_top; break;
955	1095
956	1096	case PUSHWORD:
957	1097	{
958	1098	Word w;
959	1099	get_word(w,pc);
960		− tag(top) = LUA_T_NUMBER; nvalue(top) = w;
	1100	+ ttype(top) = LUA_T_NUMBER; nvalue(top) = w;
961	1101	incr_top;
962	1102	}
963	1103	break;
@@ -966,7 +1106,7 @@ static StkId lua_execute (Byte *pc, StkId base) · 2 unmodified lines
966	1106	{
967	1107	real num;
968	1108	get_float(num,pc);
969		− tag(top) = LUA_T_NUMBER; nvalue(top) = num;
	1109	+ ttype(top) = LUA_T_NUMBER; nvalue(top) = num;
970	1110	incr_top;
971	1111	}
972	1112	break;
@@ -975,7 +1115,7 @@ static StkId lua_execute (Byte *pc, StkId base) · 2 unmodified lines
975	1115	{
976	1116	Word w;
977	1117	get_word(w,pc);
978		− tag(top) = LUA_T_STRING; tsvalue(top) = lua_constant[w];
	1118	+ ttype(top) = LUA_T_STRING; tsvalue(top) = lua_constant[w];
979	1119	incr_top;
980	1120	}
981	1121	break;
@@ -985,7 +1125,7 @@ static StkId lua_execute (Byte *pc, StkId base) · 3 unmodified lines
985	1125	TFunc *f;
986	1126	get_code(f,pc);
987	1127	luaI_insertfunction(f); /* may take part in GC */
988		− top->tag = LUA_T_FUNCTION;
	1128	+ top->ttype = LUA_T_FUNCTION;
989	1129	top->value.tf = f;
990	1130	incr_top;
991	1131	}
@@ -1013,10 +1153,10 @@ static StkId lua_execute (Byte *pc, StkId base) · 21 unmodified lines
1013	1153
1014	1154	case PUSHSELF:
1015	1155	{
1016		− Object receiver = *(top-1);
	1156	+ TObject receiver = *(top-1);
1017	1157	Word w;
1018	1158	get_word(w,pc);
1019		− tag(top) = LUA_T_STRING; tsvalue(top) = lua_constant[w];
	1159	+ ttype(top) = LUA_T_STRING; tsvalue(top) = lua_constant[w];
1020	1160	incr_top;
1021	1161	pushsubscript();
1022	1162	*top = receiver;
@@ -1037,47 +1177,32 @@ static StkId lua_execute (Byte *pc, StkId base) · 14 unmodified lines
1037	1177	{
1038	1178	Word w;
1039	1179	get_word(w,pc);
1040		− s_object(w) = *(--top);
	1180	+ setglobal(w);
1041	1181	}
1042	1182	break;
1043	1183
1044	1184	case STOREINDEXED0:
1045		− storesubscript();
	1185	+ storesubscript(top-3, 1);
1046	1186	break;
1047	1187
1048		− case STOREINDEXED:
1049		− {
1050		− int n = *pc++;
1051		− if (tag(top-3-n) != LUA_T_ARRAY)
1052		− {
1053		− lua_checkstack(top+2);
1054		− (top+1) = (top-1);
1055		− (top) = (top-2-n);
1056		− (top-1) = (top-3-n);
1057		− top += 2;
1058		− callFB(FB_SETTABLE);
1059		− }
1060		− else
1061		− {
1062		− Object *h = lua_hashdefine (avalue(top-3-n), top-2-n);
1063		− h = (top-1);
1064		− top--;
1065		− }
	1188	+ case STOREINDEXED: {
	1189	+ int n = *pc++;
	1190	+ storesubscript(top-3-n, 2);
	1191	+ break;
1066	1192	}
1067		− break;
1068	1193
1069	1194	case STORELIST0:
1070	1195	case STORELIST:
1071	1196	{
1072	1197	int m, n;
1073		− Object *arr;
	1198	+ TObject *arr;
1074	1199	if (opcode == STORELIST0) m = 0;
1075	1200	else m = (pc++) FIELDS_PER_FLUSH;
1076	1201	n = *(pc++);
1077	1202	arr = top-n-1;
1078	1203	while (n)
1079	1204	{
1080		− tag(top) = LUA_T_NUMBER; nvalue(top) = n+m;
	1205	+ ttype(top) = LUA_T_NUMBER; nvalue(top) = n+m;
1081	1206	(lua_hashdefine (avalue(arr), top)) = (top-1);
1082	1207	top--;
1083	1208	n--;
@@ -1085,15 +1210,15 @@ static StkId lua_execute (Byte *pc, StkId base) · 1 unmodified line
1085	1210	}
1086	1211	break;
1087	1212
1088		− case STORERECORD:
	1213	+ case STORERECORD: /* opcode obsolete: supersed by STOREMAP */
1089	1214	{
1090	1215	int n = *(pc++);
1091		− Object *arr = top-n-1;
	1216	+ TObject *arr = top-n-1;
1092	1217	while (n)
1093	1218	{
1094	1219	Word w;
1095	1220	get_word(w,pc);
1096		− tag(top) = LUA_T_STRING; tsvalue(top) = lua_constant[w];
	1221	+ ttype(top) = LUA_T_STRING; tsvalue(top) = lua_constant[w];
1097	1222	(lua_hashdefine (avalue(arr), top)) = (top-1);
1098	1223	top--;
1099	1224	n--;
@@ -1101,13 +1226,25 @@ static StkId lua_execute (Byte *pc, StkId base) · 1 unmodified line
1101	1226	}
1102	1227	break;
1103	1228
	1229	+ case STOREMAP: {
	1230	+ int n = *(pc++);
	1231	+ TObject arr = top-(2n)-1;
	1232	+ while (n--) {
	1233	+ (lua_hashdefine (avalue(arr), top-2)) = (top-1);
	1234	+ top-=2;
	1235	+ }
	1236	+ }
	1237	+ break;
	1238	+
1104	1239	case ADJUST0:
1105	1240	adjust_top(base);
1106	1241	break;
1107	1242
1108		− case ADJUST:
1109		− adjust_top(base + *(pc++));
	1243	+ case ADJUST: {
	1244	+ StkId newtop = base + *(pc++);
	1245	+ adjust_top(newtop);
1110	1246	break;
	1247	+ }
1111	1248
1112	1249	case VARARGS:
1113	1250	adjust_varargs(base + *(pc++));
@@ -1118,7 +1255,7 @@ static StkId lua_execute (Byte *pc, StkId base) · 4 unmodified lines
1118	1255	Word size;
1119	1256	get_word(size,pc);
1120	1257	avalue(top) = lua_createarray(size);
1121		− tag(top) = LUA_T_ARRAY;
	1258	+ ttype(top) = LUA_T_ARRAY;
1122	1259	incr_top;
1123	1260	}
1124	1261	break;
@@ -1127,33 +1264,33 @@ static StkId lua_execute (Byte *pc, StkId base) · 2 unmodified lines
1127	1264	{
1128	1265	int res = lua_equalObj(top-2, top-1);
1129	1266	--top;
1130		− tag(top-1) = res ? LUA_T_NUMBER : LUA_T_NIL;
	1267	+ ttype(top-1) = res ? LUA_T_NUMBER : LUA_T_NIL;
1131	1268	nvalue(top-1) = 1;
1132	1269	}
1133	1270	break;
1134	1271
1135	1272	case LTOP:
1136		− comparison(LUA_T_NUMBER, LUA_T_NIL, LUA_T_NIL, "lt");
	1273	+ comparison(LUA_T_NUMBER, LUA_T_NIL, LUA_T_NIL, IM_LT);
1137	1274	break;
1138	1275
1139	1276	case LEOP:
1140		− comparison(LUA_T_NUMBER, LUA_T_NUMBER, LUA_T_NIL, "le");
	1277	+ comparison(LUA_T_NUMBER, LUA_T_NUMBER, LUA_T_NIL, IM_LE);
1141	1278	break;
1142	1279
1143	1280	case GTOP:
1144		− comparison(LUA_T_NIL, LUA_T_NIL, LUA_T_NUMBER, "gt");
	1281	+ comparison(LUA_T_NIL, LUA_T_NIL, LUA_T_NUMBER, IM_GT);
1145	1282	break;
1146	1283
1147	1284	case GEOP:
1148		− comparison(LUA_T_NIL, LUA_T_NUMBER, LUA_T_NUMBER, "ge");
	1285	+ comparison(LUA_T_NIL, LUA_T_NUMBER, LUA_T_NUMBER, IM_GE);
1149	1286	break;
1150	1287
1151	1288	case ADDOP:
1152	1289	{
1153		− Object *l = top-2;
1154		− Object *r = top-1;
	1290	+ TObject *l = top-2;
	1291	+ TObject *r = top-1;
1155	1292	if (tonumber(r) \|\| tonumber(l))
1156		− call_arith("add");
	1293	+ call_arith(IM_ADD);
1157	1294	else
1158	1295	{
1159	1296	nvalue(l) += nvalue(r);
@@ -1164,10 +1301,10 @@ static StkId lua_execute (Byte *pc, StkId base) · 4 unmodified lines
1164	1301
1165	1302	case SUBOP:
1166	1303	{
1167		− Object *l = top-2;
1168		− Object *r = top-1;
	1304	+ TObject *l = top-2;
	1305	+ TObject *r = top-1;
1169	1306	if (tonumber(r) \|\| tonumber(l))
1170		− call_arith("sub");
	1307	+ call_arith(IM_SUB);
1171	1308	else
1172	1309	{
1173	1310	nvalue(l) -= nvalue(r);
@@ -1178,10 +1315,10 @@ static StkId lua_execute (Byte *pc, StkId base) · 4 unmodified lines
1178	1315
1179	1316	case MULTOP:
1180	1317	{
1181		− Object *l = top-2;
1182		− Object *r = top-1;
	1318	+ TObject *l = top-2;
	1319	+ TObject *r = top-1;
1183	1320	if (tonumber(r) \|\| tonumber(l))
1184		− call_arith("mul");
	1321	+ call_arith(IM_MUL);
1185	1322	else
1186	1323	{
1187	1324	nvalue(l) *= nvalue(r);
@@ -1192,10 +1329,10 @@ static StkId lua_execute (Byte *pc, StkId base) · 4 unmodified lines
1192	1329
1193	1330	case DIVOP:
1194	1331	{
1195		− Object *l = top-2;
1196		− Object *r = top-1;
	1332	+ TObject *l = top-2;
	1333	+ TObject *r = top-1;
1197	1334	if (tonumber(r) \|\| tonumber(l))
1198		− call_arith("div");
	1335	+ call_arith(IM_DIV);
1199	1336	else
1200	1337	{
1201	1338	nvalue(l) /= nvalue(r);
@@ -1205,36 +1342,34 @@ static StkId lua_execute (Byte *pc, StkId base) · 3 unmodified lines
1205	1342	break;
1206	1343
1207	1344	case POWOP:
1208		− call_arith("pow");
	1345	+ call_arith(IM_POW);
1209	1346	break;
1210	1347
1211		− case CONCOP:
1212		− {
1213		− Object *l = top-2;
1214		− Object *r = top-1;
1215		− if (tostring(r) \|\| tostring(l))
1216		− callFB(FB_CONCAT);
1217		− else
1218		− {
1219		− tsvalue(l) = lua_createstring (lua_strconc(svalue(l),svalue(r)));
1220		− --top;
1221		− }
	1348	+ case CONCOP: {
	1349	+ TObject *l = top-2;
	1350	+ TObject *r = top-1;
	1351	+ if (tostring(l) \|\| tostring(r))
	1352	+ call_binTM(IM_CONCAT, "unexpected type for concatenation");
	1353	+ else {
	1354	+ tsvalue(l) = lua_createstring(lua_strconc(svalue(l),svalue(r)));
	1355	+ --top;
	1356	+ }
1222	1357	}
1223	1358	break;
1224	1359
1225	1360	case MINUSOP:
1226	1361	if (tonumber(top-1))
1227	1362	{
1228		− tag(top) = LUA_T_NIL;
	1363	+ ttype(top) = LUA_T_NIL;
1229	1364	incr_top;
1230		− call_arith("unm");
	1365	+ call_arith(IM_UNM);
1231	1366	}
1232	1367	else
1233	1368	nvalue(top-1) = - nvalue(top-1);
1234	1369	break;
1235	1370
1236	1371	case NOTOP:
1237		− tag(top-1) = (tag(top-1) == LUA_T_NIL) ? LUA_T_NUMBER : LUA_T_NIL;
	1372	+ ttype(top-1) = (ttype(top-1) == LUA_T_NIL) ? LUA_T_NUMBER : LUA_T_NIL;
1238	1373	nvalue(top-1) = 1;
1239	1374	break;
1240	1375
@@ -1242,15 +1377,15 @@ static StkId lua_execute (Byte *pc, StkId base) · 1 unmodified line
1242	1377	{
1243	1378	Word w;
1244	1379	get_word(w,pc);
1245		− if (tag(top-1) != LUA_T_NIL) pc += w;
	1380	+ if (ttype(top-1) != LUA_T_NIL) pc += w;
1246	1381	}
1247	1382	break;
1248	1383
1249		− case ONFJMP:
	1384	+ case ONFJMP:
1250	1385	{
1251	1386	Word w;
1252	1387	get_word(w,pc);
1253		− if (tag(top-1) == LUA_T_NIL) pc += w;
	1388	+ if (ttype(top-1) == LUA_T_NIL) pc += w;
1254	1389	}
1255	1390	break;
1256	1391
@@ -1275,7 +1410,7 @@ static StkId lua_execute (Byte *pc, StkId base) · 18 unmodified lines
1275	1410	Word w;
1276	1411	get_word(w,pc);
1277	1412	top--;
1278		− if (tag(top) == LUA_T_NIL) pc += w;
	1413	+ if (ttype(top) == LUA_T_NIL) pc += w;
1279	1414	}
1280	1415	break;
1281	1416
@@ -1284,7 +1419,7 @@ static StkId lua_execute (Byte *pc, StkId base) · 2 unmodified lines
1284	1419	Word w;
1285	1420	get_word(w,pc);
1286	1421	top--;
1287		− if (tag(top) == LUA_T_NIL) pc -= w;
	1422	+ if (ttype(top) == LUA_T_NIL) pc -= w;
1288	1423	}
1289	1424	break;
1290	1425
@@ -1309,12 +1444,12 @@ static StkId lua_execute (Byte *pc, StkId base) · 18 unmodified lines
1309	1444	{
1310	1445	Word line;
1311	1446	get_word(line,pc);
1312		− if ((stack+base-1)->tag != LUA_T_LINE)
	1447	+ if ((stack+base-1)->ttype != LUA_T_LINE)
1313	1448	{
1314	1449	/* open space for LINE value */
1315	1450	open_stack((top-stack)-base);
1316	1451	base++;
1317		− (stack+base-1)->tag = LUA_T_LINE;
	1452	+ (stack+base-1)->ttype = LUA_T_LINE;
1318	1453	}
1319	1454	(stack+base-1)->value.i = line;
1320	1455	if (lua_linehook)
@@ -1328,3 +1463,16 @@ static StkId lua_execute (Byte *pc, StkId base) · 7 unmodified lines
1328	1463	}
1329	1464	}
1330	1465
	1466	+
	1467	+#if COMPAT2_5
	1468	+/*
	1469	+** API: set a function as a fallback
	1470	+*/
	1471	+lua_Object lua_setfallback (char *name, lua_CFunction fallback)
	1472	+{
	1473	+ lua_pushstring(name);
	1474	+ lua_pushcfunction(fallback);
	1475	+ do_unprotectedrun(luaI_setfallback, 2, 1);
	1476	+ return put_luaObjectonTop();
	1477	+}
	1478	+#endif

src/opcode.h+46−25

@@ -1,6 +1,6 @@
1	1	/*
2	2	** TeCGraf - PUC-Rio
3		−** $Id: opcode.h,v 3.24 1996/11/01 12:46:59 roberto Exp $
	3	+** $Id: opcode.h,v 3.34 1997/06/16 16:50:22 roberto Exp $
4	4	*/
5	5
6	6	#ifndef opcode_h
@@ -14,6 +14,28 @@ · 7 unmodified lines
14	14
15	15	#define FIELDS_PER_FLUSH 40
16	16
	17	+/*
	18	+* WARNING: if you change the order of this enumeration,
	19	+* grep "ORDER LUA_T"
	20	+*/
	21	+typedef enum
	22	+{
	23	+ LUA_T_NIL = -9,
	24	+ LUA_T_NUMBER = -8,
	25	+ LUA_T_STRING = -7,
	26	+ LUA_T_ARRAY = -6, /* array==table */
	27	+ LUA_T_FUNCTION = -5,
	28	+ LUA_T_CFUNCTION= -4,
	29	+ LUA_T_MARK = -3,
	30	+ LUA_T_CMARK = -2,
	31	+ LUA_T_LINE = -1,
	32	+ LUA_T_USERDATA = 0
	33	+} lua_Type;
	34	+
	35	+#define NUM_TYPES 10
	36	+
	37	+
	38	+extern char *luaI_typenames[];
17	39
18	40	typedef enum {
19	41	/* name parm before after side effect
@@ -38,7 +60,7 @@ PUSHLOCAL6,/* - LOC[6] */ · 18 unmodified lines
38	60	PUSHLOCAL7,/* - LOC[7] */
39	61	PUSHLOCAL8,/* - LOC[8] */
40	62	PUSHLOCAL9,/* - LOC[9] */
41		−PUSHLOCAL,/* w - LOC[w] */
	63	+PUSHLOCAL,/* b - LOC[b] */
42	64	PUSHGLOBAL,/* w - VAR[w] */
43	65	PUSHINDEXED,/* i t t[i] */
44	66	PUSHSELF,/* w t t t[STR[w]] */
@@ -52,14 +74,14 @@ STORELOCAL6,/* x - LOC[6]=x */ · 7 unmodified lines
52	74	STORELOCAL7,/* x - LOC[7]=x */
53	75	STORELOCAL8,/* x - LOC[8]=x */
54	76	STORELOCAL9,/* x - LOC[9]=x */
55		−STORELOCAL,/* w x - LOC[w]=x */
	77	+STORELOCAL,/* b x - LOC[b]=x */
56	78	STOREGLOBAL,/* w x - VAR[w]=x */
57	79	STOREINDEXED0,/* v i t - t[i]=v */
58	80	STOREINDEXED,/* b v a_b...a_1 i t a_b...a_1 i t t[i]=v */
59		−STORELIST0,/* w v_w...v_1 t - t[i]=v_i */
60		−STORELIST,/* w n v_w...v_1 t - t[i+nFPF]=v_i /
61		−STORERECORD,/* n
62		− w_n...w_1 v_n...v_1 t - t[STR[w_i]]=v_i */
	81	+STORELIST0,/* b v_b...v_1 t - t[i]=v_i */
	82	+STORELIST,/* b c v_b...v_1 t - t[i+cFPF]=v_i /
	83	+STORERECORD,/* b
	84	+ w_b...w_1 v_b...v_1 t - t[STR[w_i]]=v_i */
63	85	ADJUST0,/* - - TOP=BASE */
64	86	ADJUST,/* b - - TOP=BASE+b */
65	87	CREATEARRAY,/* w - newarray(size = w) */
@@ -76,19 +98,19 @@ POWOP,/* y x x^y */ · 10 unmodified lines
76	98	CONCOP,/* y x x..y */
77	99	MINUSOP,/* x -x */
78	100	NOTOP,/* x (x==nil)? 1 : nil */
79		−ONTJMP,/* w x - (x!=nil)? PC+=w */
80		−ONFJMP,/* w x - (x==nil)? PC+=w */
	101	+ONTJMP,/* w x - (x!=nil)? PC+=w */
	102	+ONFJMP,/* w x - (x==nil)? PC+=w */
81	103	JMP,/* w - - PC+=w */
82		−UPJMP,/* w - - PC-=w */
83		−IFFJMP,/* w x - (x==nil)? PC+=w */
	104	+UPJMP,/* w - - PC-=w */
	105	+IFFJMP,/* w x - (x==nil)? PC+=w */
84	106	IFFUPJMP,/* w x - (x==nil)? PC-=w */
85	107	POP,/* x - */
86		−CALLFUNC,/* n m v_n...v_1 f r_m...r_1 f(v1,...,v_n) */
	108	+CALLFUNC,/* b c v_b...v_1 f r_c...r_1 f(v1,...,v_b) */
87	109	RETCODE0,
88	110	RETCODE,/* b - - */
89	111	SETLINE,/* w - - LINE=w */
90		−VARARGS/* b v_n...v_1 {v_1...v_n;n=n} */
91		−
	112	+VARARGS,/* b v_b...v_1 {v_1...v_b;n=b} */
	113	+STOREMAP/* b v_b k_b ...v_1 k_1 t - t[k_i]=v_i */
92	114	} OpCode;
93	115
94	116
@@ -102,29 +124,27 @@ typedef union · 7 unmodified lines
102	124	TaggedString *ts;
103	125	TFunc *tf;
104	126	struct Hash *a;
105		− void *u;
106	127	int i;
107	128	} Value;
108	129
109		−typedef struct Object
	130	+typedef struct TObject
110	131	{
111		− lua_Type tag;
	132	+ lua_Type ttype;
112	133	Value value;
113		−} Object;
	134	+} TObject;
114	135
115	136
116	137	/* Macros to access structure members */
117		−#define tag(o) ((o)->tag)
	138	+#define ttype(o) ((o)->ttype)
118	139	#define nvalue(o) ((o)->value.n)
119	140	#define svalue(o) ((o)->value.ts->str)
120	141	#define tsvalue(o) ((o)->value.ts)
121	142	#define avalue(o) ((o)->value.a)
122	143	#define fvalue(o) ((o)->value.f)
123		−#define uvalue(o) ((o)->value.u)
124	144
125	145	/* Macros to access symbol table */
126	146	#define s_object(i) (lua_table[i].object)
127		−#define s_tag(i) (tag(&s_object(i)))
	147	+#define s_ttype(i) (ttype(&s_object(i)))
128	148	#define s_nvalue(i) (nvalue(&s_object(i)))
129	149	#define s_svalue(i) (svalue(&s_object(i)))
130	150	#define s_tsvalue(i) (tsvalue(&s_object(i)))
@@ -141,10 +161,11 @@ typedef struct Object · 10 unmodified lines
141	161	/* Exported functions */
142	162	void lua_parse (TFunc tf); / from "lua.stx" module */
143	163	void luaI_codedebugline (int line); /* from "lua.stx" module */
144		−void lua_travstack (int (fn)(Object ));
145		−Object *luaI_Address (lua_Object o);
146		−void luaI_pushobject (Object *o);
147		−void luaI_gcFB (Object *o);
	164	+void lua_travstack (int (fn)(TObject ));
	165	+TObject *luaI_Address (lua_Object o);
	166	+void luaI_pushobject (TObject *o);
	167	+void luaI_gcIM (TObject *o);
148	168	int luaI_dorun (TFunc *tf);
	169	+int lua_domain (void);
149	170
150	171	#endif

src/parser.c+344−316

@@ -10,14 +10,14 @@ static char luaY_sccsid[] = "@(#)yaccpar 1.9 (Berkeley) 02/21/93"; · 9 unmodified lines
10	10	#define YYPREFIX "luaY_"
11	11	#line 2 "lua.stx"
12	12
13		−char *rcs_luastx = "$Id: parser.c,v 1.1 1996/11/21 16:11:40 lhf Exp $";
	13	+char *rcs_luastx = "$Id: parser.c,v 1.1 1997/06/30 18:59:03 lhf Exp $";
14	14
15	15	#include <stdio.h>
16	16	#include <stdlib.h>
17	17	#include <string.h>
18	18
19	19	#include "luadebug.h"
20		−#include "mem.h"
	20	+#include "luamem.h"
21	21	#include "lex.h"
22	22	#include "opcode.h"
23	23	#include "hash.h"
@@ -60,8 +60,6 @@ static TaggedString localvar[MAXLOCALS]; / store local variable names */ · 36 unmodified lines
60	60	static int nlocalvar=0; /* number of local variables */
61	61
62	62	#define MAXFIELDS FIELDS_PER_FLUSH*2
63		−static Word fields[MAXFIELDS]; /* fieldnames to be flushed */
64		−static int nfields=0;
65	63
66	64	int lua_debug = 0;
67	65
@@ -113,22 +111,11 @@ static void code_word_at (Byte *p, int n) · 45 unmodified lines
113	111	memcpy(p, &w, sizeof(Word));
114	112	}
115	113
116		−static void push_field (Word name)
117		−{
118		− if (nfields < MAXFIELDS)
119		− fields[nfields++] = name;
120		− else
121		− luaY_error ("too many fields in nested constructors");
122		−}
123		−
124	114	static void flush_record (int n)
125	115	{
126		− int i;
127	116	if (n == 0) return;
128		− code_byte(STORERECORD);
	117	+ code_byte(STOREMAP);
129	118	code_byte(n);
130		− for (i=0; i<n; i++)
131		− code_word(fields[--nfields]);
132	119	}
133	120
134	121	static void flush_list (int m, int n)
@@ -171,11 +158,22 @@ static void add_varbuffer (Long var) · 36 unmodified lines
171	158	luaY_error ("variable buffer overflow");
172	159	}
173	160
	161	+static void code_string (Word w)
	162	+{
	163	+ code_byte(PUSHSTRING);
	164	+ code_word(w);
	165	+}
	166	+
	167	+static void code_constant (TaggedString *s)
	168	+{
	169	+ code_string(luaI_findconstant(s));
	170	+}
	171	+
174	172	static void code_number (float f)
175	173	{
176		− Word i = (Word)f;
177		− if (f == (float)i) /* f has an (short) integer value */
178		− {
	174	+ Word i;
	175	+ if (f >= 0 && f <= (float)MAX_WORD && (float)(i=(Word)f) == f) {
	176	+ /* f has an (short) integer value */
179	177	if (i <= 2) code_byte(PUSH0 + i);
180	178	else if (i <= 255)
181	179	{
@@ -418,7 +416,7 @@ void lua_parse (TFunc *tf) · 236 unmodified lines
418	416	}
419	417
420	418
421		−#line 414 "lua.stx"
	419	+#line 412 "lua.stx"
422	420	typedef union
423	421	{
424	422	int vInt;
@@ -429,7 +427,7 @@ typedef union · 4 unmodified lines
429	427	TFunc *pFunc;
430	428	TaggedString *pTStr;
431	429	} YYSTYPE;
432		−#line 433 "y.tab.c"
	430	+#line 431 "y.tab.c"
433	431	#define WRONGTOKEN 257
434	432	#define NIL 258
435	433	#define IF 259
@@ -467,8 +465,9 @@ short luaY_lhs[] = { -1, · 31 unmodified lines
467	465	38, 5, 39, 5, 40, 37, 4, 8, 8, 7,
468	466	7, 2, 2, 3, 41, 3, 17, 17, 18, 18,
469	467	19, 19, 42, 9, 9, 14, 14, 43, 43, 12,
470		− 12, 13, 13, 44, 15, 15, 16, 16, 6, 6,
471		− 20, 20, 20, 21, 29, 10, 10, 11, 11,
	468	+ 12, 13, 13, 44, 45, 45, 15, 15, 16, 16,
	469	+ 6, 6, 20, 20, 20, 21, 29, 10, 10, 11,
	470	+ 11,
472	471	};
473	472	short luaY_len[] = { 2,
474	473	2, 0, 3, 2, 3, 1, 3, 5, 0, 3,
@@ -479,113 +478,114 @@ short luaY_len[] = { 2, · 4 unmodified lines
479	478	0, 5, 0, 5, 0, 4, 2, 1, 3, 3,
480	479	1, 0, 1, 1, 0, 4, 0, 1, 1, 3,
481	480	1, 1, 0, 3, 2, 0, 2, 0, 1, 0,
482		− 2, 1, 3, 3, 0, 2, 1, 3, 1, 3,
483		− 1, 4, 3, 1, 1, 1, 3, 0, 2,
	481	+ 2, 1, 3, 3, 3, 1, 0, 2, 1, 3,
	482	+ 1, 3, 1, 4, 3, 1, 1, 1, 3, 0,
	483	+ 2,
484	484	};
485	485	short luaY_defred[] = { 2,
486		− 0, 0, 0, 14, 16, 0, 0, 0, 94, 19,
487		− 0, 0, 0, 91, 1, 0, 4, 0, 48, 46,
488		− 47, 0, 0, 0, 49, 29, 95, 0, 0, 44,
489		− 0, 0, 24, 0, 0, 0, 0, 96, 0, 0,
	486	+ 0, 0, 0, 14, 16, 0, 0, 0, 96, 19,
	487	+ 0, 0, 0, 93, 1, 0, 4, 0, 48, 46,
	488	+ 47, 0, 0, 0, 49, 29, 97, 0, 0, 44,
	489	+ 0, 0, 24, 0, 0, 0, 0, 98, 0, 0,
490	490	0, 0, 0, 0, 0, 57, 61, 12, 3, 0,
491	491	0, 0, 0, 0, 0, 28, 28, 28, 0, 0,
492	492	0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
493	493	0, 0, 0, 9, 27, 65, 0, 0, 20, 0,
494		− 5, 0, 0, 0, 0, 0, 59, 0, 93, 30,
	494	+ 5, 0, 0, 0, 0, 0, 59, 0, 95, 30,
495	495	24, 51, 53, 0, 0, 0, 0, 0, 0, 0,
496		− 0, 0, 0, 0, 0, 0, 0, 0, 73, 0,
497		− 0, 82, 28, 0, 0, 0, 0, 97, 72, 71,
498		− 0, 0, 69, 7, 60, 92, 28, 0, 0, 0,
499		− 56, 0, 75, 0, 0, 86, 24, 0, 25, 0,
500		− 0, 24, 0, 0, 0, 0, 0, 0, 83, 0,
501		− 74, 0, 28, 17, 10, 0, 70, 24, 0, 0,
502		− 77, 0, 0, 8, 22, 0, 13, 81, 15, 28,
503		− 24, 28, 0, 23,
	496	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 73,
	497	+ 0, 0, 82, 0, 28, 0, 0, 0, 0, 99,
	498	+ 72, 71, 0, 0, 69, 7, 60, 94, 28, 0,
	499	+ 0, 0, 56, 0, 75, 0, 0, 88, 0, 24,
	500	+ 0, 25, 0, 0, 24, 0, 0, 0, 0, 85,
	501	+ 86, 83, 0, 74, 0, 0, 28, 17, 10, 0,
	502	+ 70, 24, 0, 0, 77, 0, 0, 8, 22, 0,
	503	+ 13, 81, 15, 28, 24, 28, 0, 23,
504	504	};
505	505	short luaY_dgoto[] = { 1,
506		− 91, 34, 35, 25, 26, 11, 46, 12, 107, 39,
507		− 79, 161, 108, 151, 109, 110, 121, 122, 123, 27,
	506	+ 91, 34, 35, 25, 26, 11, 46, 12, 108, 39,
	507	+ 79, 165, 109, 154, 110, 111, 123, 124, 125, 27,
508	508	14, 41, 81, 2, 15, 16, 49, 17, 28, 73,
509		− 115, 37, 160, 32, 33, 74, 30, 128, 129, 31,
510		− 116, 134, 133, 112,
	509	+ 117, 37, 164, 32, 33, 74, 30, 130, 131, 31,
	510	+ 118, 136, 135, 113, 114,
511	511	};
512	512	short luaY_sindex[] = { 0,
513		− 0, 332, -38, 0, 0, -38, -239, -223, 0, 0,
514		− -23, 17, 0, 0, 0, 3, 0, 137, 0, 0,
515		− 0, -38, -38, -38, 0, 0, 0, 137, 547, 0,
516		− -25, -38, 0, 3, 45, 0, 212, 0, -22, 0,
517		− 52, 140, -38, -223, -38, 0, 0, 0, 0, -166,
518		− -38, -154, 40, 40, 102, 0, 0, 0, -38, -38,
519		− -38, -38, -38, -38, -38, -38, -38, -38, -38, -38,
520		− -34, 481, -130, 0, 0, 0, -38, -129, 0, -194,
521		− 0, -123, 45, 0, -17, 103, 0, 753, 0, 0,
522		− 0, 0, 0, -30, -30, -30, -30, -30, -30, 95,
523		− 11, 11, 40, 40, 40, 97, 41, 123, 0, 124,
524		− 212, 0, 0, -38, -59, -38, 45, 0, 0, 0,
525		− 128, 131, 0, 0, 0, 0, 0, -38, -38, -38,
526		− 0, -97, 0, 120, -38, 0, 0, 212, 0, 3,
527		− 0, 0, -194, -183, 118, 118, 212, 97, 0, -97,
528		− 0, 212, 0, 0, 0, -85, 0, 0, -38, -82,
529		− 0, 123, -80, 0, 0, 1105, 0, 0, 0, 0,
530		− 0, 0, -183, 0,
	513	+ 0, 288, -34, 0, 0, -34, -238, -223, 0, 0,
	514	+ -6, 22, 0, 0, 0, 14, 0, 150, 0, 0,
	515	+ 0, -34, -34, -34, 0, 0, 0, 150, 547, 0,
	516	+ -46, -34, 0, 14, 34, 0, 212, 0, -5, 0,
	517	+ 39, 156, -34, -223, -34, 0, 0, 0, 0, -194,
	518	+ -34, -193, -4, -4, 48, 0, 0, 0, -34, -34,
	519	+ -34, -34, -34, -34, -34, -34, -34, -34, -34, -34,
	520	+ -38, 481, -173, 0, 0, 0, -34, -146, 0, -234,
	521	+ 0, -138, 34, 0, -15, 96, 0, 753, 0, 0,
	522	+ 0, 0, 0, -30, -30, -30, -30, -30, -30, -20,
	523	+ -12, -12, -4, -4, -4, 0, -34, 16, 95, 0,
	524	+ 98, 212, 0, 82, 0, -34, 328, -34, 34, 0,
	525	+ 0, 0, 103, 101, 0, 0, 0, 0, 0, -34,
	526	+ -34, 1181, 0, -91, 0, 92, -34, 0, -34, 0,
	527	+ 212, 0, 14, 0, 0, -234, -233, 118, 118, 0,
	528	+ 0, 0, -91, 0, 212, 212, 0, 0, 0, -105,
	529	+ 0, 0, -34, -103, 0, 95, -101, 0, 0, 1105,
	530	+ 0, 0, 0, 0, 0, 0, -233, 0,
531	531	};
532	532	short luaY_rindex[] = { 0,
533		− 0, 191, 69, 0, 0, 173, 0, 0, 0, 0,
534		− 0, 69, 150, 0, 0, 146, 0, -36, 0, 0,
535		− 0, 69, 69, 69, 0, 0, 0, 1, 0, 0,
536		− 0, 69, 0, 47, 461, 436, 0, 0, 197, 130,
537		− 0, 0, 69, 0, -33, 0, 0, 0, 0, 0,
538		− 69, 0, 24, 59, 1181, 0, 0, 0, 69, 69,
539		− 69, 69, 69, 69, 69, 69, 69, 69, 69, 69,
540		− -50, 0, 0, 0, 0, 0, 69, 0, 0, 152,
541		− 0, 0, 311, -21, 0, 0, 0, 0, 0, 0,
	533	+ 0, 169, 52, 0, 0, 173, 0, 0, 0, 0,
	534	+ 0, 52, 508, 0, 0, 146, 0, -36, 0, 0,
	535	+ 0, 52, 52, 52, 0, 0, 0, 1, 0, 0,
	536	+ 0, 52, 0, 47, 461, 436, 0, 0, 197, 76,
	537	+ 0, 0, 52, 0, -32, 0, 0, 0, 0, 0,
	538	+ 52, 0, 24, 59, 1195, 0, 0, 0, 52, 52,
	539	+ 52, 52, 52, 52, 52, 52, 52, 52, 52, 52,
	540	+ -27, 0, 0, 0, 0, 0, 52, 0, 0, 129,
	541	+ 0, 0, 311, 142, 0, 0, 0, 0, 0, 0,
542	542	0, 0, 0, 746, 776, 799, 821, 844, 866, 505,
543		− 383, 410, 88, 112, 359, 1174, 0, 74, 0, -40,
544		− -26, 0, 0, 69, -230, 69, 921, 0, 0, 0,
545		− 0, 160, 0, 0, 0, 0, 0, 69, 69, 69,
546		− 0, 77, 0, 78, -9, 0, 0, 939, 0, 289,
547		− 474, 0, 0, -60, 894, 1137, -16, 0, 0, 89,
548		− 0, -10, 0, 0, 0, 0, 0, 0, 69, 0,
549		− 0, 74, 0, 0, 0, 0, 0, 0, 0, 0,
550		− 0, 0, -60, 0,
	543	+ 383, 410, 88, 112, 359, 1174, 52, 0, 51, 0,
	544	+ -40, -10, 0, 0, 0, 52, -153, 52, 921, 0,
	545	+ 0, 0, 0, 144, 0, 0, 0, 0, 0, 52,
	546	+ 52, 0, 0, 62, 0, 64, -26, 0, 52, 0,
	547	+ 939, 0, 682, 474, 0, 0, -77, 894, 1137, 0,
	548	+ 0, 0, 66, 0, 13, -18, 0, 0, 0, 0,
	549	+ 0, 0, 52, 0, 0, 51, 0, 0, 0, 0,
	550	+ 0, 0, 0, 0, 0, 0, -77, 0,
551	551	};
552	552	short luaY_gindex[] = { 0,
553		− -31, 171, 85, -2, 48, 0, 0, 0, 0, 0,
554		− 0, 0, 67, 0, 0, 0, 0, 0, 75, 8,
555		− 0, 0, 0, 0, 104, 107, -29, 0, 12, -61,
556		− 0, 1260, 50, 0, 0, 0, 213, 0, 0, 0,
557		− 0, 0, -107, 94,
	553	+ 53, 147, -23, 3, 134, 0, 0, 0, 0, 0,
	554	+ 0, 0, 40, 0, 0, 0, 0, 0, 49, 6,
	555	+ 0, 0, 0, 0, 81, 83, -16, 0, 8, -70,
	556	+ 0, 1445, 27, 0, 0, 0, 187, 0, 0, 0,
	557	+ 0, 0, -108, 67, 0,
558	558	};
559		−#define YYTABLESIZE 1462
560		−short luaY_table[] = { 10,
561		− 45, 24, 136, 58, 75, 24, 22, 62, 85, 13,
562		− 22, 68, 66, 18, 67, 40, 69, 87, 78, 42,
563		− 44, 78, 90, 43, 95, 92, 93, 84, 52, 127,
564		− 26, 26, 87, 88, 38, 26, 26, 43, 77, 90,
565		− 58, 45, 45, 45, 45, 45, 11, 45, 88, 79,
566		− 9, 84, 68, 36, 168, 85, 45, 69, 50, 45,
567		− 45, 48, 45, 70, 43, 43, 43, 43, 43, 95,
568		− 43, 55, 55, 51, 85, 153, 119, 158, 159, 120,
569		− 156, 137, 43, 43, 78, 43, 58, 39, 76, 55,
570		− 36, 80, 36, 45, 45, 144, 165, 71, 87, 50,
571		− 50, 50, 50, 50, 70, 50, 154, 87, 84, 172,
572		− 155, 40, 10, 55, 88, 79, 43, 50, 50, 89,
573		− 50, 163, 13, 58, 36, 45, 18, 83, 39, 39,
574		− 39, 39, 39, 70, 39, 114, 68, 66, 171, 67,
575		− 173, 69, 90, 125, 118, 11, 39, 39, 43, 39,
576		− 124, 50, 40, 40, 40, 40, 40, 130, 40, 68,
577		− 66, 117, 67, 141, 69, 131, 132, 135, 142, 6,
578		− 40, 40, 62, 40, 143, 95, 148, 62, 150, 61,
579		− 39, 164, 52, 50, 167, 52, 169, 95, 70, 95,
580		− 26, 55, 67, 89, 50, 95, 98, 82, 78, 3,
581		− 68, 79, 76, 4, 40, 5, 21, 95, 6, 7,
582		− 89, 70, 39, 80, 9, 86, 162, 157, 139, 19,
583		− 95, 140, 174, 19, 47, 149, 0, 51, 0, 0,
584		− 51, 62, 0, 20, 21, 9, 40, 20, 21, 106,
585		− 95, 0, 0, 0, 23, 0, 0, 0, 23, 0,
586		− 65, 0, 0, 68, 66, 98, 67, 0, 69, 45,
	559	+#define YYTABLESIZE 1608
	560	+short luaY_table[] = { 107,
	561	+ 45, 24, 138, 58, 10, 24, 22, 13, 62, 18,
	562	+ 22, 68, 66, 40, 67, 42, 69, 75, 78, 83,
	563	+ 129, 68, 66, 43, 67, 84, 69, 162, 163, 68,
	564	+ 52, 87, 79, 89, 69, 38, 121, 44, 78, 122,
	565	+ 58, 45, 45, 45, 45, 45, 11, 45, 89, 84,
	566	+ 9, 85, 107, 119, 43, 77, 90, 172, 50, 45,
	567	+ 45, 45, 45, 70, 43, 43, 43, 43, 43, 157,
	568	+ 43, 90, 48, 70, 160, 51, 71, 76, 80, 87,
	569	+ 89, 70, 43, 43, 78, 43, 58, 39, 90, 70,
	570	+ 55, 169, 116, 45, 45, 55, 55, 87, 79, 50,
	571	+ 50, 50, 50, 50, 176, 50, 84, 26, 26, 92,
	572	+ 93, 40, 26, 26, 89, 6, 43, 50, 50, 10,
	573	+ 50, 97, 13, 58, 18, 45, 159, 120, 39, 39,
	574	+ 39, 39, 39, 97, 39, 126, 127, 90, 134, 36,
	575	+ 133, 137, 139, 145, 146, 11, 39, 39, 43, 39,
	576	+ 153, 50, 40, 40, 40, 40, 40, 55, 40, 68,
	577	+ 66, 168, 67, 171, 69, 173, 97, 140, 26, 67,
	578	+ 40, 40, 62, 40, 55, 78, 36, 62, 36, 61,
	579	+ 39, 147, 151, 50, 68, 92, 79, 97, 76, 21,
	580	+ 80, 86, 166, 158, 161, 52, 100, 142, 47, 143,
	581	+ 152, 52, 92, 178, 40, 0, 0, 50, 0, 167,
	582	+ 36, 70, 39, 82, 0, 0, 0, 0, 0, 19,
	583	+ 0, 0, 0, 19, 0, 0, 175, 0, 177, 0,
	584	+ 0, 62, 97, 20, 21, 106, 40, 20, 21, 9,
	585	+ 51, 0, 0, 0, 23, 0, 51, 0, 23, 0,
	586	+ 65, 144, 0, 68, 66, 100, 67, 0, 69, 45,
587	587	45, 45, 45, 45, 45, 45, 45, 45, 45, 45,
588		− 45, 62, 95, 61, 45, 45, 45, 45, 45, 45,
	588	+ 45, 62, 0, 61, 45, 45, 45, 45, 45, 45,
589	589	45, 45, 43, 43, 43, 43, 43, 43, 43, 43,
590	590	43, 43, 43, 43, 0, 55, 0, 43, 43, 43,
591	591	43, 43, 43, 43, 43, 70, 0, 11, 11, 0,
@@ -603,25 +603,25 @@ short luaY_table[] = { 10, · 11 unmodified lines
603	603	41, 0, 0, 37, 0, 37, 37, 37, 0, 0,
604	604	0, 0, 0, 62, 62, 64, 0, 0, 62, 62,
605	605	0, 37, 37, 0, 37, 0, 0, 0, 0, 0,
606		− 38, 41, 38, 38, 38, 98, 0, 98, 98, 98,
607		− 63, 98, 98, 98, 98, 98, 98, 0, 38, 38,
608		− 98, 38, 0, 66, 0, 37, 64, 29, 29, 64,
	606	+ 38, 41, 38, 38, 38, 100, 0, 100, 100, 100,
	607	+ 63, 100, 100, 100, 100, 100, 100, 0, 38, 38,
	608	+ 100, 38, 0, 66, 0, 37, 64, 29, 29, 64,
609	609	29, 0, 29, 41, 0, 0, 57, 58, 59, 60,
610	610	63, 64, 65, 0, 64, 29, 0, 29, 0, 0,
611	611	0, 63, 38, 0, 42, 0, 0, 37, 0, 0,
612	612	0, 0, 0, 0, 66, 29, 29, 66, 29, 63,
613	613	29, 0, 68, 66, 0, 67, 0, 69, 0, 29,
614	614	0, 0, 66, 29, 38, 29, 0, 0, 0, 0,
615		− 62, 0, 61, 0, 0, 42, 0, 11, 42, 11,
616		− 11, 11, 0, 11, 11, 11, 11, 11, 0, 0,
617		− 0, 0, 11, 42, 42, 0, 42, 29, 0, 18,
	615	+ 62, 0, 61, 0, 0, 42, 3, 97, 42, 0,
	616	+ 4, 91, 5, 97, 0, 6, 7, 8, 0, 0,
	617	+ 0, 9, 0, 42, 42, 97, 42, 29, 91, 18,
618	618	0, 18, 18, 18, 70, 18, 18, 18, 18, 18,
619		− 18, 0, 0, 0, 18, 0, 0, 0, 68, 66,
620		− 3, 67, 0, 69, 4, 0, 5, 42, 0, 6,
621		− 7, 8, 0, 0, 0, 9, 62, 0, 61, 0,
	619	+ 18, 0, 0, 0, 18, 0, 3, 0, 68, 66,
	620	+ 4, 67, 5, 69, 0, 6, 7, 42, 97, 0,
	621	+ 0, 9, 0, 0, 0, 0, 62, 0, 61, 0,
622	622	0, 0, 0, 0, 0, 0, 0, 41, 41, 41,
623	623	41, 41, 41, 41, 41, 41, 41, 41, 41, 42,
624		− 0, 0, 41, 41, 41, 41, 41, 41, 41, 41,
	624	+ 97, 0, 41, 41, 41, 41, 41, 41, 41, 41,
625	625	70, 37, 37, 37, 37, 37, 37, 37, 37, 37,
626	626	37, 37, 37, 0, 0, 0, 37, 37, 37, 37,
627	627	37, 37, 37, 37, 0, 0, 0, 0, 38, 38,
@@ -632,7 +632,7 @@ short luaY_table[] = { 10, · 4 unmodified lines
632	632	29, 29, 29, 29, 29, 29, 29, 0, 0, 0,
633	633	0, 63, 63, 0, 0, 0, 63, 63, 0, 0,
634	634	0, 0, 66, 0, 66, 66, 66, 0, 66, 66,
635		− 66, 66, 66, 66, 113, 31, 0, 66, 29, 29,
	635	+ 66, 66, 66, 66, 115, 31, 0, 66, 29, 29,
636	636	29, 29, 29, 29, 29, 57, 58, 59, 60, 63,
637	637	64, 65, 0, 42, 42, 42, 42, 42, 42, 42,
638	638	42, 42, 42, 42, 42, 34, 0, 0, 42, 42,
@@ -642,7 +642,7 @@ short luaY_table[] = { 10, · 3 unmodified lines
642	642	0, 0, 62, 0, 61, 0, 34, 0, 0, 34,
643	643	32, 57, 58, 59, 60, 63, 64, 65, 0, 0,
644	644	0, 0, 0, 0, 34, 34, 0, 34, 31, 33,
645		− 0, 0, 33, 35, 0, 126, 70, 0, 0, 0,
	645	+ 0, 0, 33, 35, 0, 128, 70, 0, 0, 0,
646	646	0, 0, 0, 0, 0, 0, 0, 33, 33, 0,
647	647	33, 32, 0, 0, 32, 36, 0, 0, 34, 0,
648	648	31, 0, 0, 0, 0, 0, 0, 0, 0, 32,
@@ -650,12 +650,12 @@ short luaY_table[] = { 10, · 1 unmodified line
650	650	0, 33, 0, 52, 0, 0, 0, 0, 0, 0,
651	651	34, 0, 35, 35, 0, 35, 36, 0, 0, 36,
652	652	0, 0, 0, 32, 0, 0, 0, 0, 0, 0,
653		− 99, 0, 0, 33, 36, 36, 0, 36, 0, 0,
	653	+ 101, 0, 0, 33, 36, 36, 0, 36, 0, 0,
654	654	0, 0, 0, 0, 52, 0, 35, 52, 28, 0,
655		− 0, 0, 0, 0, 0, 32, 0, 0, 0, 0,
656		− 0, 0, 52, 0, 0, 0, 0, 0, 36, 0,
	655	+ 11, 0, 11, 11, 11, 32, 11, 11, 11, 11,
	656	+ 11, 0, 52, 0, 0, 11, 0, 0, 36, 0,
657	657	0, 0, 0, 0, 0, 0, 0, 0, 35, 0,
658		− 0, 0, 0, 0, 0, 0, 0, 0, 0, 99,
	658	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 101,
659	659	0, 0, 0, 0, 0, 0, 52, 0, 0, 0,
660	660	36, 0, 0, 0, 0, 0, 0, 28, 0, 0,
661	661	0, 0, 0, 0, 31, 31, 31, 31, 31, 31,
@@ -675,66 +675,80 @@ short luaY_table[] = { 10, · 13 unmodified lines
675	675	36, 36, 36, 36, 36, 36, 68, 66, 0, 67,
676	676	0, 69, 52, 52, 52, 52, 52, 52, 52, 52,
677	677	52, 52, 52, 52, 62, 0, 61, 52, 52, 52,
678		− 0, 0, 0, 0, 0, 0, 0, 54, 0, 99,
679		− 54, 99, 99, 99, 0, 99, 99, 99, 99, 99,
680		− 99, 0, 0, 0, 99, 54, 0, 28, 70, 28,
	678	+ 0, 0, 0, 0, 0, 0, 0, 54, 0, 101,
	679	+ 54, 101, 101, 101, 0, 101, 101, 101, 101, 101,
	680	+ 101, 0, 0, 0, 101, 54, 0, 28, 70, 28,
681	681	28, 28, 0, 28, 28, 28, 28, 28, 28, 0,
682		− 0, 0, 28, 94, 0, 94, 94, 94, 94, 94,
683		− 94, 0, 29, 29, 0, 29, 0, 29, 0, 54,
684		− 0, 94, 94, 94, 0, 94, 0, 0, 0, 0,
685		− 29, 0, 29, 0, 0, 0, 0, 0, 0, 0,
	682	+ 0, 0, 28, 96, 0, 96, 96, 96, 96, 96,
	683	+ 96, 0, 68, 66, 0, 67, 0, 69, 0, 54,
	684	+ 0, 96, 96, 96, 86, 96, 29, 29, 0, 29,
	685	+ 62, 29, 61, 0, 0, 0, 0, 0, 0, 0,
	686	+ 0, 0, 0, 0, 29, 0, 29, 0, 0, 0,
	687	+ 0, 54, 0, 0, 96, 0, 0, 96, 0, 0,
	688	+ 0, 0, 0, 150, 70, 0, 0, 0, 0, 0,
	689	+ 0, 0, 0, 0, 0, 0, 0, 0, 29, 0,
	690	+ 0, 0, 0, 0, 0, 0, 96, 0, 96, 0,
	691	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
686	692	0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
687		− 0, 54, 29, 0, 94, 0, 0, 94, 0, 0,
688		− 0, 0, 0, 0, 29, 0, 0, 0, 0, 0,
689		− 0, 53, 54, 0, 0, 0, 0, 0, 0, 0,
690		− 0, 72, 0, 0, 0, 0, 94, 0, 94, 0,
691	693	0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
692		− 88, 0, 0, 0, 0, 0, 0, 0, 94, 95,
693		− 96, 97, 98, 99, 100, 101, 102, 103, 104, 105,
694		− 111, 0, 0, 0, 0, 0, 0, 0, 0, 0,
695	694	0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
696	695	0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
697		− 0, 0, 0, 0, 170, 0, 0, 0, 0, 0,
698		− 0, 0, 0, 138, 0, 0, 0, 0, 0, 57,
699		− 58, 59, 60, 63, 64, 65, 0, 145, 146, 147,
700		− 0, 0, 0, 0, 152, 54, 54, 54, 54, 54,
	696	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
	697	+ 0, 0, 0, 0, 174, 0, 0, 0, 0, 0,
	698	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 57,
	699	+ 58, 59, 60, 63, 64, 65, 0, 0, 0, 0,
	700	+ 0, 0, 0, 0, 0, 54, 54, 54, 54, 54,
701	701	54, 54, 54, 54, 54, 54, 54, 0, 0, 0,
702		− 54, 54, 54, 0, 0, 0, 0, 0, 166, 0,
	702	+ 54, 54, 54, 0, 0, 0, 0, 0, 0, 0,
	703	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
	704	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
	705	+ 0, 0, 0, 0, 0, 0, 0, 29, 96, 96,
	706	+ 96, 96, 96, 96, 96, 57, 58, 59, 60, 63,
	707	+ 64, 65, 0, 0, 0, 0, 53, 54, 0, 29,
	708	+ 29, 29, 29, 29, 29, 29, 72, 0, 0, 0,
703	709	0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
	710	+ 0, 0, 0, 0, 0, 88, 0, 0, 0, 0,
	711	+ 0, 0, 0, 94, 95, 96, 97, 98, 99, 100,
	712	+ 101, 102, 103, 104, 105, 112, 0, 0, 0, 0,
704	713	0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
705		− 0, 0, 0, 0, 0, 0, 0, 0, 94, 94,
706		− 94, 94, 94, 94, 94, 29, 29, 29, 29, 29,
707		− 29, 29,
	714	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
	715	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
	716	+ 0, 132, 0, 0, 0, 0, 0, 0, 0, 0,
	717	+ 141, 0, 0, 0, 0, 0, 0, 0, 0, 0,
	718	+ 0, 0, 0, 0, 148, 149, 0, 0, 0, 0,
	719	+ 0, 155, 0, 156, 0, 0, 0, 0, 0, 0,
	720	+ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
	721	+ 0, 0, 0, 0, 0, 0, 0, 170,
708	722	};
709		−short luaY_check[] = { 2,
710		− 0, 40, 110, 40, 34, 40, 45, 41, 59, 2,
711		− 45, 42, 43, 2, 45, 8, 47, 44, 59, 8,
712		− 44, 44, 44, 0, 46, 57, 58, 44, 46, 91,
713		− 261, 262, 59, 44, 274, 266, 267, 61, 61, 61,
714		− 40, 41, 42, 43, 44, 45, 0, 47, 59, 59,
715		− 274, 44, 42, 6, 162, 44, 40, 47, 0, 59,
716		− 60, 59, 62, 94, 41, 42, 43, 44, 45, 91,
717		− 47, 24, 123, 91, 125, 137, 271, 261, 262, 274,
718		− 142, 113, 59, 60, 125, 62, 123, 0, 44, 123,
719		− 43, 40, 45, 93, 94, 127, 158, 123, 125, 41,
720		− 42, 43, 44, 45, 94, 47, 138, 274, 125, 171,
721		− 140, 0, 115, 123, 125, 125, 93, 59, 60, 274,
722		− 62, 153, 115, 123, 77, 125, 115, 43, 41, 42,
723		− 43, 44, 45, 94, 47, 266, 42, 43, 170, 45,
724		− 172, 47, 41, 41, 274, 0, 59, 60, 125, 62,
725		− 274, 93, 41, 42, 43, 44, 45, 61, 47, 42,
726		− 43, 77, 45, 116, 47, 125, 44, 44, 41, 40,
727		− 59, 60, 0, 62, 44, 46, 274, 60, 59, 62,
728		− 93, 267, 46, 125, 267, 46, 267, 58, 94, 40,
729		− 0, 123, 41, 44, 58, 46, 0, 58, 125, 259,
730		− 41, 125, 125, 263, 93, 265, 267, 58, 268, 269,
731		− 61, 94, 125, 125, 274, 45, 150, 143, 115, 258,
732		− 91, 115, 173, 258, 12, 132, -1, 91, -1, -1,
733		− 91, 59, -1, 272, 273, 274, 125, 272, 273, 274,
734		− 91, -1, -1, -1, 283, -1, -1, -1, 283, -1,
735		− 281, -1, -1, 42, 43, 59, 45, -1, 47, 259,
	723	+short luaY_check[] = { 91,
	724	+ 0, 40, 111, 40, 2, 40, 45, 2, 41, 2,
	725	+ 45, 42, 43, 8, 45, 8, 47, 34, 59, 43,
	726	+ 91, 42, 43, 0, 45, 44, 47, 261, 262, 42,
	727	+ 46, 59, 59, 44, 47, 274, 271, 44, 44, 274,
	728	+ 40, 41, 42, 43, 44, 45, 0, 47, 59, 44,
	729	+ 274, 44, 91, 77, 61, 61, 44, 166, 0, 59,
	730	+ 60, 40, 62, 94, 41, 42, 43, 44, 45, 140,
	731	+ 47, 59, 59, 94, 145, 91, 123, 44, 40, 274,
	732	+ 274, 94, 59, 60, 125, 62, 123, 0, 41, 94,
	733	+ 123, 162, 266, 93, 94, 123, 123, 125, 125, 41,
	734	+ 42, 43, 44, 45, 175, 47, 125, 261, 262, 57,
	735	+ 58, 0, 266, 267, 125, 40, 93, 59, 60, 117,
	736	+ 62, 46, 117, 123, 117, 125, 143, 274, 41, 42,
	737	+ 43, 44, 45, 58, 47, 274, 41, 125, 44, 6,
	738	+ 125, 44, 61, 41, 44, 0, 59, 60, 125, 62,
	739	+ 59, 93, 41, 42, 43, 44, 45, 24, 47, 42,
	740	+ 43, 267, 45, 267, 47, 267, 91, 115, 0, 41,
	741	+ 59, 60, 0, 62, 123, 125, 43, 60, 45, 62,
	742	+ 93, 129, 274, 125, 41, 44, 125, 46, 125, 267,
	743	+ 125, 45, 153, 141, 146, 46, 0, 117, 12, 117,
	744	+ 134, 46, 61, 177, 93, -1, -1, 58, -1, 157,
	745	+ 77, 94, 125, 58, -1, -1, -1, -1, -1, 258,
	746	+ -1, -1, -1, 258, -1, -1, 174, -1, 176, -1,
	747	+ -1, 59, 91, 272, 273, 274, 125, 272, 273, 274,
	748	+ 91, -1, -1, -1, 283, -1, 91, -1, 283, -1,
	749	+ 281, 118, -1, 42, 43, 59, 45, -1, 47, 259,
736	750	260, 261, 262, 263, 264, 265, 266, 267, 268, 269,
737		− 270, 60, 123, 62, 274, 275, 276, 277, 278, 279,
	751	+ 270, 60, -1, 62, 274, 275, 276, 277, 278, 279,
738	752	280, 281, 259, 260, 261, 262, 263, 264, 265, 266,
739	753	267, 268, 269, 270, -1, 123, -1, 274, 275, 276,
740	754	277, 278, 279, 280, 281, 94, -1, 261, 262, -1,
@@ -761,16 +775,16 @@ short luaY_check[] = { 2, · 20 unmodified lines
761	775	-1, -1, -1, -1, 41, 42, 43, 44, 45, 59,
762	776	47, -1, 42, 43, -1, 45, -1, 47, -1, 94,
763	777	-1, -1, 59, 60, 125, 62, -1, -1, -1, -1,
764		− 60, -1, 62, -1, -1, 41, -1, 259, 44, 261,
765		− 262, 263, -1, 265, 266, 267, 268, 269, -1, -1,
766		− -1, -1, 274, 59, 60, -1, 62, 94, -1, 259,
	778	+ 60, -1, 62, -1, -1, 41, 259, 40, 44, -1,
	779	+ 263, 44, 265, 46, -1, 268, 269, 270, -1, -1,
	780	+ -1, 274, -1, 59, 60, 58, 62, 94, 61, 259,
767	781	-1, 261, 262, 263, 94, 265, 266, 267, 268, 269,
768		− 270, -1, -1, -1, 274, -1, -1, -1, 42, 43,
769		− 259, 45, -1, 47, 263, -1, 265, 93, -1, 268,
770		− 269, 270, -1, -1, -1, 274, 60, -1, 62, -1,
	782	+ 270, -1, -1, -1, 274, -1, 259, -1, 42, 43,
	783	+ 263, 45, 265, 47, -1, 268, 269, 93, 91, -1,
	784	+ -1, 274, -1, -1, -1, -1, 60, -1, 62, -1,
771	785	-1, -1, -1, -1, -1, -1, -1, 259, 260, 261,
772	786	262, 263, 264, 265, 266, 267, 268, 269, 270, 125,
773		− -1, -1, 274, 275, 276, 277, 278, 279, 280, 281,
	787	+ 123, -1, 274, 275, 276, 277, 278, 279, 280, 281,
774	788	94, 259, 260, 261, 262, 263, 264, 265, 266, 267,
775	789	268, 269, 270, -1, -1, -1, 274, 275, 276, 277,
776	790	278, 279, 280, 281, -1, -1, -1, -1, 259, 260,
@@ -801,8 +815,8 @@ short luaY_check[] = { 2, · 24 unmodified lines
801	815	-1, -1, -1, 93, -1, -1, -1, -1, -1, -1,
802	816	0, -1, -1, 125, 59, 60, -1, 62, -1, -1,
803	817	-1, -1, -1, -1, 41, -1, 93, 44, 0, -1,
804		− -1, -1, -1, -1, -1, 125, -1, -1, -1, -1,
805		− -1, -1, 59, -1, -1, -1, -1, -1, 93, -1,
	818	+ 259, -1, 261, 262, 263, 125, 265, 266, 267, 268,
	819	+ 269, -1, 59, -1, -1, 274, -1, -1, 93, -1,
806	820	-1, -1, -1, -1, -1, -1, -1, -1, 125, -1,
807	821	-1, -1, -1, -1, -1, -1, -1, -1, -1, 59,
808	822	-1, -1, -1, -1, -1, -1, 93, -1, -1, -1,
@@ -830,30 +844,44 @@ short luaY_check[] = { 2, · 21 unmodified lines
830	844	262, 263, -1, 265, 266, 267, 268, 269, 270, -1,
831	845	-1, -1, 274, 40, -1, 42, 43, 44, 45, 46,
832	846	47, -1, 42, 43, -1, 45, -1, 47, -1, 93,
833		− -1, 58, 59, 60, -1, 62, -1, -1, -1, -1,
834		− 60, -1, 62, -1, -1, -1, -1, -1, -1, -1,
	847	+ -1, 58, 59, 60, 61, 62, 42, 43, -1, 45,
	848	+ 60, 47, 62, -1, -1, -1, -1, -1, -1, -1,
	849	+ -1, -1, -1, -1, 60, -1, 62, -1, -1, -1,
	850	+ -1, 125, -1, -1, 91, -1, -1, 94, -1, -1,
	851	+ -1, -1, -1, 93, 94, -1, -1, -1, -1, -1,
	852	+ -1, -1, -1, -1, -1, -1, -1, -1, 94, -1,
	853	+ -1, -1, -1, -1, -1, -1, 123, -1, 125, -1,
	854	+ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
	855	+ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
835	856	-1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
836		− -1, 125, 3, -1, 91, -1, -1, 94, -1, -1,
837		− -1, -1, -1, -1, 94, -1, -1, -1, -1, -1,
838		− -1, 22, 23, -1, -1, -1, -1, -1, -1, -1,
839		− -1, 32, -1, -1, -1, -1, 123, -1, 125, -1,
840	857	-1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
841		− 51, -1, -1, -1, -1, -1, -1, -1, 59, 60,
842		− 61, 62, 63, 64, 65, 66, 67, 68, 69, 70,
843		− 71, -1, -1, -1, -1, -1, -1, -1, -1, -1,
844	858	-1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
845	859	-1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
846	860	-1, -1, -1, -1, 260, -1, -1, -1, -1, -1,
847		− -1, -1, -1, 114, -1, -1, -1, -1, -1, 275,
848		− 276, 277, 278, 279, 280, 281, -1, 128, 129, 130,
849		− -1, -1, -1, -1, 135, 259, 260, 261, 262, 263,
	861	+ -1, -1, -1, -1, -1, -1, -1, -1, -1, 275,
	862	+ 276, 277, 278, 279, 280, 281, -1, -1, -1, -1,
	863	+ -1, -1, -1, -1, -1, 259, 260, 261, 262, 263,
850	864	264, 265, 266, 267, 268, 269, 270, -1, -1, -1,
851		− 274, 275, 276, -1, -1, -1, -1, -1, 159, -1,
	865	+ 274, 275, 276, -1, -1, -1, -1, -1, -1, -1,
852	866	-1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
853	867	-1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
854		− -1, -1, -1, -1, -1, -1, -1, -1, 275, 276,
	868	+ -1, -1, -1, -1, -1, -1, -1, 3, 275, 276,
855	869	277, 278, 279, 280, 281, 275, 276, 277, 278, 279,
856		− 280, 281,
	870	+ 280, 281, -1, -1, -1, -1, 22, 23, -1, 275,
	871	+ 276, 277, 278, 279, 280, 281, 32, -1, -1, -1,
	872	+ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
	873	+ -1, -1, -1, -1, -1, 51, -1, -1, -1, -1,
	874	+ -1, -1, -1, 59, 60, 61, 62, 63, 64, 65,
	875	+ 66, 67, 68, 69, 70, 71, -1, -1, -1, -1,
	876	+ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
	877	+ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
	878	+ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
	879	+ -1, 107, -1, -1, -1, -1, -1, -1, -1, -1,
	880	+ 116, -1, -1, -1, -1, -1, -1, -1, -1, -1,
	881	+ -1, -1, -1, -1, 130, 131, -1, -1, -1, -1,
	882	+ -1, 137, -1, 139, -1, -1, -1, -1, -1, -1,
	883	+ -1, -1, -1, -1, -1, -1, -1, -1, -1, -1,
	884	+ -1, -1, -1, -1, -1, -1, -1, 163,
857	885	};
858	886	#define YYFINAL 1
859	887	#ifndef YYDEBUG
@@ -958,7 +986,9 @@ char *luaY_rule[] = { · 98 unmodified lines
958	986	"ffieldlist : ffieldlist1 lastcomma",
959	987	"ffieldlist1 : ffield",
960	988	"ffieldlist1 : ffieldlist1 ',' ffield",
961		−"ffield : NAME '=' expr1",
	989	+"ffield : ffieldkey '=' expr1",
	990	+"ffieldkey : '[' expr1 ']'",
	991	+"ffieldkey : NAME",
962	992	"lfieldlist :",
963	993	"lfieldlist : lfieldlist1 lastcomma",
964	994	"lfieldlist1 : expr1",
@@ -1139,7 +1169,7 @@ luaY_reduce: · 174 unmodified lines
1139	1169	switch (luaY_n)
1140	1170	{
1141	1171	case 5:
1142		−#line 470 "lua.stx"
	1172	+#line 468 "lua.stx"
1143	1173	{
1144	1174	code_byte(PUSHFUNCTION);
1145	1175	code_code(luaY_vsp[0].pFunc);
@@ -1147,28 +1177,26 @@ case 5: · 1 unmodified line
1147	1177	}
1148	1178	break;
1149	1179	case 6:
1150		−#line 477 "lua.stx"
	1180	+#line 475 "lua.stx"
1151	1181	{ luaY_val.vLong =luaY_vsp[0].vLong; init_func(); }
1152	1182	break;
1153	1183	case 7:
1154		−#line 479 "lua.stx"
	1184	+#line 477 "lua.stx"
1155	1185	{
1156		− code_byte(PUSHSTRING);
1157		− code_word(luaI_findconstant(luaY_vsp[0].pTStr));
	1186	+ code_constant(luaY_vsp[0].pTStr);
1158	1187	luaY_val.vLong = 0; /* indexed variable */
1159	1188	init_func();
1160	1189	add_localvar(luaI_createfixedstring("self"));
1161	1190	}
1162	1191	break;
1163	1192	case 8:
1164		−#line 489 "lua.stx"
	1193	+#line 486 "lua.stx"
1165	1194	{
1166	1195	codereturn();
1167	1196	luaY_val.pFunc = new(TFunc);
1168	1197	luaI_initTFunc(luaY_val.pFunc);
1169	1198	luaY_val.pFunc->size = pc;
1170	1199	luaY_val.pFunc->code = newvector(pc, Byte);
1171		− luaY_val.pFunc->fileName = lua_parsedfile;
1172	1200	luaY_val.pFunc->lineDefined = luaY_vsp[-3].vInt;
1173	1201	memcpy(luaY_val.pFunc->code, basepc, pc*sizeof(Byte));
1174	1202	if (lua_debug)
@@ -1182,15 +1210,15 @@ case 8: · 7 unmodified lines
1182	1210	}
1183	1211	break;
1184	1212	case 13:
1185		−#line 516 "lua.stx"
	1213	+#line 512 "lua.stx"
1186	1214	{ codeIf(luaY_vsp[-4].vLong, luaY_vsp[-2].vLong); }
1187	1215	break;
1188	1216	case 14:
1189		−#line 518 "lua.stx"
	1217	+#line 514 "lua.stx"
1190	1218	{luaY_val.vLong=pc;}
1191	1219	break;
1192	1220	case 15:
1193		−#line 519 "lua.stx"
	1221	+#line 515 "lua.stx"
1194	1222	{
1195	1223	basepc[luaY_vsp[-3].vLong] = IFFJMP;
1196	1224	code_word_at(basepc+luaY_vsp[-3].vLong+1, pc - (luaY_vsp[-3].vLong + sizeof(Word)+1));
@@ -1199,18 +1227,18 @@ case 15: · 2 unmodified lines
1199	1227	}
1200	1228	break;
1201	1229	case 16:
1202		−#line 526 "lua.stx"
	1230	+#line 522 "lua.stx"
1203	1231	{luaY_val.vLong=pc;}
1204	1232	break;
1205	1233	case 17:
1206		−#line 527 "lua.stx"
	1234	+#line 523 "lua.stx"
1207	1235	{
1208	1236	basepc[luaY_vsp[0].vLong] = IFFUPJMP;
1209	1237	code_word_at(basepc+luaY_vsp[0].vLong+1, pc - (luaY_vsp[-4].vLong));
1210	1238	}
1211	1239	break;
1212	1240	case 18:
1213		−#line 533 "lua.stx"
	1241	+#line 529 "lua.stx"
1214	1242	{
1215	1243	{
1216	1244	int i;
@@ -1222,22 +1250,26 @@ case 18: · 5 unmodified lines
1222	1250	}
1223	1251	}
1224	1252	break;
	1253	+case 19:
	1254	+#line 539 "lua.stx"
	1255	+{;}
	1256	+break;
1225	1257	case 20:
1226		−#line 545 "lua.stx"
	1258	+#line 541 "lua.stx"
1227	1259	{ nlocalvar += luaY_vsp[-1].vInt;
1228	1260	adjust_mult_assign(luaY_vsp[-1].vInt, luaY_vsp[0].vInt, 0);
1229	1261	}
1230	1262	break;
1231	1263	case 23:
1232		−#line 553 "lua.stx"
	1264	+#line 549 "lua.stx"
1233	1265	{ codeIf(luaY_vsp[-3].vLong, luaY_vsp[-1].vLong); }
1234	1266	break;
1235	1267	case 24:
1236		−#line 556 "lua.stx"
	1268	+#line 552 "lua.stx"
1237	1269	{luaY_val.vInt = nlocalvar;}
1238	1270	break;
1239	1271	case 25:
1240		−#line 557 "lua.stx"
	1272	+#line 553 "lua.stx"
1241	1273	{
1242	1274	if (nlocalvar != luaY_vsp[-2].vInt)
1243	1275	{
@@ -1251,14 +1283,14 @@ case 25: · 7 unmodified lines
1251	1283	}
1252	1284	break;
1253	1285	case 27:
1254		−#line 572 "lua.stx"
	1286	+#line 568 "lua.stx"
1255	1287	{
1256	1288	adjust_functioncall(luaY_vsp[-1].vLong, MULT_RET);
1257	1289	codereturn();
1258	1290	}
1259	1291	break;
1260	1292	case 28:
1261		−#line 579 "lua.stx"
	1293	+#line 575 "lua.stx"
1262	1294	{
1263	1295	luaY_val.vLong = pc;
1264	1296	code_byte(0); /* open space */
@@ -1266,103 +1298,102 @@ case 28: · 1 unmodified line
1266	1298	}
1267	1299	break;
1268	1300	case 29:
1269		−#line 586 "lua.stx"
	1301	+#line 582 "lua.stx"
1270	1302	{ adjust_functioncall(luaY_vsp[0].vLong, 1); }
1271	1303	break;
1272	1304	case 30:
1273		−#line 589 "lua.stx"
	1305	+#line 585 "lua.stx"
1274	1306	{ luaY_val.vLong = luaY_vsp[-1].vLong; }
1275	1307	break;
1276	1308	case 31:
1277		−#line 590 "lua.stx"
	1309	+#line 586 "lua.stx"
1278	1310	{ code_byte(EQOP); luaY_val.vLong = 0; }
1279	1311	break;
1280	1312	case 32:
1281		−#line 591 "lua.stx"
	1313	+#line 587 "lua.stx"
1282	1314	{ code_byte(LTOP); luaY_val.vLong = 0; }
1283	1315	break;
1284	1316	case 33:
1285		−#line 592 "lua.stx"
	1317	+#line 588 "lua.stx"
1286	1318	{ code_byte(GTOP); luaY_val.vLong = 0; }
1287	1319	break;
1288	1320	case 34:
1289		−#line 593 "lua.stx"
	1321	+#line 589 "lua.stx"
1290	1322	{ code_byte(EQOP); code_byte(NOTOP); luaY_val.vLong = 0; }
1291	1323	break;
1292	1324	case 35:
1293		−#line 594 "lua.stx"
	1325	+#line 590 "lua.stx"
1294	1326	{ code_byte(LEOP); luaY_val.vLong = 0; }
1295	1327	break;
1296	1328	case 36:
1297		−#line 595 "lua.stx"
	1329	+#line 591 "lua.stx"
1298	1330	{ code_byte(GEOP); luaY_val.vLong = 0; }
1299	1331	break;
1300	1332	case 37:
1301		−#line 596 "lua.stx"
	1333	+#line 592 "lua.stx"
1302	1334	{ code_byte(ADDOP); luaY_val.vLong = 0; }
1303	1335	break;
1304	1336	case 38:
1305		−#line 597 "lua.stx"
	1337	+#line 593 "lua.stx"
1306	1338	{ code_byte(SUBOP); luaY_val.vLong = 0; }
1307	1339	break;
1308	1340	case 39:
1309		−#line 598 "lua.stx"
	1341	+#line 594 "lua.stx"
1310	1342	{ code_byte(MULTOP); luaY_val.vLong = 0; }
1311	1343	break;
1312	1344	case 40:
1313		−#line 599 "lua.stx"
	1345	+#line 595 "lua.stx"
1314	1346	{ code_byte(DIVOP); luaY_val.vLong = 0; }
1315	1347	break;
1316	1348	case 41:
1317		−#line 600 "lua.stx"
	1349	+#line 596 "lua.stx"
1318	1350	{ code_byte(POWOP); luaY_val.vLong = 0; }
1319	1351	break;
1320	1352	case 42:
1321		−#line 601 "lua.stx"
	1353	+#line 597 "lua.stx"
1322	1354	{ code_byte(CONCOP); luaY_val.vLong = 0; }
1323	1355	break;
1324	1356	case 43:
1325		−#line 602 "lua.stx"
	1357	+#line 598 "lua.stx"
1326	1358	{ code_byte(MINUSOP); luaY_val.vLong = 0;}
1327	1359	break;
1328	1360	case 44:
1329		−#line 603 "lua.stx"
	1361	+#line 599 "lua.stx"
1330	1362	{ luaY_val.vLong = 0; }
1331	1363	break;
1332	1364	case 45:
1333		−#line 604 "lua.stx"
	1365	+#line 600 "lua.stx"
1334	1366	{ luaY_val.vLong = 0;}
1335	1367	break;
1336	1368	case 46:
1337		−#line 605 "lua.stx"
	1369	+#line 601 "lua.stx"
1338	1370	{ code_number(luaY_vsp[0].vFloat); luaY_val.vLong = 0; }
1339	1371	break;
1340	1372	case 47:
1341		−#line 607 "lua.stx"
	1373	+#line 603 "lua.stx"
1342	1374	{
1343		− code_byte(PUSHSTRING);
1344		− code_word(luaY_vsp[0].vWord);
1345		− luaY_val.vLong = 0;
	1375	+ code_string(luaY_vsp[0].vWord);
	1376	+ luaY_val.vLong = 0;
1346	1377	}
1347	1378	break;
1348	1379	case 48:
1349		−#line 612 "lua.stx"
	1380	+#line 607 "lua.stx"
1350	1381	{code_byte(PUSHNIL); luaY_val.vLong = 0; }
1351	1382	break;
1352	1383	case 49:
1353		−#line 613 "lua.stx"
	1384	+#line 608 "lua.stx"
1354	1385	{ luaY_val.vLong = luaY_vsp[0].vLong; }
1355	1386	break;
1356	1387	case 50:
1357		−#line 614 "lua.stx"
	1388	+#line 609 "lua.stx"
1358	1389	{ code_byte(NOTOP); luaY_val.vLong = 0;}
1359	1390	break;
1360	1391	case 51:
1361		−#line 615 "lua.stx"
	1392	+#line 610 "lua.stx"
1362	1393	{code_byte(POP); }
1363	1394	break;
1364	1395	case 52:
1365		−#line 616 "lua.stx"
	1396	+#line 611 "lua.stx"
1366	1397	{
1367	1398	basepc[luaY_vsp[-2].vLong] = ONFJMP;
1368	1399	code_word_at(basepc+luaY_vsp[-2].vLong+1, pc - (luaY_vsp[-2].vLong + sizeof(Word)+1));
@@ -1370,11 +1401,11 @@ case 52: · 1 unmodified line
1370	1401	}
1371	1402	break;
1372	1403	case 53:
1373		−#line 621 "lua.stx"
	1404	+#line 616 "lua.stx"
1374	1405	{code_byte(POP); }
1375	1406	break;
1376	1407	case 54:
1377		−#line 622 "lua.stx"
	1408	+#line 617 "lua.stx"
1378	1409	{
1379	1410	basepc[luaY_vsp[-2].vLong] = ONTJMP;
1380	1411	code_word_at(basepc+luaY_vsp[-2].vLong+1, pc - (luaY_vsp[-2].vLong + sizeof(Word)+1));
@@ -1382,20 +1413,20 @@ case 54: · 1 unmodified line
1382	1413	}
1383	1414	break;
1384	1415	case 55:
1385		−#line 630 "lua.stx"
	1416	+#line 625 "lua.stx"
1386	1417	{
1387	1418	code_byte(CREATEARRAY);
1388	1419	luaY_val.vLong = pc; code_word(0);
1389	1420	}
1390	1421	break;
1391	1422	case 56:
1392		−#line 635 "lua.stx"
	1423	+#line 630 "lua.stx"
1393	1424	{
1394	1425	code_word_at(basepc+luaY_vsp[-3].vLong, luaY_vsp[-1].vInt);
1395	1426	}
1396	1427	break;
1397	1428	case 57:
1398		−#line 641 "lua.stx"
	1429	+#line 636 "lua.stx"
1399	1430	{
1400	1431	code_byte(CALLFUNC);
1401	1432	code_byte(luaY_vsp[-1].vInt+luaY_vsp[0].vInt);
@@ -1404,11 +1435,11 @@ case 57: · 2 unmodified lines
1404	1435	}
1405	1436	break;
1406	1437	case 58:
1407		−#line 649 "lua.stx"
	1438	+#line 644 "lua.stx"
1408	1439	{ luaY_val.vInt = 0; }
1409	1440	break;
1410	1441	case 59:
1411		−#line 651 "lua.stx"
	1442	+#line 646 "lua.stx"
1412	1443	{
1413	1444	code_byte(PUSHSELF);
1414	1445	code_word(luaI_findconstant(luaY_vsp[0].pTStr));
@@ -1416,31 +1447,31 @@ case 59: · 1 unmodified line
1416	1447	}
1417	1448	break;
1418	1449	case 60:
1419		−#line 659 "lua.stx"
	1450	+#line 654 "lua.stx"
1420	1451	{ luaY_val.vInt = adjust_functioncall(luaY_vsp[-1].vLong, 1); }
1421	1452	break;
1422	1453	case 61:
1423		−#line 660 "lua.stx"
	1454	+#line 655 "lua.stx"
1424	1455	{ luaY_val.vInt = 1; }
1425	1456	break;
1426	1457	case 62:
1427		−#line 663 "lua.stx"
	1458	+#line 658 "lua.stx"
1428	1459	{ luaY_val.vLong = 0; }
1429	1460	break;
1430	1461	case 63:
1431		−#line 664 "lua.stx"
	1462	+#line 659 "lua.stx"
1432	1463	{ luaY_val.vLong = luaY_vsp[0].vLong; }
1433	1464	break;
1434	1465	case 64:
1435		−#line 667 "lua.stx"
	1466	+#line 662 "lua.stx"
1436	1467	{ if (luaY_vsp[0].vLong != 0) luaY_val.vLong = luaY_vsp[0].vLong; else luaY_val.vLong = -1; }
1437	1468	break;
1438	1469	case 65:
1439		−#line 668 "lua.stx"
	1470	+#line 663 "lua.stx"
1440	1471	{ luaY_val.vLong = adjust_functioncall(luaY_vsp[-1].vLong, 1); }
1441	1472	break;
1442	1473	case 66:
1443		−#line 669 "lua.stx"
	1474	+#line 664 "lua.stx"
1444	1475	{
1445	1476	if (luaY_vsp[0].vLong == 0) luaY_val.vLong = -(luaY_vsp[-1].vLong + 1); /* -length */
1446	1477	else
@@ -1451,19 +1482,19 @@ case 66: · 4 unmodified lines
1451	1482	}
1452	1483	break;
1453	1484	case 67:
1454		−#line 679 "lua.stx"
	1485	+#line 674 "lua.stx"
1455	1486	{ luaY_val.vInt = close_parlist(0); }
1456	1487	break;
1457	1488	case 68:
1458		−#line 680 "lua.stx"
	1489	+#line 675 "lua.stx"
1459	1490	{ luaY_val.vInt = close_parlist(luaY_vsp[0].vInt); }
1460	1491	break;
1461	1492	case 69:
1462		−#line 683 "lua.stx"
	1493	+#line 678 "lua.stx"
1463	1494	{ luaY_val.vInt = luaY_vsp[0].vInt; }
1464	1495	break;
1465	1496	case 70:
1466		−#line 685 "lua.stx"
	1497	+#line 680 "lua.stx"
1467	1498	{
1468	1499	if (luaY_vsp[-2].vInt)
1469	1500	lua_error("invalid parameter list");
@@ -1471,113 +1502,110 @@ case 70: · 1 unmodified line
1471	1502	}
1472	1503	break;
1473	1504	case 71:
1474		−#line 692 "lua.stx"
	1505	+#line 687 "lua.stx"
1475	1506	{ add_localvar(luaY_vsp[0].pTStr); luaY_val.vInt = 0; }
1476	1507	break;
1477	1508	case 72:
1478		−#line 693 "lua.stx"
	1509	+#line 688 "lua.stx"
1479	1510	{ luaY_val.vInt = 1; }
1480	1511	break;
1481	1512	case 73:
1482		−#line 697 "lua.stx"
	1513	+#line 692 "lua.stx"
1483	1514	{ flush_list(luaY_vsp[0].vInt/FIELDS_PER_FLUSH, luaY_vsp[0].vInt%FIELDS_PER_FLUSH); }
1484	1515	break;
1485	1516	case 74:
1486		−#line 699 "lua.stx"
	1517	+#line 694 "lua.stx"
1487	1518	{ luaY_val.vInt = luaY_vsp[-2].vInt+luaY_vsp[0].vInt; }
1488	1519	break;
1489	1520	case 75:
1490		−#line 701 "lua.stx"
	1521	+#line 696 "lua.stx"
1491	1522	{ luaY_val.vInt = luaY_vsp[-1].vInt; flush_record(luaY_vsp[-1].vInt%FIELDS_PER_FLUSH); }
1492	1523	break;
1493	1524	case 76:
1494		−#line 705 "lua.stx"
	1525	+#line 700 "lua.stx"
1495	1526	{ luaY_val.vInt = 0; }
1496	1527	break;
1497	1528	case 77:
1498		−#line 707 "lua.stx"
	1529	+#line 702 "lua.stx"
1499	1530	{ luaY_val.vInt = luaY_vsp[0].vInt; flush_record(luaY_vsp[0].vInt%FIELDS_PER_FLUSH); }
1500	1531	break;
1501	1532	case 80:
1502		−#line 714 "lua.stx"
	1533	+#line 709 "lua.stx"
1503	1534	{ luaY_val.vInt = 0; }
1504	1535	break;
1505	1536	case 81:
1506		−#line 715 "lua.stx"
	1537	+#line 710 "lua.stx"
1507	1538	{ luaY_val.vInt = luaY_vsp[-1].vInt; }
1508	1539	break;
1509	1540	case 82:
1510		−#line 718 "lua.stx"
	1541	+#line 713 "lua.stx"
1511	1542	{luaY_val.vInt=1;}
1512	1543	break;
1513	1544	case 83:
1514		−#line 720 "lua.stx"
	1545	+#line 715 "lua.stx"
1515	1546	{
1516	1547	luaY_val.vInt=luaY_vsp[-2].vInt+1;
1517	1548	if (luaY_val.vInt%FIELDS_PER_FLUSH == 0) flush_record(FIELDS_PER_FLUSH);
1518	1549	}
1519	1550	break;
1520		−case 84:
1521		−#line 727 "lua.stx"
1522		−{
1523		− push_field(luaI_findconstant(luaY_vsp[-2].pTStr));
1524		− }
	1551	+case 86:
	1552	+#line 725 "lua.stx"
	1553	+{ code_constant(luaY_vsp[0].pTStr); }
1525	1554	break;
1526		−case 85:
1527		−#line 732 "lua.stx"
	1555	+case 87:
	1556	+#line 728 "lua.stx"
1528	1557	{ luaY_val.vInt = 0; }
1529	1558	break;
1530		−case 86:
1531		−#line 733 "lua.stx"
	1559	+case 88:
	1560	+#line 729 "lua.stx"
1532	1561	{ luaY_val.vInt = luaY_vsp[-1].vInt; }
1533	1562	break;
1534		−case 87:
1535		−#line 736 "lua.stx"
	1563	+case 89:
	1564	+#line 732 "lua.stx"
1536	1565	{luaY_val.vInt=1;}
1537	1566	break;
1538		−case 88:
1539		−#line 738 "lua.stx"
	1567	+case 90:
	1568	+#line 734 "lua.stx"
1540	1569	{
1541	1570	luaY_val.vInt=luaY_vsp[-2].vInt+1;
1542	1571	if (luaY_val.vInt%FIELDS_PER_FLUSH == 0)
1543	1572	flush_list(luaY_val.vInt/FIELDS_PER_FLUSH - 1, FIELDS_PER_FLUSH);
1544	1573	}
1545	1574	break;
1546		−case 89:
1547		−#line 746 "lua.stx"
	1575	+case 91:
	1576	+#line 742 "lua.stx"
1548	1577	{
1549	1578	nvarbuffer = 0;
1550	1579	add_varbuffer(luaY_vsp[0].vLong);
1551	1580	luaY_val.vInt = (luaY_vsp[0].vLong == 0) ? 1 : 0;
1552	1581	}
1553	1582	break;
1554		−case 90:
1555		−#line 752 "lua.stx"
	1583	+case 92:
	1584	+#line 748 "lua.stx"
1556	1585	{
1557	1586	add_varbuffer(luaY_vsp[0].vLong);
1558	1587	luaY_val.vInt = (luaY_vsp[0].vLong == 0) ? luaY_vsp[-2].vInt + 1 : luaY_vsp[-2].vInt;
1559	1588	}
1560	1589	break;
1561		−case 91:
1562		−#line 758 "lua.stx"
	1590	+case 93:
	1591	+#line 754 "lua.stx"
1563	1592	{ luaY_val.vLong = luaY_vsp[0].vLong; }
1564	1593	break;
1565		−case 92:
1566		−#line 760 "lua.stx"
	1594	+case 94:
	1595	+#line 756 "lua.stx"
1567	1596	{
1568	1597	luaY_val.vLong = 0; /* indexed variable */
1569	1598	}
1570	1599	break;
1571		−case 93:
1572		−#line 764 "lua.stx"
	1600	+case 95:
	1601	+#line 760 "lua.stx"
1573	1602	{
1574		− code_byte(PUSHSTRING);
1575		− code_word(luaI_findconstant(luaY_vsp[0].pTStr));
1576		− luaY_val.vLong = 0; /* indexed variable */
	1603	+ code_constant(luaY_vsp[0].pTStr);
	1604	+ luaY_val.vLong = 0; /* indexed variable */
1577	1605	}
1578	1606	break;
1579		−case 94:
1580		−#line 772 "lua.stx"
	1607	+case 96:
	1608	+#line 767 "lua.stx"
1581	1609	{
1582	1610	int local = lua_localname(luaY_vsp[0].pTStr);
1583	1611	if (local == -1) /* global var */
@@ -1586,30 +1614,30 @@ case 94: · 2 unmodified lines
1586	1614	luaY_val.vLong = -(local+1); /* return negative value */
1587	1615	}
1588	1616	break;
1589		−case 95:
1590		−#line 781 "lua.stx"
	1617	+case 97:
	1618	+#line 776 "lua.stx"
1591	1619	{ lua_pushvar(luaY_vsp[0].vLong); }
1592	1620	break;
1593		−case 96:
1594		−#line 784 "lua.stx"
	1621	+case 98:
	1622	+#line 779 "lua.stx"
1595	1623	{store_localvar(luaY_vsp[0].pTStr, 0); luaY_val.vInt = 1;}
1596	1624	break;
1597		−case 97:
1598		−#line 786 "lua.stx"
	1625	+case 99:
	1626	+#line 781 "lua.stx"
1599	1627	{
1600	1628	store_localvar(luaY_vsp[0].pTStr, luaY_vsp[-2].vInt);
1601	1629	luaY_val.vInt = luaY_vsp[-2].vInt+1;
1602	1630	}
1603	1631	break;
1604		−case 98:
1605		−#line 792 "lua.stx"
	1632	+case 100:
	1633	+#line 787 "lua.stx"
1606	1634	{ luaY_val.vInt = 0; }
1607	1635	break;
1608		−case 99:
1609		−#line 793 "lua.stx"
	1636	+case 101:
	1637	+#line 788 "lua.stx"
1610	1638	{ luaY_val.vInt = luaY_vsp[0].vLong; }
1611	1639	break;
1612		−#line 1613 "y.tab.c"
	1640	+#line 1641 "y.tab.c"
1613	1641	}
1614	1642	luaY_ssp -= luaY_m;
1615	1643	luaY_state = *luaY_ssp;

src/table.c+84−96

@@ -3,9 +3,11 @@ · 2 unmodified lines
3	3	** Module to control static tables
4	4	*/
5	5
6		−char *rcs_table="$Id: table.c,v 2.58 1996/11/01 12:47:45 roberto Exp $";
	6	+char *rcs_table="$Id: table.c,v 2.72 1997/06/17 18:09:31 roberto Exp $";
7	7
8		−#include "mem.h"
	8	+#include "luamem.h"
	9	+#include "auxlib.h"
	10	+#include "func.h"
9	11	#include "opcode.h"
10	12	#include "tree.h"
11	13	#include "hash.h"
@@ -27,49 +29,14 @@ Word lua_nconstant = 0; · 15 unmodified lines
27	29	static Long lua_maxconstant = 0;
28	30
29	31
30		−#define GARBAGE_BLOCK 50
31		−
32		−static void lua_nextvar (void);
33		−
34		−/*
35		−** Internal functions
36		−*/
37		−static struct {
38		− char *name;
39		− lua_CFunction func;
40		−} int_funcs[] = {
41		− {"assert", luaI_assert},
42		− {"call", luaI_call},
43		− {"dofile", lua_internaldofile},
44		− {"dostring", lua_internaldostring},
45		− {"error", luaI_error},
46		− {"getglobal", luaI_getglobal},
47		− {"next", lua_next},
48		− {"nextvar", lua_nextvar},
49		− {"print", luaI_print},
50		− {"setfallback", luaI_setfallback},
51		− {"setglobal", luaI_setglobal},
52		− {"tonumber", lua_obj2number},
53		− {"tostring", luaI_tostring},
54		− {"type", luaI_type}
55		−};
56		−
57		−#define INTFUNCSIZE (sizeof(int_funcs)/sizeof(int_funcs[0]))
	32	+#define GARBAGE_BLOCK 100
58	33
59	34
60	35	void luaI_initsymbol (void)
61	36	{
62		− int i;
63		− Word n;
64	37	lua_maxsymbol = BUFFER_BLOCK;
65	38	lua_table = newvector(lua_maxsymbol, Symbol);
66		− for (i=0; i<INTFUNCSIZE; i++)
67		− {
68		− n = luaI_findsymbolbyname(int_funcs[i].name);
69		− s_tag(n) = LUA_T_CFUNCTION; s_fvalue(n) = int_funcs[i].func;
70		− }
71		− n = luaI_findsymbolbyname("_VERSION_");
72		− s_tag(n) = LUA_T_STRING; s_tsvalue(n) = lua_createstring(LUA_VERSION);
	39	+ luaI_predefine();
73	40	}
74	41
75	42
@@ -92,17 +59,17 @@ void luaI_initconstant (void) · 16 unmodified lines
92	59	*/
93	60	Word luaI_findsymbol (TaggedString *t)
94	61	{
95		− if (t->varindex == NOT_USED)
	62	+ if (t->u.s.varindex == NOT_USED)
96	63	{
97	64	if (lua_ntable == lua_maxsymbol)
98	65	lua_maxsymbol = growvector(&lua_table, lua_maxsymbol, Symbol,
99	66	symbolEM, MAX_WORD);
100		− t->varindex = lua_ntable;
	67	+ t->u.s.varindex = lua_ntable;
101	68	lua_table[lua_ntable].varname = t;
102		− s_tag(lua_ntable) = LUA_T_NIL;
	69	+ s_ttype(lua_ntable) = LUA_T_NIL;
103	70	lua_ntable++;
104	71	}
105		− return t->varindex;
	72	+ return t->u.s.varindex;
106	73	}
107	74
108	75
@@ -118,16 +85,16 @@ Word luaI_findsymbolbyname (char *name) · 9 unmodified lines
118	85	*/
119	86	Word luaI_findconstant (TaggedString *t)
120	87	{
121		− if (t->constindex == NOT_USED)
	88	+ if (t->u.s.constindex == NOT_USED)
122	89	{
123	90	if (lua_nconstant == lua_maxconstant)
124	91	lua_maxconstant = growvector(&lua_constant, lua_maxconstant, TaggedString *,
125	92	constantEM, MAX_WORD);
126		− t->constindex = lua_nconstant;
	93	+ t->u.s.constindex = lua_nconstant;
127	94	lua_constant[lua_nconstant] = t;
128	95	lua_nconstant++;
129	96	}
130		− return t->constindex;
	97	+ return t->u.s.constindex;
131	98	}
132	99
133	100
@@ -145,10 +112,16 @@ TaggedString luaI_createfixedstring (char name) · 11 unmodified lines
145	112	}
146	113
147	114
	115	+int luaI_globaldefined (char *name)
	116	+{
	117	+ return ttype(&lua_table[luaI_findsymbolbyname(name)].object) != LUA_T_NIL;
	118	+}
	119	+
	120	+
148	121	/*
149	122	** Traverse symbol table objects
150	123	*/
151		−static char lua_travsymbol (int (fn)(Object *))
	124	+static char lua_travsymbol (int (fn)(TObject *))
152	125	{
153	126	Word i;
154	127	for (i=0; i<lua_ntable; i++)
@@ -161,13 +134,14 @@ static char lua_travsymbol (int (fn)(Object *)) · 6 unmodified lines
161	134	/*
162	135	** Mark an object if it is a string or a unmarked array.
163	136	*/
164		−int lua_markobject (Object *o)
	137	+int lua_markobject (TObject *o)
165	138	{/* if already marked, does not change mark value */
166		− if (tag(o) == LUA_T_STRING && !tsvalue(o)->marked)
	139	+ if (ttype(o) == LUA_T_USERDATA \|\|
	140	+ (ttype(o) == LUA_T_STRING && !tsvalue(o)->marked))
167	141	tsvalue(o)->marked = 1;
168		− else if (tag(o) == LUA_T_ARRAY)
	142	+ else if (ttype(o) == LUA_T_ARRAY)
169	143	lua_hashmark (avalue(o));
170		− else if ((o->tag == LUA_T_FUNCTION \|\| o->tag == LUA_T_MARK)
	144	+ else if ((o->ttype == LUA_T_FUNCTION \|\| o->ttype == LUA_T_MARK)
171	145	&& !o->value.tf->marked)
172	146	o->value.tf->marked = 1;
173	147	return 0;
@@ -176,11 +150,11 @@ int lua_markobject (Object *o) · 2 unmodified lines
176	150	/*
177	151	* returns 0 if the object is going to be (garbage) collected
178	152	*/
179		−int luaI_ismarked (Object *o)
	153	+int luaI_ismarked (TObject *o)
180	154	{
181		− switch (o->tag)
	155	+ switch (o->ttype)
182	156	{
183		− case LUA_T_STRING:
	157	+ case LUA_T_STRING: case LUA_T_USERDATA:
184	158	return o->value.ts->marked;
185	159	case LUA_T_FUNCTION:
186	160	return o->value.tf->marked;
@@ -192,76 +166,90 @@ int luaI_ismarked (Object *o) · 5 unmodified lines
192	166	}
193	167
194	168
	169	+static void call_nilIM (void)
	170	+{ /* signals end of garbage collection */
	171	+ TObject t;
	172	+ ttype(&t) = LUA_T_NIL;
	173	+ luaI_gcIM(&t); /* end of list */
	174	+}
	175	+
195	176	/*
196	177	** Garbage collection.
197	178	** Delete all unused strings and arrays.
198	179	*/
199		−Long luaI_collectgarbage (void)
	180	+static long gc_block = GARBAGE_BLOCK;
	181	+static long gc_nentity = 0; /* total of strings, arrays, etc */
	182	+
	183	+static void markall (void)
200	184	{
201		− Long recovered = 0;
202	185	lua_travstack(lua_markobject); /* mark stack objects */
203	186	lua_travsymbol(lua_markobject); /* mark symbol table objects */
204	187	luaI_travlock(lua_markobject); /* mark locked objects */
205	188	luaI_travfallbacks(lua_markobject); /* mark fallbacks */
	189	+}
	190	+
	191	+
	192	+long lua_collectgarbage (long limit)
	193	+{
	194	+ long recovered = 0;
	195	+ Hash *freetable;
	196	+ TaggedString *freestr;
	197	+ TFunc *freefunc;
	198	+ markall();
206	199	luaI_invalidaterefs();
207		− recovered += lua_strcollector();
208		− recovered += lua_hashcollector();
209		− recovered += luaI_funccollector();
	200	+ freetable = luaI_hashcollector(&recovered);
	201	+ freestr = luaI_strcollector(&recovered);
	202	+ freefunc = luaI_funccollector(&recovered);
	203	+ gc_nentity -= recovered;
	204	+ gc_block = (limit == 0) ? 2*(gc_block-recovered) : gc_nentity+limit;
	205	+ luaI_hashcallIM(freetable);
	206	+ luaI_strcallIM(freestr);
	207	+ call_nilIM();
	208	+ luaI_hashfree(freetable);
	209	+ luaI_strfree(freestr);
	210	+ luaI_funcfree(freefunc);
210	211	return recovered;
211	212	}
212	213
	214	+
213	215	void lua_pack (void)
214	216	{
215		− static unsigned long block = GARBAGE_BLOCK;
216		− static unsigned long nentity = 0; /* total of strings, arrays, etc */
217		− unsigned long recovered = 0;
218		− if (nentity++ < block) return;
219		− recovered = luaI_collectgarbage();
220		− block = 2*(block-recovered);
221		− nentity -= recovered;
	217	+ if (++gc_nentity >= gc_block)
	218	+ lua_collectgarbage(0);
222	219	}
223	220
224	221
225	222	/*
226	223	** Internal function: return next global variable
227	224	*/
228		−static void lua_nextvar (void)
	225	+void luaI_nextvar (void)
229	226	{
230		− Word next;
231		− lua_Object o = lua_getparam(1);
232		− if (o == LUA_NOOBJECT)
233		− lua_error("too few arguments to function `nextvar'");
234		− if (lua_getparam(2) != LUA_NOOBJECT)
235		− lua_error("too many arguments to function `nextvar'");
236		− if (lua_isnil(o))
237		− next = 0;
238		− else if (!lua_isstring(o))
239		− {
240		− lua_error("incorrect argument to function `nextvar'");
241		− return; /* to avoid warnings */
242		− }
243		− else
244		− next = luaI_findsymbolbyname(lua_getstring(o)) + 1;
245		− while (next < lua_ntable && s_tag(next) == LUA_T_NIL) next++;
246		− if (next < lua_ntable)
247		− {
248		− lua_pushstring(lua_table[next].varname->str);
249		− luaI_pushobject(&s_object(next));
250		− }
	227	+ Word next;
	228	+ if (lua_isnil(lua_getparam(1)))
	229	+ next = 0;
	230	+ else
	231	+ next = luaI_findsymbolbyname(luaL_check_string(1)) + 1;
	232	+ while (next < lua_ntable && s_ttype(next) == LUA_T_NIL)
	233	+ next++;
	234	+ if (next < lua_ntable) {
	235	+ lua_pushstring(lua_table[next].varname->str);
	236	+ luaI_pushobject(&s_object(next));
	237	+ }
251	238	}
252	239
253	240
254		−static Object *functofind;
255		−static int checkfunc (Object *o)
	241	+static TObject *functofind;
	242	+static int checkfunc (TObject *o)
256	243	{
257		− if (o->tag == LUA_T_FUNCTION)
	244	+ if (o->ttype == LUA_T_FUNCTION)
258	245	return
259		− ((functofind->tag == LUA_T_FUNCTION \|\| functofind->tag == LUA_T_MARK)
	246	+ ((functofind->ttype == LUA_T_FUNCTION \|\| functofind->ttype == LUA_T_MARK)
260	247	&& (functofind->value.tf == o->value.tf));
261		− if (o->tag == LUA_T_CFUNCTION)
	248	+ if (o->ttype == LUA_T_CFUNCTION)
262	249	return
263		− ((functofind->tag == LUA_T_CFUNCTION \|\| functofind->tag == LUA_T_CMARK)
264		− && (functofind->value.f == o->value.f));
	250	+ ((functofind->ttype == LUA_T_CFUNCTION \|\|
	251	+ functofind->ttype == LUA_T_CMARK) &&
	252	+ (functofind->value.f == o->value.f));
265	253	return 0;
266	254	}
267	255
@@ -270,7 +258,7 @@ char lua_getobjname (lua_Object o, char *name) · 2 unmodified lines
270	258	{ /* try to find a name for given function */
271	259	functofind = luaI_Address(o);
272	260	if ((*name = luaI_travfallbacks(checkfunc)) != NULL)
273		− return "fallback";
	261	+ return "tag-method";
274	262	else if ((*name = lua_travsymbol(checkfunc)) != NULL)
275	263	return "global";
276	264	else return "";

src/table.h+6−5

@@ -1,7 +1,7 @@
1	1	/*
2	2	** Module to control static tables
3	3	** TeCGraf - PUC-Rio
4		−** $Id: table.h,v 2.21 1996/04/22 18:00:37 roberto Exp $
	4	+** $Id: table.h,v 2.25 1997/05/26 14:42:36 roberto Exp $
5	5	*/
6	6
7	7	#ifndef table_h
@@ -12,7 +12,7 @@ · 4 unmodified lines
12	12
13	13	typedef struct
14	14	{
15		− Object object;
	15	+ TObject object;
16	16	TaggedString *varname;
17	17	} Symbol;
18	18
@@ -28,10 +28,11 @@ Word luaI_findsymbolbyname (char *name); · 9 unmodified lines
28	28	Word luaI_findsymbol (TaggedString *t);
29	29	Word luaI_findconstant (TaggedString *t);
30	30	Word luaI_findconstantbyname (char *name);
	31	+int luaI_globaldefined (char *name);
	32	+void luaI_nextvar (void);
31	33	TaggedString luaI_createfixedstring (char str);
32		−int lua_markobject (Object *o);
33		−int luaI_ismarked (Object *o);
34		−Long luaI_collectgarbage (void);
	34	+int lua_markobject (TObject *o);
	35	+int luaI_ismarked (TObject *o);
35	36	void lua_pack (void);
36	37
37	38

src/tree.c+92−26

@@ -3,17 +3,18 @@ · 2 unmodified lines
3	3	** TecCGraf - PUC-Rio
4	4	*/
5	5
6		−char *rcs_tree="$Id: tree.c,v 1.20 1996/03/14 15:56:26 roberto Exp $";
	6	+char *rcs_tree="$Id: tree.c,v 1.28 1997/06/11 14:24:40 roberto Exp $";
7	7
8	8
9	9	#include <string.h>
10	10
11		−#include "mem.h"
	11	+#include "luamem.h"
12	12	#include "lua.h"
13	13	#include "tree.h"
14	14	#include "lex.h"
15	15	#include "hash.h"
16	16	#include "table.h"
	17	+#include "fallback.h"
17	18
18	19
19	20	#define NUM_HASHS 64
@@ -28,23 +29,43 @@ static int initialized = 0; · 8 unmodified lines
28	29
29	30	static stringtable string_root[NUM_HASHS];
30	31
31		−static TaggedString EMPTY = {NOT_USED, NOT_USED, 0, 2, {0}};
	32	+static TaggedString EMPTY = {LUA_T_STRING, NULL, {{NOT_USED, NOT_USED}},
	33	+ 0, 2, {0}};
32	34
33	35
34		−static unsigned long hash (char *str)
	36	+static unsigned long hash (char *s, int tag)
35	37	{
36		− unsigned long h = 0;
37		− while (*str)
38		− h = ((h<<5)-h)^(unsigned char)*(str++);
	38	+ unsigned long h;
	39	+ if (tag != LUA_T_STRING)
	40	+ h = (unsigned long)s;
	41	+ else {
	42	+ h = 0;
	43	+ while (*s)
	44	+ h = ((h<<5)-h)^(unsigned char)*(s++);
	45	+ }
39	46	return h;
40	47	}
41	48
	49	+
	50	+static void luaI_inittree (void)
	51	+{
	52	+ int i;
	53	+ for (i=0; i<NUM_HASHS; i++) {
	54	+ string_root[i].size = 0;
	55	+ string_root[i].nuse = 0;
	56	+ string_root[i].hash = NULL;
	57	+ }
	58	+}
	59	+
	60	+
42	61	static void initialize (void)
43	62	{
44	63	initialized = 1;
	64	+ luaI_inittree();
45	65	luaI_addReserved();
46	66	luaI_initsymbol();
47	67	luaI_initconstant();
	68	+ luaI_initfallbacks();
48	69	}
49	70
50	71
@@ -58,8 +79,7 @@ static void grow (stringtable *tb) · 7 unmodified lines
58	79	/* rehash */
59	80	tb->nuse = 0;
60	81	for (i=0; i<tb->size; i++)
61		− if (tb->hash[i] != NULL && tb->hash[i] != &EMPTY)
62		− {
	82	+ if (tb->hash[i] != NULL && tb->hash[i] != &EMPTY) {
63	83	int h = tb->hash[i]->hash%newsize;
64	84	while (newhash[h])
65	85	h = (h+1)%newsize;
@@ -71,10 +91,30 @@ static void grow (stringtable *tb) · 5 unmodified lines
71	91	tb->hash = newhash;
72	92	}
73	93
74		−static TaggedString insert (char str, stringtable *tb)
	94	+
	95	+static TaggedString newone(char buff, int tag, unsigned long h)
	96	+{
	97	+ TaggedString *ts;
	98	+ if (tag == LUA_T_STRING) {
	99	+ ts = (TaggedString *)luaI_malloc(sizeof(TaggedString)+strlen(buff));
	100	+ strcpy(ts->str, buff);
	101	+ ts->u.s.varindex = ts->u.s.constindex = NOT_USED;
	102	+ ts->tag = LUA_T_STRING;
	103	+ }
	104	+ else {
	105	+ ts = (TaggedString *)luaI_malloc(sizeof(TaggedString));
	106	+ ts->u.v = buff;
	107	+ ts->tag = tag == LUA_ANYTAG ? 0 : tag;
	108	+ }
	109	+ ts->marked = 0;
	110	+ ts->hash = h;
	111	+ return ts;
	112	+}
	113	+
	114	+static TaggedString insert (char buff, int tag, stringtable *tb)
75	115	{
76	116	TaggedString *ts;
77		− unsigned long h = hash(str);
	117	+ unsigned long h = hash(buff, tag);
78	118	int i;
79	119	int j = -1;
80	120	if ((Long)tb->nuse3 >= (Long)tb->size2)
@@ -84,12 +124,14 @@ static TaggedString insert (char str, stringtable *tb) · 3 unmodified lines
84	124	grow(tb);
85	125	}
86	126	i = h%tb->size;
87		− while (tb->hash[i])
	127	+ while ((ts = tb->hash[i]) != NULL)
88	128	{
89		− if (tb->hash[i] == &EMPTY)
	129	+ if (ts == &EMPTY)
90	130	j = i;
91		− else if (strcmp(str, tb->hash[i]->str) == 0)
92		− return tb->hash[i];
	131	+ else if ((ts->tag == LUA_T_STRING) ?
	132	+ (tag == LUA_T_STRING && (strcmp(buff, ts->str) == 0)) :
	133	+ ((tag == ts->tag \|\| tag == LUA_ANYTAG) && buff == ts->u.v))
	134	+ return ts;
93	135	i = (i+1)%tb->size;
94	136	}
95	137	/* not found */
@@ -98,27 +140,49 @@ static TaggedString insert (char str, stringtable *tb) · 2 unmodified lines
98	140	i = j;
99	141	else
100	142	tb->nuse++;
101		− ts = tb->hash[i] = (TaggedString *)luaI_malloc(sizeof(TaggedString)+strlen(str));
102		− strcpy(ts->str, str);
103		− ts->marked = 0;
104		− ts->hash = h;
105		− ts->varindex = ts->constindex = NOT_USED;
	143	+ ts = tb->hash[i] = newone(buff, tag, h);
106	144	return ts;
107	145	}
108	146
109		−TaggedString lua_createstring (char str)
	147	+TaggedString luaI_createudata (void udata, int tag)
110	148	{
111		− return insert(str, &string_root[(unsigned)str[0]%NUM_HASHS]);
	149	+ return insert(udata, tag, &string_root[(unsigned)udata%NUM_HASHS]);
	150	+}
	151	+
	152	+TaggedString lua_createstring (char str)
	153	+{
	154	+ return insert(str, LUA_T_STRING, &string_root[(unsigned)str[0]%NUM_HASHS]);
	155	+}
	156	+
	157	+
	158	+void luaI_strcallIM (TaggedString *l)
	159	+{
	160	+ TObject o;
	161	+ ttype(&o) = LUA_T_USERDATA;
	162	+ for (; l; l=l->next) {
	163	+ tsvalue(&o) = l;
	164	+ luaI_gcIM(&o);
	165	+ }
	166	+}
	167	+
	168	+
	169	+void luaI_strfree (TaggedString *l)
	170	+{
	171	+ while (l) {
	172	+ TaggedString *next = l->next;
	173	+ luaI_free(l);
	174	+ l = next;
	175	+ }
112	176	}
113	177
114	178
115	179	/*
116	180	** Garbage collection function.
117		−** This function traverse the string list freeing unindexed strings
118	181	*/
119		−Long lua_strcollector (void)
	182	+TaggedString luaI_strcollector (long acum)
120	183	{
121	184	Long counter = 0;
	185	+ TaggedString *frees = NULL;
122	186	int i;
123	187	for (i=0; i<NUM_HASHS; i++)
124	188	{
@@ -133,13 +197,15 @@ Long lua_strcollector (void) · 8 unmodified lines
133	197	t->marked = 0;
134	198	else
135	199	{
136		− luaI_free(t);
	200	+ t->next = frees;
	201	+ frees = t;
137	202	tb->hash[j] = &EMPTY;
138	203	counter++;
139	204	}
140	205	}
141	206	}
142	207	}
143		− return counter;
	208	+ *acum += counter;
	209	+ return frees;
144	210	}
145	211

src/tree.h+14−4

@@ -1,7 +1,7 @@
1	1	/*
2	2	** tree.h
3	3	** TecCGraf - PUC-Rio
4		−** $Id: tree.h,v 1.14 1996/02/26 17:07:49 roberto Exp $
	4	+** $Id: tree.h,v 1.18 1997/06/09 17:28:14 roberto Exp $
5	5	*/
6	6
7	7	#ifndef tree_h
@@ -14,8 +14,15 @@ · 6 unmodified lines
14	14
15	15	typedef struct TaggedString
16	16	{
17		− Word varindex; /* != NOT_USED if this is a symbol */
18		− Word constindex; /* != NOT_USED if this is a constant */
	17	+ int tag; /* if != LUA_T_STRING, this is a userdata */
	18	+ struct TaggedString *next;
	19	+ union {
	20	+ struct {
	21	+ Word varindex; /* != NOT_USED if this is a symbol */
	22	+ Word constindex; /* != NOT_USED if this is a constant */
	23	+ } s;
	24	+ void v; / if this is a userdata, here is its value */
	25	+ } u;
19	26	unsigned long hash; /* 0 if not initialized */
20	27	int marked; /* for garbage collection; never collect (nor change) if > 1 */
21	28	char str[1]; /* \0 byte already reserved */
@@ -23,6 +30,9 @@ typedef struct TaggedString · 1 unmodified line
23	30
24	31
25	32	TaggedString lua_createstring (char str);
26		−Long lua_strcollector (void);
	33	+TaggedString luaI_createudata (void udata, int tag);
	34	+TaggedString luaI_strcollector (long cont);
	35	+void luaI_strfree (TaggedString *l);
	36	+void luaI_strcallIM (TaggedString *l);
27	37
28	38	#endif

src/undump.c+71−74

@@ -3,33 +3,28 @@ · 2 unmodified lines
3	3	** load bytecodes from files
4	4	*/
5	5
6		−char* rcs_undump="$Id: undump.c,v 1.21 1996/11/18 11:18:29 lhf Exp $";
	6	+char* rcs_undump="$Id: undump.c,v 1.24 1997/06/17 18:19:17 roberto Exp $";
7	7
8	8	#include <stdio.h>
9	9	#include <string.h>
	10	+#include "auxlib.h"
10	11	#include "opcode.h"
11		−#include "mem.h"
	12	+#include "luamem.h"
12	13	#include "table.h"
13	14	#include "undump.h"
	15	+#include "zio.h"
14	16
15	17	static int swapword=0;
16	18	static int swapfloat=0;
17	19	static TFunc* Main=NULL; /* functions in a chunk */
18	20	static TFunc* lastF=NULL;
19	21
20		−static void warn(char* s) /* TODO: remove */
21		−{
22		−#if 0
23		− fprintf(stderr,"undump: %s\n",s);
24		−#endif
25		−}
26		−
27	22	static void FixCode(Byte* code, Byte* end) /* swap words */
28	23	{
29	24	Byte* p;
30	25	for (p=code; p!=end;)
31	26	{
32		− OpCode op=(OpCode)*p;
	27	+ int op=*p;
33	28	switch (op)
34	29	{
35	30	case PUSHNIL:
@@ -83,6 +78,8 @@ static void FixCode(Byte* code, Byte* end) /* swap words */ · 47 unmodified lines
83	78	case STORELIST0:
84	79	case ADJUST:
85	80	case RETCODE:
	81	+ case VARARGS:
	82	+ case STOREMAP:
86	83	p+=2;
87	84	break;
88	85	case STORELIST:
@@ -132,7 +129,8 @@ static void FixCode(Byte* code, Byte* end) /* swap words */ · 43 unmodified lines
132	129	break;
133	130	}
134	131	default:
135		− lua_error("corrupt binary file");
	132	+ luaL_verror("corrupt binary file: bad opcode %d at %d\n",
	133	+ op,(int)(p-code));
136	134	break;
137	135	}
138	136	}
@@ -150,149 +148,152 @@ static void Unthread(Byte* code, int i, int v) · 11 unmodified lines
150	148	}
151	149	}
152	150
153		−static int LoadWord(FILE* D)
	151	+static int LoadWord(ZIO* Z)
154	152	{
155	153	Word w;
156		− fread(&w,sizeof(w),1,D);
	154	+ zread(Z,&w,sizeof(w));
157	155	if (swapword)
158	156	{
159		− Byte* p=(Byte)&w; / TODO: need union? */
	157	+ Byte* p=(Byte*)&w;
160	158	Byte t;
161	159	t=p[0]; p[0]=p[1]; p[1]=t;
162	160	}
163	161	return w;
164	162	}
165	163
166		−static int LoadSize(FILE* D)
	164	+static int LoadSize(ZIO* Z)
167	165	{
168		− Word hi=LoadWord(D);
169		− Word lo=LoadWord(D);
	166	+ Word hi=LoadWord(Z);
	167	+ Word lo=LoadWord(Z);
170	168	int s=(hi<<16)\|lo;
171	169	if ((Word)s != s) lua_error("code too long");
172	170	return s;
173	171	}
174	172
175		−static void* LoadBlock(int size, FILE* D)
	173	+static void* LoadBlock(int size, ZIO* Z)
176	174	{
177	175	void* b=luaI_malloc(size);
178		− fread(b,size,1,D);
	176	+ zread(Z,b,size);
179	177	return b;
180	178	}
181	179
182		−static char* LoadString(FILE* D)
	180	+static char* LoadString(ZIO* Z)
183	181	{
184		− int size=LoadWord(D);
	182	+ int size=LoadWord(Z);
185	183	char *b=luaI_buffer(size);
186		− fread(b,size,1,D);
	184	+ zread(Z,b,size);
187	185	return b;
188	186	}
189	187
190		−static char* LoadNewString(FILE* D)
	188	+static char* LoadNewString(ZIO* Z)
191	189	{
192		− return LoadBlock(LoadWord(D),D);
	190	+ return LoadBlock(LoadWord(Z),Z);
193	191	}
194	192
195		−static void LoadFunction(FILE* D)
	193	+static void LoadFunction(ZIO* Z)
196	194	{
197	195	TFunc* tf=new(TFunc);
198	196	tf->next=NULL;
199	197	tf->locvars=NULL;
200		− tf->size=LoadSize(D);
201		− tf->lineDefined=LoadWord(D);
	198	+ tf->size=LoadSize(Z);
	199	+ tf->lineDefined=LoadWord(Z);
202	200	if (IsMain(tf)) /* new main */
203	201	{
204		− tf->fileName=LoadNewString(D);
	202	+ tf->fileName=LoadNewString(Z);
205	203	Main=lastF=tf;
206	204	}
207	205	else /* fix PUSHFUNCTION */
208	206	{
209		− tf->marked=LoadWord(D);
	207	+ tf->marked=LoadWord(Z);
210	208	tf->fileName=Main->fileName;
211	209	memcpy(Main->code+tf->marked,&tf,sizeof(tf));
212	210	lastF=lastF->next=tf;
213	211	}
214		− tf->code=LoadBlock(tf->size,D);
	212	+ tf->code=LoadBlock(tf->size,Z);
215	213	if (swapword \|\| swapfloat) FixCode(tf->code,tf->code+tf->size);
216	214	while (1) /* unthread */
217	215	{
218		− int c=getc(D);
	216	+ int c=zgetc(Z);
219	217	if (c==ID_VAR) /* global var */
220	218	{
221		− int i=LoadWord(D);
222		− char* s=LoadString(D);
	219	+ int i=LoadWord(Z);
	220	+ char* s=LoadString(Z);
223	221	int v=luaI_findsymbolbyname(s);
224	222	Unthread(tf->code,i,v);
225	223	}
226	224	else if (c==ID_STR) /* constant string */
227	225	{
228		− int i=LoadWord(D);
229		− char* s=LoadString(D);
	226	+ int i=LoadWord(Z);
	227	+ char* s=LoadString(Z);
230	228	int v=luaI_findconstantbyname(s);
231	229	Unthread(tf->code,i,v);
232	230	}
233	231	else
234	232	{
235		− ungetc(c,D);
	233	+ zungetc(Z);
236	234	break;
237	235	}
238	236	}
239	237	}
240	238
241		−static void LoadSignature(FILE* D)
	239	+static void LoadSignature(ZIO* Z)
242	240	{
243	241	char* s=SIGNATURE;
244		− while (s!=0 && getc(D)==s)
	242	+ while (s!=0 && zgetc(Z)==s)
245	243	++s;
246		− if (*s!=0) lua_error("bad signature");
	244	+ if (*s!=0) lua_error("cannot load binary file: bad signature");
247	245	}
248	246
249		−static void LoadHeader(FILE* D) /* TODO: error handling */
	247	+static void LoadHeader(ZIO* Z)
250	248	{
251	249	Word w,tw=TEST_WORD;
252	250	float f,tf=TEST_FLOAT;
253	251	int version;
254		− LoadSignature(D);
255		− version=getc(D);
	252	+ LoadSignature(Z);
	253	+ version=zgetc(Z);
256	254	if (version>0x23) /* after 2.5 */
257	255	{
258		− int oldsizeofW=getc(D);
259		− int oldsizeofF=getc(D);
260		− int oldsizeofP=getc(D);
	256	+ int oldsizeofW=zgetc(Z);
	257	+ int oldsizeofF=zgetc(Z);
	258	+ int oldsizeofP=zgetc(Z);
261	259	if (oldsizeofW!=2)
262		− lua_error("cannot load binary file created on machine with sizeof(Word)!=2");
	260	+ luaL_verror(
	261	+ "cannot load binary file created on machine with sizeof(Word)=%d; "
	262	+ "expected 2",oldsizeofW);
263	263	if (oldsizeofF!=4)
264		− lua_error("cannot load binary file created on machine with sizeof(float)!=4. not an IEEE machine?");
265		− if (oldsizeofP!=sizeof(TFunc)) / TODO: pack */
266		− lua_error("cannot load binary file: different pointer sizes");
	264	+ luaL_verror(
	265	+ "cannot load binary file created on machine with sizeof(float)=%d; "
	266	+ "expected 4\nnot an IEEE machine?",oldsizeofF);
	267	+ if (oldsizeofP!=sizeof(TFunc)) / TODO: pack? */
	268	+ luaL_verror(
	269	+ "cannot load binary file created on machine with sizeof(TFunc*)=%d; "
	270	+ "expected %d",oldsizeofP,(int)sizeof(TFunc*));
267	271	}
268		− fread(&w,sizeof(w),1,D); /* test word */
	272	+ zread(Z,&w,sizeof(w)); /* test word */
269	273	if (w!=tw)
270	274	{
271	275	swapword=1;
272		− warn("different byte order");
273	276	}
274		− fread(&f,sizeof(f),1,D); /* test float */
	277	+ zread(Z,&f,sizeof(f)); /* test float */
275	278	if (f!=tf)
276	279	{
277		− Byte* p=(Byte)&f; / TODO: need union? */
	280	+ Byte* p=(Byte*)&f;
278	281	Byte t;
279	282	swapfloat=1;
280	283	t=p[0]; p[0]=p[3]; p[3]=t;
281	284	t=p[1]; p[1]=p[2]; p[2]=t;
282	285	if (f!=tf) /* TODO: try another perm? */
283		− lua_error("different float representation");
284		− else
285		− warn("different byte order in floats");
	286	+ lua_error("cannot load binary file: unknown float representation");
286	287	}
287	288	}
288	289
289		−static void LoadChunk(FILE* D)
	290	+static void LoadChunk(ZIO* Z)
290	291	{
291		− LoadHeader(D);
	292	+ LoadHeader(Z);
292	293	while (1)
293	294	{
294		− int c=getc(D);
295		− if (c==ID_FUN) LoadFunction(D); else { ungetc(c,D); break; }
	295	+ int c=zgetc(Z);
	296	+ if (c==ID_FUN) LoadFunction(Z); else { zungetc(Z); break; }
296	297	}
297	298	}
298	299
@@ -300,30 +301,26 @@ static void LoadChunk(FILE* D) · 1 unmodified line
300	301	** load one chunk from a file.
301	302	** return list of functions found, headed by main, or NULL at EOF.
302	303	*/
303		−TFunc* luaI_undump1(FILE* D)
	304	+TFunc* luaI_undump1(ZIO* Z)
304	305	{
305		− while (1)
	306	+ int c=zgetc(Z);
	307	+ if (c==ID_CHUNK)
306	308	{
307		− int c=getc(D);
308		− if (c==ID_CHUNK)
309		− {
310		− LoadChunk(D);
311		− return Main;
312		− }
313		− else if (c==EOF)
314		− return NULL;
315		− else
316		− lua_error("not a lua binary file");
	309	+ LoadChunk(Z);
	310	+ return Main;
317	311	}
	312	+ else if (c!=EOZ)
	313	+ lua_error("not a lua binary file");
	314	+ return NULL;
318	315	}
319	316
320	317	/*
321	318	** load and run all chunks in a file
322	319	*/
323		−int luaI_undump(FILE* D)
	320	+int luaI_undump(ZIO* Z)
324	321	{
325	322	TFunc* m;
326		− while ((m=luaI_undump1(D)))
	323	+ while ((m=luaI_undump1(Z)))
327	324	{
328	325	int status=luaI_dorun(m);
329	326	luaI_freefunc(m);

src/undump.h+11−4

@@ -1,10 +1,14 @@
1	1	/*
2	2	** undump.h
3	3	** definitions for lua decompiler
4		−** $Id: undump.h,v 1.3 1996/11/14 11:44:34 lhf Exp $
	4	+** $Id: undump.h,v 1.6 1997/06/17 18:19:17 roberto Exp $
5	5	*/
6	6
	7	+#ifndef undump_h
	8	+#define undump_h
	9	+
7	10	#include "func.h"
	11	+#include "zio.h"
8	12
9	13	#define IsMain(f) (f->lineDefined==0)
10	14
@@ -15,9 +19,12 @@ · 4 unmodified lines
15	19	#define ID_VAR 'V'
16	20	#define ID_STR 'S'
17	21	#define SIGNATURE "Lua"
18		−#define VERSION 0x25 /* 2.5 */
	22	+#define VERSION 0x25 /* last format change was in 2.5 */
19	23	#define TEST_WORD 0x1234 /* a word for testing byte ordering */
20	24	#define TEST_FLOAT 0.123456789e-23 /* a float for testing representation */
21	25
22		−TFunc* luaI_undump1(FILE* D); /* load one chunk */
23		−int luaI_undump(FILE* D); /* load all chunks */
	26	+
	27	+TFunc* luaI_undump1(ZIO* Z);
	28	+int luaI_undump(ZIO* Z); /* load all chunks */
	29	+
	30	+#endif

src/zio.c+79−0

@@ -0,0 +1,79 @@
	1	+/*
	2	+* zio.c
	3	+* a generic input stream interface
	4	+* $Id: zio.c,v 1.2 1997/06/20 19:25:54 roberto Exp $
	5	+*/
	6	+
	7	+#include <stdio.h>
	8	+#include <stdlib.h>
	9	+#include <string.h>
	10	+#include "zio.h"
	11	+
	12	+
	13	+/* ----------------------------------------------------- memory buffers --- */
	14	+
	15	+static int zmfilbuf(ZIO* z)
	16	+{
	17	+ return EOZ;
	18	+}
	19	+
	20	+ZIO* zmopen(ZIO* z, char* b, int size)
	21	+{
	22	+ if (b==NULL) return NULL;
	23	+ z->n=size;
	24	+ z->p= (unsigned char *)b;
	25	+ z->filbuf=zmfilbuf;
	26	+ z->u=NULL;
	27	+ return z;
	28	+}
	29	+
	30	+/* ------------------------------------------------------------ strings --- */
	31	+
	32	+ZIO* zsopen(ZIO* z, char* s)
	33	+{
	34	+ if (s==NULL) return NULL;
	35	+ return zmopen(z,s,strlen(s));
	36	+}
	37	+
	38	+/* -------------------------------------------------------------- FILEs --- */
	39	+
	40	+static int zffilbuf(ZIO* z)
	41	+{
	42	+ int n=fread(z->buffer,1,ZBSIZE,z->u);
	43	+ if (n==0) return EOZ;
	44	+ z->n=n-1;
	45	+ z->p=z->buffer;
	46	+ return *(z->p++);
	47	+}
	48	+
	49	+
	50	+ZIO* zFopen(ZIO* z, FILE* f)
	51	+{
	52	+ if (f==NULL) return NULL;
	53	+ z->n=0;
	54	+ z->p=z->buffer;
	55	+ z->filbuf=zffilbuf;
	56	+ z->u=f;
	57	+ return z;
	58	+}
	59	+
	60	+
	61	+/* --------------------------------------------------------------- read --- */
	62	+int zread(ZIO z, void b, int n)
	63	+{
	64	+ while (n) {
	65	+ int m;
	66	+ if (z->n == 0) {
	67	+ if (z->filbuf(z) == EOZ)
	68	+ return n; /* retorna quantos faltaram ler */
	69	+ zungetc(z); /* poe o resultado de filbuf no buffer */
	70	+ }
	71	+ m = (n <= z->n) ? n : z->n; /* minimo de n e z->n */
	72	+ memcpy(b, z->p, m);
	73	+ z->n -= m;
	74	+ z->p += m;
	75	+ b = (char *)b + m;
	76	+ n -= m;
	77	+ }
	78	+ return 0;
	79	+}

src/zio.h+48−0

@@ -0,0 +1,48 @@
	1	+/*
	2	+* zio.h
	3	+* a generic input stream interface
	4	+* $Id: zio.h,v 1.5 1997/06/20 19:25:54 roberto Exp $
	5	+*/
	6	+
	7	+#ifndef zio_h
	8	+#define zio_h
	9	+
	10	+#include <stdio.h>
	11	+
	12	+
	13	+
	14	+/* For Lua only */
	15	+#define zFopen luaZ_Fopen
	16	+#define zsopen luaZ_sopen
	17	+#define zmopen luaZ_mopen
	18	+#define zread luaZ_read
	19	+
	20	+#define EOZ (-1) /* end of stream */
	21	+
	22	+typedef struct zio ZIO;
	23	+
	24	+ZIO* zFopen(ZIO* z, FILE* f); /* open FILEs */
	25	+ZIO* zsopen(ZIO* z, char* s); /* string */
	26	+ZIO* zmopen(ZIO* z, char* b, int size); /* memory */
	27	+
	28	+int zread(ZIO* z, void* b, int n); /* read next n bytes */
	29	+
	30	+#define zgetc(z) (--(z)->n>=0 ? ((int)*(z)->p++): (z)->filbuf(z))
	31	+#define zungetc(z) (++(z)->n,--(z)->p)
	32	+
	33	+
	34	+
	35	+/* --------- Private Part ------------------ */
	36	+
	37	+#define ZBSIZE 256 /* buffer size */
	38	+
	39	+struct zio {
	40	+ int n; /* bytes still unread */
	41	+ unsigned char* p; /* current position in buffer */
	42	+ int (filbuf)(ZIO z);
	43	+ void* u; /* additional data */
	44	+ unsigned char buffer[ZBSIZE]; /* buffer */
	45	+};
	46	+
	47	+
	48	+#endif

test/README+3−4

@@ -1,7 +1,6 @@
1	1	These are simple tests for Lua. Some of them contain useful code.
2	2	They are meant to be run to make sure Lua is ok and also to be read, to see
3	3	how Lua programs can look like.
4		−In the directory examples/, there is more useful code, such as a library for
5		−complex arithmetic (a good example of fallbacks for overloading and redefinition
6		−of primitive functions), and a library for PostScript output. Both libraries
7		−include simple examples.
	4	+
	5	+In the directory examples/, there is more useful code: a library for PostScript
	6	+output and a database for a fake web site.

test/array.lua+3−3

@@ -2,14 +2,14 @@ $debug · 1 unmodified line
2	2
3	3	a = {}
4	4
5		−i=0
	5	+local i=0
6	6	while i<10 do
7	7	a[i] = i*i
8	8	i=i+1
9	9	end
10	10
11		−r,v = next(a,nil)
	11	+local r,v = next(a,nil)
12	12	while r ~= nil do
13		− print ("array["..r.."] = "..v)
	13	+ write ("array[",r,"] = ",v,"\n")
14	14	r,v = next(a,r)
15	15	end

test/bisect.lua+2−2

@@ -2,7 +2,7 @@ $debug · 1 unmodified line
2	2	-- bisection method for solving non-linear equations
3	3
4	4	function bisect(f,a,b,fa,fb)
5		−print(n.." a="..a.." fa="..fa.." b="..b.." fb="..fb)
	5	+ write(n," a=",a," fa=",fa," b=",b," fb=",fb,"\n")
6	6	local c=(a+b)/2
7	7	if abs(a-b)<delta then return c end
8	8	n=n+1
@@ -15,7 +15,7 @@ function solve(f,a,b) · 6 unmodified lines
15	15	delta=1e-6 -- tolerance
16	16	n=0
17	17	local z=bisect(f,a,b,f(a),f(b))
18		− print(format("after %d steps, root is %.10g",n,z))
	18	+ write(format("after %d steps, root is %.10g\n",n,z))
19	19	end
20	20
21	21	-- our function

test/dump.lua+15−11

@@ -1,17 +1,19 @@
1	1	-- dump global environment
2	2
3	3	function savevar (n,v)
4		− if v == nil then return end;
5		− if type(v) == "number" then print(n.."="..v) return end
6		− if type(v) == "string" then print(n.."='"..v.."'") return end
7		− if type(v) == "table" then
	4	+ if v == nil then return end
	5	+ if type(v)=="userdata" or type(v)=="function" then return end
	6	+ -- if type(v)=="userdata" or type(v)=="function" then write("\t-- ") end
	7	+ write(n,"=")
	8	+ if type(v) == "string" then write(format("%q",v))
	9	+ elseif type(v) == "table" then
8	10	if v.__visited__ ~= nil then
9		− print(n .. "=" .. v.__visited__);
	11	+ write(v.__visited__)
10	12	else
11		− print(n.."={}")
12		− v.__visited__ = n;
13		− local r,f;
14		− r,f = next(v,nil);
	13	+ write("{}\n")
	14	+ v.__visited__ = n
	15	+ local r,f
	16	+ r,f = next(v,nil)
15	17	while r ~= nil do
16	18	if r ~= "__visited__" then
17	19	if type(r) == 'string' then
@@ -23,13 +25,15 @@ function savevar (n,v) · 5 unmodified lines
23	25	r,f = next(v,r)
24	26	end
25	27	end
26		− end
	28	+ else write(tostring(v)) end
	29	+ write("\n")
27	30	end
28	31
29	32	function save ()
	33	+ print("\n-- global environment")
30	34	local n,v = nextvar(nil)
31	35	while n ~= nil do
32		− savevar(n,v);
	36	+ savevar(n,v)
33	37	n,v = nextvar(n)
34	38	end
35	39	end

test/examples/complex/complex.lua+0−82

@@ -1,82 +0,0 @@
1		−-- complex.lua
2		−-- complex arithmetic package for lua
3		−-- Luiz Henrique de Figueiredo (lhf@csg.uwaterloo.ca)
4		−-- 24 Oct 95
5		−$debug
6		−
7		−Complex={type="package"}
8		−
9		−function complex(x,y)
10		− return { re=x, im=y, type="complex" }
11		−end
12		−
13		−function Complex.conj(x,y)
14		− return complex(x.re,-x.im)
15		−end
16		−
17		−function Complex.norm2(x)
18		− local n=Complex.mul(x,Complex.conj(x))
19		− return n.re
20		−end
21		−
22		−function Complex.abs(x)
23		− return sqrt(Complex.norm2(x))
24		−end
25		−
26		−function Complex.add(x,y)
27		− return complex(x.re+y.re,x.im+y.im)
28		−end
29		−
30		−function Complex.sub(x,y)
31		− return complex(x.re-y.re,x.im-y.im)
32		−end
33		−
34		−function Complex.mul(x,y)
35		− return complex(x.rey.re-x.imy.im,x.rey.im+x.imy.re)
36		−end
37		−
38		−function Complex.div(x,y)
39		− local z=x*Complex.conj(y)
40		− local t=Complex.norm2(y)
41		− z.re=z.re/t
42		− z.im=z.im/t
43		− return z
44		−end
45		−
46		−function Complex.fallback(x,y,op)
47		− if type(x)=="number" then x=complex(x,0) end
48		− if type(y)=="number" then y=complex(y,0) end
49		− if type(x)=="complex" and type(y)=="complex" then
50		− return Complex[op](x,y)
51		− else
52		− return Complex.oldfallback(x,y)
53		− end
54		−end
55		−
56		−function Complex.newtype(x)
57		− local t=Complex.oldtype(x)
58		− if t=="table" and x.type then return x.type else return t end
59		−end
60		−
61		−function Complex.print(x)
62		− if type(x)~="complex" then
63		− Complex.oldprint(x)
64		− else
65		− local s
66		− if x.im>=0 then s="+" else s="" end
67		− Complex.oldprint(x.re..s..x.im.."I")
68		− end
69		−end
70		−
71		−function Complex.newabs(x)
72		− if type(x)~="complex" then
73		− return Complex.oldabs(x)
74		− else
75		− return Complex.abs(x)
76		− end
77		−end
78		−
79		−Complex.oldfallback=setfallback("arith",Complex.fallback)
80		−Complex.oldtype=type type=Complex.newtype
81		−Complex.oldprint=print print=Complex.print
82		−Complex.oldabs=abs abs=Complex.abs

test/examples/complex/mandel.lua+0−25

@@ -1,25 +0,0 @@
1		−dofile("complex.lua")
2		−
3		−xmin=-2 xmax=2 ymin=-2 ymax=2
4		−d=.125
5		−
6		−function level(x,y)
7		− local c=complex(x,y)
8		− local l=0
9		− local z=c
10		− repeat
11		− z=z*z+c
12		− l=l+1
13		− until abs(z)>2 or l>255
14		− return l-1
15		−end
16		−
17		−x=xmin
18		−while x<xmax do
19		− y=ymin
20		− while y<ymax do
21		− print(level(x,y))
22		− y=y+d
23		− end
24		− x=x+d
25		−end

test/examples/www/README+10−0

@@ -0,0 +1,10 @@
	1	+This directory contains a database for a fake web site.
	2	+Standard web page for the persons listed in db.lua are
	3	+creared automatically from template.html with staff.lua.
	4	+(See http://www.cos.ufrj.br for a real web site was created in this way.)
	5	+
	6	+To run, type lua db.lua.
	7	+
	8	+This example is meant to show the power of gsub and Lua declarative constructs,
	9	+which have been combined here into a "mail-merge" application.
	10	+

test/examples/www/db.lua+46−0

@@ -0,0 +1,46 @@
	1	+dofile("staff.lua")
	2	+
	3	+global{
	4	+ ROOT='http://www.tecgraf.puc-rio.br',
	5	+ EMAIL="\|LOGIN\|@tecgraf.puc-rio.br",
	6	+ WWW="\|ROOT\|/~\|LOGIN\|",
	7	+ webmast='\|ROOT\|/webmaster.html',
	8	+ TECGRAF='<A HREF="http://www.tecgraf.puc-rio.br">TeCGraf</A>',
	9	+ CS='<A HREF="http://www.inf.puc-rio.br">Computer Science Department</A>',
	10	+ PUCRIO='<A HREF="http://www.puc-rio.br">PUC-Rio</A>',
	11	+}
	12	+
	13	+staff{
	14	+DI="inf.puc-rio.br",
	15	+ LOGIN="roberto",
	16	+ NAME="Roberto Ierusalimschy",
	17	+ TITLE="D.Sc., \|PUCRIO\|, 1990",
	18	+ POSITION="Associate Professor, \|CS\|, \|PUCRIO\|",
	19	+ AREAS="Programming Languages, Object Oriented Programming",
	20	+ EMAIL="\|LOGIN\|@\|DI\|",
	21	+ WWW="http://www.\|DI\|/~\|LOGIN\|",
	22	+}
	23	+
	24	+staff{
	25	+PCG="http://www.graphics.cornell.edu",
	26	+ LOGIN="celes",
	27	+ NAME="Waldemar Celes",
	28	+ TITLE="D.Sc., \|PUCRIO\|, 1995",
	29	+ POSITION="Postdoctoral Associate at "..
	30	+'<A HREF="\|PCG\|">Program of Computer Graphics</A>, '..
	31	+'<A HREF="http://www.cornell.edu">Cornell University</A>',
	32	+ WWW="\|PCG\|/~celes/",
	33	+ AREAS="Image segmentation and 3D reconstruction; "
	34	+.."Physical simulation and educational software;"
	35	+.."Geometric modeling and topological data structures;"
	36	+.."Extension languages and customizable applications"
	37	+}
	38	+
	39	+staff{
	40	+ LOGIN="lhf",
	41	+ NAME="Luiz Henrique de Figueiredo",
	42	+ TITLE='D.Sc., <A HREF="http://www.impa.br">IMPA</A>, 1992',
	43	+ POSITION='Visiting Research fellow at <A HREF="http://www.lncc.br">LNCC</A>; Consultant at \|TECGRAF\|',
	44	+ AREAS="Geometric modeling; Software tools",
	45	+ WWW="http://www2.lncc.br/~lhf/",
	46	+}

test/examples/www/staff.lua+37−0

@@ -0,0 +1,37 @@
	1	+$debug
	2	+
	3	+readfrom("template.html")
	4	+TEMPLATE=read(".*")
	5	+readfrom()
	6	+
	7	+PAT="\|(%a%a*)\|"
	8	+
	9	+GLOBAL={
	10	+ DATE=date("%d/%m/%Y %T"),
	11	+}
	12	+
	13	+function get(i)
	14	+ if LOCAL[i] then return LOCAL[i]
	15	+ elseif GLOBAL[i] then return GLOBAL[i]
	16	+ else return "<BLINK>?"..i.."?</BLINK>" end
	17	+end
	18	+
	19	+function global(t)
	20	+ local i,v=next(t,nil)
	21	+ while i do
	22	+ GLOBAL[i]=v
	23	+ i,v=next(t,i)
	24	+ end
	25	+end
	26	+
	27	+function staff(t)
	28	+ LOCAL=t
	29	+ if t.AREAS then t.AREAS=gsub(t.AREAS,"[;,] *","\n<LI>") end
	30	+ local p,n=TEMPLATE
	31	+ if t.WWW=="" then p=gsub(p,'<A HREF="\|WWW\|">\|NAME\|</A>',"\|NAME\|") end
	32	+ repeat p,n=gsub(p,PAT,get) until n==0
	33	+ write(t.LOGIN,"\n")
	34	+ writeto(t.LOGIN..".html")
	35	+ write(p)
	36	+ writeto()
	37	+end

test/examples/www/template.html+29−0

@@ -0,0 +1,29 @@
	1	+<HTML>
	2	+<HEAD>
	3	+<TITLE>
	4	+Imaginary web site:Staff:\|LOGIN\|
	5	+</TITLE>
	6	+</HEAD>
	7	+
	8	+<BODY>
	9	+<H1><A HREF="\|WWW\|">\|NAME\|</A></H1>
	10	+<A HREF="mailto:\|EMAIL\|">\|EMAIL\|</A>
	11	+<P>
	12	+
	13	+\|POSITION\|<BR>
	14	+\|TITLE\|<P>
	15	+
	16	+<H2>Research areas</H2>
	17	+<UL>
	18	+<LI>\|AREAS\|
	19	+</UL>
	20	+<P>
	21	+
	22	+<HR>
	23	+Last update in \|DATE\| by
	24	+<A HREF="\|webmast\|">websmaster</A>.
	25	+<P>
	26	+
	27	+</BODY>
	28	+
	29	+</HTML>

test/hello.lua+1−1

@@ -1,3 +1,3 @@
1	1	-- the first program in every language
2	2
3		−print("hello world, from Lua!")
	3	+write("hello world, from Lua!\n")

test/loop.lua+0−6

@@ -1,6 +0,0 @@
1		−$debug
2		−i=0
3		−repeat
4		− print(i)
5		− i=i+1
6		−until i>10

test/lua+1−0

@@ -0,0 +1 @@
	1	+../bin/lua

test/luac+1−0

@@ -0,0 +1 @@
	1	+../bin/luac

test/sort.lua+1−1

@@ -28,7 +28,7 @@ function selectionsort(a,n) · 27 unmodified lines
28	28	end
29	29
30	30	function show(m,x)
31		− write(m.."\n\t")
	31	+ write(m,"\n\t")
32	32	local i=0
33	33	while x[i] do
34	34	write(x[i])

test/split.lua+0−18

@@ -1,18 +0,0 @@
1		−function split (s)
2		− local n = 1
3		− local f = strfind(s,"/")
4		− while f do
5		− n = n+f
6		− f = strfind(strsub(s,n),"/")
7		− end
8		− return strsub(s,1,n-1), strsub(s,n)
9		−end
10		−
11		−
12		−function test(s)
13		− local path, filename = split(s)
14		− print(s .. "=[".. path.."]+["..filename.."]")
15		−end
16		−
17		−test("a:/lua/obj/lua.c")
18		−test("lua.lib")

test/type.lua+0−37

@@ -1,37 +0,0 @@
1		−$debug
2		−
3		−function check (object, class)
4		− local v = next(object,nil);
5		− while v ~= nil do
6		− if class[v] == nil then
7		− print("unknown field: " .. v)
8		− elseif type(object[v]) ~= class[v].type then
9		− print("wrong type for field " .. v)
10		− end
11		− v = next(object,v);
12		− end
13		− v = next(class,nil);
14		− while v ~= nil do
15		− if object[v] == nil then
16		− if class[v].default ~= nil then
17		− object[v] = class[v].default
18		− else
19		− print("field "..v.." not initialized")
20		− end
21		− end
22		− v = next(class,v);
23		− end
24		−end
25		−
26		−typeblock = {x = {default = 0, type = "number"},
27		− y = {default = 0, type = "number"},
28		− name = {type = "string"}
29		− }
30		−
31		−function block(t) check(t,typeblock) end
32		−
33		−block{ x = 7, name = "3"}
34		−block{ x = "7", name = "3"}
35		−block{ x = 7, name = 3}
36		−block{ x = 7}
37		−block{ x = 7, name = "3", bogus=3.14}