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core/mini-mes: Merge merge mes.c and mini-mes.c.

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* mes.c:
* scaffold/mini-mes.c:
* gc.c:
* GNUmakefile:
This commit is contained in:
Jan Nieuwenhuizen 2017-04-10 19:13:20 +02:00
parent c4b14d66d3
commit b41e35cf6f
8 changed files with 550 additions and 446 deletions
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27
GNUmakefile
View file

@ -29,6 +29,9 @@ CPPFLAGS+=-DMODULEDIR='"$(MODULEDIR)/"'
CPPFLAGS+=-DPREFIX='"$(PREFIX)/"' CPPFLAGS+=-DPREFIX='"$(PREFIX)/"'
CPPFLAGS+=-DVERSION='"$(VERSION)"' CPPFLAGS+=-DVERSION='"$(VERSION)"'
MINI_CPPFLAGS:=$(CPPFLAGS)
CPPFLAGS+=-D_POSIX_SOURCE
export BOOT export BOOT
ifneq ($(BOOT),) ifneq ($(BOOT),)
CPPFLAGS+=-DBOOT=1 CPPFLAGS+=-DBOOT=1
@ -162,7 +165,7 @@ mescc-check: t-check
mini-%.h mini-%.i mini-%.environment.i mini-%.symbols.i: %.c build-aux/mes-snarf.scm GNUmakefile mini-%.h mini-%.i mini-%.environment.i mini-%.symbols.i: %.c build-aux/mes-snarf.scm GNUmakefile
build-aux/mes-snarf.scm --mini $< build-aux/mes-snarf.scm --mini $<
mini-mes.h mini-mes.i mini-mes.environment.i mini-mes.symbols.i: scaffold/mini-mes.c build-aux/mes-snarf.scm GNUmakefile mini-mes.h mini-mes.i mini-mes.environment.i mini-mes.symbols.i: mes.c build-aux/mes-snarf.scm GNUmakefile
build-aux/mes-snarf.scm --mini $< build-aux/mes-snarf.scm --mini $<
mini-mes: mini-mes.h mini-mes.i mini-mes.environment.i mini-mes.symbols.i mini-mes: mini-mes.h mini-mes.i mini-mes.environment.i mini-mes.symbols.i
@ -171,9 +174,9 @@ mini-mes: vector.c mini-vector.h mini-vector.i mini-vector.environment.i
mini-mes: mlibc.c mstart.c mini-mes: mlibc.c mstart.c
mini-mes: GNUmakefile mini-mes: GNUmakefile
mini-mes: module/mes/read-0-32.mo mini-mes: module/mes/read-0-32.mo
mini-mes: scaffold/mini-mes.c mini-mes: mes.c
rm -f $@ rm -f $@
gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(CPPFLAGS) $< gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(MINI_CPPFLAGS) $<
rm -f mes.o rm -f mes.o
chmod +x $@ chmod +x $@
@ -187,7 +190,7 @@ guile-mini-mes: vector.c mini-vector.h mini-vector.i mini-vector.environment.i
guile-mini-mes: mlibc.c mstart.c guile-mini-mes: mlibc.c mstart.c
guile-mini-mes: GNUmakefile guile-mini-mes: GNUmakefile
guile-mini-mes: module/mes/read-0-32.mo guile-mini-mes: module/mes/read-0-32.mo
guile-mini-mes: scaffold/mini-mes.c guile-mini-mes: mes.c
rm -f $@ rm -f $@
guile/mescc.scm $< > $@ || rm -f $@ guile/mescc.scm $< > $@ || rm -f $@
chmod +x $@ chmod +x $@
@ -198,7 +201,7 @@ mes-mini-mes: vector.c mini-vector.h mini-vector.i mini-vector.environment.i
mes-mini-mes: mlibc.c mstart.c mes-mini-mes: mlibc.c mstart.c
mes-mini-mes: GNUmakefile mes-mini-mes: GNUmakefile
mes-mini-mes: module/mes/read-0-32.mo mes-mini-mes: module/mes/read-0-32.mo
mes-mini-mes: scaffold/mini-mes.c mes-mini-mes: mes.c
rm -f $@ rm -f $@
# MES_FLAGS= MES_DEBUG=1 scripts/mescc.mes $< > $@ || rm -f $@ # MES_FLAGS= MES_DEBUG=1 scripts/mescc.mes $< > $@ || rm -f $@
MES_FLAGS= MES_DEBUG=1 scripts/mescc.mes $< > $@ MES_FLAGS= MES_DEBUG=1 scripts/mescc.mes $< > $@
@ -214,7 +217,7 @@ mes-hello: scaffold/hello.c
cons-mes: module/mes/tiny-0-32.mo cons-mes: module/mes/tiny-0-32.mo
cons-mes: scaffold/cons-mes.c GNUmakefile cons-mes: scaffold/cons-mes.c GNUmakefile
gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(CPPFLAGS) $< gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(MINI_CPPFLAGS) $<
chmod +x $@ chmod +x $@
guile-cons-mes: module/mes/tiny-0-32.mo guile-cons-mes: module/mes/tiny-0-32.mo
@ -225,7 +228,7 @@ guile-cons-mes: scaffold/cons-mes.c
tiny-mes: module/mes/tiny-0-32.mo tiny-mes: module/mes/tiny-0-32.mo
tiny-mes: scaffold/tiny-mes.c GNUmakefile tiny-mes: scaffold/tiny-mes.c GNUmakefile
gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(CPPFLAGS) $< gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(MINI_CPPFLAGS) $<
chmod +x $@ chmod +x $@
guile-tiny-mes: module/mes/tiny-0-32.mo guile-tiny-mes: module/mes/tiny-0-32.mo
@ -235,7 +238,7 @@ guile-tiny-mes: scaffold/tiny-mes.c
chmod +x $@ chmod +x $@
m: scaffold/m.c GNUmakefile m: scaffold/m.c GNUmakefile
gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(CPPFLAGS) $< gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(MINI_CPPFLAGS) $<
# gcc --std=gnu99 -g -o $@ $(CPPFLAGS) $< # gcc --std=gnu99 -g -o $@ $(CPPFLAGS) $<
chmod +x $@ chmod +x $@
@ -245,7 +248,7 @@ guile-m: scaffold/m.c
chmod +x $@ chmod +x $@
malloc: scaffold/malloc.c GNUmakefile malloc: scaffold/malloc.c GNUmakefile
gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(CPPFLAGS) $< gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(MINI_CPPFLAGS) $<
chmod +x $@ chmod +x $@
guile-malloc: scaffold/malloc.c guile-malloc: scaffold/malloc.c
@ -254,7 +257,7 @@ guile-malloc: scaffold/malloc.c
micro-mes: scaffold/micro-mes.c GNUmakefile micro-mes: scaffold/micro-mes.c GNUmakefile
rm -f $@ rm -f $@
gcc -nostdlib --std=gnu99 -m32 -o $@ $(CPPFLAGS) $< gcc -nostdlib --std=gnu99 -m32 -o $@ $(MINI_CPPFLAGS) $<
chmod +x $@ chmod +x $@
guile-micro-mes: scaffold/micro-mes.c guile-micro-mes: scaffold/micro-mes.c
@ -263,7 +266,7 @@ guile-micro-mes: scaffold/micro-mes.c
main: doc/examples/main.c GNUmakefile main: doc/examples/main.c GNUmakefile
rm -f $@ rm -f $@
gcc -nostdlib --std=gnu99 -m32 -o $@ $(CPPFLAGS) $< gcc -nostdlib --std=gnu99 -m32 -o $@ $(MINI_CPPFLAGS) $<
chmod +x $@ chmod +x $@
guile-main: doc/examples/main.c guile-main: doc/examples/main.c
@ -273,7 +276,7 @@ guile-main: doc/examples/main.c
t: mlibc.c t: mlibc.c
t: scaffold/t.c GNUmakefile t: scaffold/t.c GNUmakefile
rm -f $@ rm -f $@
gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(CPPFLAGS) $< gcc -nostdlib --std=gnu99 -m32 -g -o $@ $(MINI_CPPFLAGS) $<
chmod +x $@ chmod +x $@
guile-t: scaffold/t.c guile-t: scaffold/t.c

27
gc.c
View file

@ -21,28 +21,19 @@
SCM SCM
gc_up_arena () ///((internal)) gc_up_arena () ///((internal))
{ {
#if _POSIX_SOURCE
ARENA_SIZE *= 2; ARENA_SIZE *= 2;
GC_SAFETY *= 2; GC_SAFETY *= 2;
#if _POSIX_SOURCE
void *p = realloc (g_cells-1, 2*ARENA_SIZE*sizeof(struct scm)); void *p = realloc (g_cells-1, 2*ARENA_SIZE*sizeof(struct scm));
#else #else
ARENA_SIZE = ARENA_SIZE * 2; char *p = g_cells;
GC_SAFETY = GC_SAFETY * 2; p = realloc (p-sizeof (struct scm), 2*ARENA_SIZE*sizeof(struct scm));
//p = realloc (g_cells-1, 2*ARENA_SIZE*sizeof(struct scm));
int size = ARENA_SIZE * 2;
size = size * 12;
char *p = size;
p = realloc (g_cells-1, size);
g_cells = p;
#endif #endif
#if _POSIX_SOURCE #if _POSIX_SOURCE
if (!p) error (cell_symbol_system_error, cons (MAKE_STRING (cstring_to_list (strerror (errno))), MAKE_NUMBER (g_free))); if (!p) error (cell_symbol_system_error, cons (MAKE_STRING (cstring_to_list (strerror (errno))), MAKE_NUMBER (g_free)));
g_cells = (struct scm*)p; g_cells = (struct scm*)p;
g_cells++; g_cells++;
#else
//assert (p);
//g_cells = (struct scm*)p;
#endif #endif
gc_init_news (); gc_init_news ();
return 0; return 0;
@ -54,16 +45,12 @@ gc_flip () ///((internal))
struct scm *cells = g_cells; struct scm *cells = g_cells;
g_cells = g_news; g_cells = g_news;
g_news = cells; g_news = cells;
#if _POSIX_SOURCE
if (g_debug) fprintf (stderr, ";;; => jam[%d]\n", g_free);
#else
if (g_debug) if (g_debug)
{ {
eputs (";;; => jam["); eputs (";;; => jam[");
eputs (itoa (g_free)); eputs (itoa (g_free));
eputs ("]\n"); eputs ("]\n");
} }
#endif
return g_stack; return g_stack;
} }
@ -144,9 +131,6 @@ gc_check ()
SCM SCM
gc () gc ()
{ {
#if _POSIX_SOURCE
if (g_debug) fprintf (stderr, ";;; gc[%d:%d]...", g_free, ARENA_SIZE - g_free);
#else
if (g_debug) if (g_debug)
{ {
eputs (";;; gc["); eputs (";;; gc[");
@ -155,7 +139,6 @@ gc ()
eputs (itoa (ARENA_SIZE - g_free)); eputs (itoa (ARENA_SIZE - g_free));
eputs ("]..."); eputs ("]...");
} }
#endif
g_free = 1; g_free = 1;
if (g_cells < g_news && ARENA_SIZE < MAX_ARENA_SIZE) gc_up_arena (); if (g_cells < g_news && ARENA_SIZE < MAX_ARENA_SIZE) gc_up_arena ();
for (int i=g_free; i<g_symbol_max; i++) for (int i=g_free; i<g_symbol_max; i++)
@ -163,16 +146,12 @@ gc ()
make_tmps (g_news); make_tmps (g_news);
g_symbols = gc_copy (g_symbols); g_symbols = gc_copy (g_symbols);
SCM new = gc_copy (g_stack); SCM new = gc_copy (g_stack);
#if _POSIX_SOURCE
if (g_debug) fprintf (stderr, "new=%d\n", new);
#else
if (g_debug) if (g_debug)
{ {
eputs ("new="); eputs ("new=");
eputs (itoa (new)); eputs (itoa (new));
eputs ("\n"); eputs ("\n");
} }
#endif
g_stack = new; g_stack = new;
return gc_loop (1); return gc_loop (1);
} }

7
lib.c
View file

@ -57,7 +57,8 @@ fdputs (char const* s, int fd)
#ifdef putc #ifdef putc
#undef putc #undef putc
#endif #endif
#define putc fdputc #define putc(x) fdputc(x, STDOUT)
#define fputc fdputc
int int
fdputc (int c, int fd) fdputc (int c, int fd)
{ {
@ -80,7 +81,7 @@ display_helper (SCM x, int cont, char* sep, int fd)
case TCHAR: case TCHAR:
{ {
fputs ("#\\", fd); fputs ("#\\", fd);
putc (VALUE (x), fd); fputc (VALUE (x), fd);
break; break;
} }
case TFUNCTION: case TFUNCTION:
@ -131,7 +132,7 @@ display_helper (SCM x, int cont, char* sep, int fd)
SCM t = CAR (x); SCM t = CAR (x);
while (t && t != cell_nil) while (t && t != cell_nil)
{ {
putc (VALUE (CAR (t)), fd); fputc (VALUE (CAR (t)), fd);
t = CDR (t); t = CDR (t);
} }
break; break;

630
mes.c
View file

@ -18,11 +18,13 @@
* along with Mes. If not, see <http://www.gnu.org/licenses/>. * along with Mes. If not, see <http://www.gnu.org/licenses/>.
*/ */
#if !_POSIX_SOURCE
#if !__MESC__
#include "mlibc.c"
#endif
#define assert(x) ((x) ? (void)0 : assert_fail (#x))
#else
#define _GNU_SOURCE #define _GNU_SOURCE
#if __GNUC__
#define __NYACC__ 0
#define NYACC
#define NYACC2
#include <assert.h> #include <assert.h>
#include <ctype.h> #include <ctype.h>
#include <errno.h> #include <errno.h>
@ -31,14 +33,8 @@
#include <string.h> #include <string.h>
#include <stdlib.h> #include <stdlib.h>
#include <stdbool.h> #include <stdbool.h>
#else
typedef int bool;
#define __NYACC__ 1
#define NYACC nyacc
#define NYACC2 nyacc2
#endif #endif
#define DEBUG 0
#define FIXED_PRIMITIVES 1 #define FIXED_PRIMITIVES 1
int ARENA_SIZE = 100000; int ARENA_SIZE = 100000;
@ -47,8 +43,38 @@ int MAX_ARENA_SIZE = 20000000;
//int GC_SAFETY = ARENA_SIZE / 400; //int GC_SAFETY = ARENA_SIZE / 400;
int GC_SAFETY = 250; int GC_SAFETY = 250;
char *g_arena = 0;
typedef int SCM; typedef int SCM;
int g_debug = 0;
int g_free = 0;
SCM g_continuations = 0;
SCM g_symbols = 0;
SCM g_stack = 0;
// a/env
SCM r0 = 0;
// param 1
SCM r1 = 0;
// save 2+load/dump
SCM r2 = 0;
// continuation
SCM r3 = 0;
enum type_t {TCHAR, TCLOSURE, TCONTINUATION, TFUNCTION, TKEYWORD, TMACRO, TNUMBER, TPAIR, TREF, TSPECIAL, TSTRING, TSYMBOL, TVALUES, TVECTOR, TBROKEN_HEART}; enum type_t {TCHAR, TCLOSURE, TCONTINUATION, TFUNCTION, TKEYWORD, TMACRO, TNUMBER, TPAIR, TREF, TSPECIAL, TSTRING, TSYMBOL, TVALUES, TVECTOR, TBROKEN_HEART};
#if !_POSIX_SOURCE
struct scm {
enum type_t type;
SCM car;
SCM cdr;
};
struct function {
int (*function) (void);
int arity;
char *name;
};
#else
typedef SCM (*function0_t) (void); typedef SCM (*function0_t) (void);
typedef SCM (*function1_t) (SCM); typedef SCM (*function1_t) (SCM);
typedef SCM (*function2_t) (SCM, SCM); typedef SCM (*function2_t) (SCM, SCM);
@ -61,7 +87,7 @@ struct function {
function2_t function2; function2_t function2;
function3_t function3; function3_t function3;
functionn_t functionn; functionn_t functionn;
} NYACC; };
int arity; int arity;
char const *name; char const *name;
}; };
@ -73,7 +99,7 @@ struct scm {
SCM car; SCM car;
SCM ref; SCM ref;
int length; int length;
} NYACC; };
union { union {
int value; int value;
int function; int function;
@ -83,8 +109,19 @@ struct scm {
SCM macro; SCM macro;
SCM vector; SCM vector;
int hits; int hits;
} NYACC2; };
}; };
#endif
#if __MESC__
//FIXME
char *foobar = 0;
struct scm *g_cells = foobar;
struct scm *g_news = foobar;
#else
struct scm *g_cells = 0;
struct scm *g_news = 0;
#endif
struct scm scm_nil = {TSPECIAL, "()",0}; struct scm scm_nil = {TSPECIAL, "()",0};
struct scm scm_f = {TSPECIAL, "#f",0}; struct scm scm_f = {TSPECIAL, "#f",0};
@ -166,14 +203,11 @@ struct scm scm_symbol_mesc = {TSYMBOL, "%mesc",0};
struct scm scm_test = {TSYMBOL, "test",0}; struct scm scm_test = {TSYMBOL, "test",0};
#if !_POSIX_SOURCE
int g_free = 0; #include "mini-mes.symbols.h"
struct scm *g_cells; #else
struct scm *g_news = 0;
SCM g_symbol_max;
bool g_debug = false;
#include "mes.symbols.h" #include "mes.symbols.h"
#endif
SCM tmp; SCM tmp;
SCM tmp_num; SCM tmp_num;
@ -182,14 +216,15 @@ SCM tmp_num2;
struct function g_functions[200]; struct function g_functions[200];
int g_function = 0; int g_function = 0;
SCM g_continuations = 0; #if !__GNUC__
SCM g_symbols = 0; #include "mini-gc.h"
SCM g_stack = 0; #include "mini-lib.h"
SCM r0 = 0; // a/env #include "mini-math.h"
SCM r1 = 0; // param 1 #include "mini-mes.h"
SCM r2 = 0; // save 2+load/dump #include "mini-posix.h"
SCM r3 = 0; // continuation // #include "mini-reader.h"
#include "mini-vector.h"
#else
#include "gc.h" #include "gc.h"
#include "lib.h" #include "lib.h"
#include "math.h" #include "math.h"
@ -197,15 +232,40 @@ SCM r3 = 0; // continuation
#include "posix.h" #include "posix.h"
#include "reader.h" #include "reader.h"
#include "vector.h" #include "vector.h"
#endif
#define TYPE(x) g_cells[x].type
#define CAR(x) g_cells[x].car #define CAR(x) g_cells[x].car
#define CDR(x) g_cells[x].cdr #define CDR(x) g_cells[x].cdr
#define NTYPE(x) g_news[x].type
#define NCAR(x) g_news[x].car
#define NCDR(x) g_news[x].cdr
#if !_POSIX_SOURCE
#define LENGTH(x) g_cells[x].car
#define REF(x) g_cells[x].car
#define STRING(x) g_cells[x].car
#define CLOSURE(x) g_cells[x].cdr
#define CONTINUATION(x) g_cells[x].cdr
#define FUNCTION(x) g_functions[g_cells[x].cdr]
#define MACRO(x) g_cells[x].cdr
#define VALUE(x) g_cells[x].cdr
#define VECTOR(x) g_cells[x].cdr
#define NLENGTH(x) g_news[x].car
#define NVALUE(x) g_news[x].cdr
#define NVECTOR(x) g_news[x].cdr
#else
#define CONTINUATION(x) g_cells[x].cdr #define CONTINUATION(x) g_cells[x].cdr
#define HITS(x) g_cells[x].hits #define HITS(x) g_cells[x].hits
#define LENGTH(x) g_cells[x].length #define LENGTH(x) g_cells[x].length
#define NAME(x) g_cells[x].name #define NAME(x) g_cells[x].name
#define STRING(x) g_cells[x].string #define STRING(x) g_cells[x].string
#define TYPE(x) g_cells[x].type
#define CLOSURE(x) g_cells[x].closure #define CLOSURE(x) g_cells[x].closure
#define MACRO(x) g_cells[x].macro #define MACRO(x) g_cells[x].macro
#define REF(x) g_cells[x].ref #define REF(x) g_cells[x].ref
@ -213,24 +273,11 @@ SCM r3 = 0; // continuation
#define VECTOR(x) g_cells[x].vector #define VECTOR(x) g_cells[x].vector
#define FUNCTION(x) g_functions[g_cells[x].function] #define FUNCTION(x) g_functions[g_cells[x].function]
#define NTYPE(x) g_news[x].type
#define NCAR(x) g_news[x].car
#define NLENGTH(x) g_news[x].length #define NLENGTH(x) g_news[x].length
#define NCDR(x) g_news[x].cdr
#define NVALUE(x) g_news[x].value #define NVALUE(x) g_news[x].value
#define NVECTOR(x) g_news[x].vector #define NVECTOR(x) g_news[x].vector
#endif
#define CAAR(x) CAR (CAR (x))
#define CADR(x) CAR (CDR (x))
#define CDAR(x) CDR (CAR (x))
#define CDDR(x) CDR (CDR (x))
#define CADAR(x) CAR (CDR (CAR (x)))
#define CADDR(x) CAR (CDR (CDR (x)))
#define CDDDR(x) CDR (CDR (CDR (x)))
#define CDADAR(x) CAR (CDR (CAR (CDR (x))))
#define MAKE_CHAR(n) make_cell_ (tmp_num_ (TCHAR), 0, tmp_num2_ (n)) #define MAKE_CHAR(n) make_cell_ (tmp_num_ (TCHAR), 0, tmp_num2_ (n))
#define MAKE_CONTINUATION(n) make_cell_ (tmp_num_ (TCONTINUATION), n, g_stack) #define MAKE_CONTINUATION(n) make_cell_ (tmp_num_ (TCONTINUATION), n, g_stack)
@ -238,24 +285,23 @@ SCM r3 = 0; // continuation
#define MAKE_REF(n) make_cell_ (tmp_num_ (TREF), n, 0) #define MAKE_REF(n) make_cell_ (tmp_num_ (TREF), n, 0)
#define MAKE_STRING(x) make_cell_ (tmp_num_ (TSTRING), x, 0) #define MAKE_STRING(x) make_cell_ (tmp_num_ (TSTRING), x, 0)
#define CAAR(x) CAR (CAR (x))
#define CADR(x) CAR (CDR (x))
#define CDAR(x) CDR (CAR (x))
#define CDDR(x) CDR (CDR (x))
#define CADAR(x) CAR (CDR (CAR (x)))
#define CADDR(x) CAR (CDR (CDR (x)))
#define CDADAR(x) CAR (CDR (CAR (CDR (x))))
#if 0
SCM vm_call (function0_t f, SCM p1, SCM a); SCM vm_call (function0_t f, SCM p1, SCM a);
#endif
#if _POSIX_SOURCE
char const* itoa(int); char const* itoa(int);
int fdputs (char const*, int);
#define eputs(s) fputs(s, stderr) #define eputs(s) fdputs(s, 2)
#endif
SCM
tmp_num_ (int x)
{
g_cells[tmp_num].value = x;
return tmp_num;
}
SCM
tmp_num2_ (int x)
{
g_cells[tmp_num2].value = x;
return tmp_num2;
}
SCM SCM
alloc (int n) alloc (int n)
@ -266,6 +312,20 @@ alloc (int n)
return x; return x;
} }
SCM
tmp_num_ (int x)
{
VALUE (tmp_num) = x;
return tmp_num;
}
SCM
tmp_num2_ (int x)
{
VALUE (tmp_num2) = x;
return tmp_num2;
}
SCM SCM
make_cell_ (SCM type, SCM car, SCM cdr) make_cell_ (SCM type, SCM car, SCM cdr)
{ {
@ -274,21 +334,23 @@ make_cell_ (SCM type, SCM car, SCM cdr)
TYPE (x) = VALUE (type); TYPE (x) = VALUE (type);
if (VALUE (type) == TCHAR || VALUE (type) == TNUMBER) { if (VALUE (type) == TCHAR || VALUE (type) == TNUMBER) {
if (car) CAR (x) = CAR (car); if (car) CAR (x) = CAR (car);
if (cdr) CDR (x) = CDR (cdr); if (cdr) CDR(x) = CDR(cdr);
} else if (VALUE (type) == TFUNCTION) { }
else if (VALUE (type) == TFUNCTION) {
if (car) CAR (x) = car; if (car) CAR (x) = car;
if (cdr) CDR (x) = CDR (cdr); if (cdr) CDR(x) = CDR(cdr);
} else { }
else {
CAR (x) = car; CAR (x) = car;
CDR (x) = cdr; CDR(x) = cdr;
} }
return x; return x;
} }
SCM SCM
make_symbol_ (SCM s) make_symbol_ (SCM s) ///((internal))
{ {
g_cells[tmp_num].value = TSYMBOL; VALUE (tmp_num) = TSYMBOL;
SCM x = make_cell_ (tmp_num, s, 0); SCM x = make_cell_ (tmp_num, s, 0);
g_symbols = cons (x, g_symbols); g_symbols = cons (x, g_symbols);
return x; return x;
@ -356,7 +418,7 @@ arity_ (SCM x)
SCM SCM
cons (SCM x, SCM y) cons (SCM x, SCM y)
{ {
g_cells[tmp_num].value = TPAIR; VALUE (tmp_num) = TPAIR;
return make_cell_ (tmp_num, x, y); return make_cell_ (tmp_num, x, y);
} }
@ -413,7 +475,6 @@ acons (SCM key, SCM value, SCM alist)
return cons (cons (key, value), alist); return cons (cons (key, value), alist);
} }
// MIMI_MES lib.c?
SCM SCM
length (SCM x) length (SCM x)
{ {
@ -439,7 +500,7 @@ error (SCM key, SCM x)
eputs (": "); eputs (": ");
display_error_ (x); display_error_ (x);
eputs ("\n"); eputs ("\n");
assert (!"error"); exit (1);
} }
SCM SCM
@ -452,6 +513,68 @@ cstring_to_list (char const* s)
return p; return p;
} }
// extra lib
SCM
assert_defined (SCM x, SCM e) ///((internal))
{
if (e == cell_undefined) return error (cell_symbol_unbound_variable, x);
return e;
}
SCM
check_formals (SCM f, SCM formals, SCM args) ///((internal))
{
int flen = (TYPE (formals) == TNUMBER) ? VALUE (formals) : VALUE (length (formals));
int alen = VALUE (length (args));
if (alen != flen && alen != -1 && flen != -1)
{
char *s = "apply: wrong number of arguments; expected: ";
eputs (s);
eputs (itoa (flen));
eputs (", got: ");
eputs (itoa (alen));
eputs ("\n");
display_error_ (f);
SCM e = MAKE_STRING (cstring_to_list (s));
return error (cell_symbol_wrong_number_of_args, cons (e, f));
}
return cell_unspecified;
}
SCM
check_apply (SCM f, SCM e) ///((internal))
{
char* type = 0;
if (f == cell_f || f == cell_t) type = "bool";
if (f == cell_nil) type = "nil";
if (f == cell_unspecified) type = "*unspecified*";
if (f == cell_undefined) type = "*undefined*";
if (TYPE (f) == TCHAR) type = "char";
if (TYPE (f) == TNUMBER) type = "number";
if (TYPE (f) == TSTRING) type = "string";
if (type)
{
char *s = "cannot apply: ";
eputs (s);
eputs (type);
eputs ("[");
display_error_ (e);
eputs ("]\n");
SCM e = MAKE_STRING (cstring_to_list (s));
return error (cell_symbol_wrong_type_arg, cons (e, f));
}
return cell_unspecified;
}
SCM
gc_push_frame () ///((internal))
{
SCM frame = cons (r1, cons (r2, cons (r3, cons (r0, cell_nil))));
g_stack = cons (frame, g_stack);
return g_stack;
}
SCM SCM
append2 (SCM x, SCM y) append2 (SCM x, SCM y)
{ {
@ -482,11 +605,20 @@ call (SCM fn, SCM x)
x = cons (CAR (x), cons (CDADAR (x), CDR (x))); x = cons (CAR (x), cons (CDADAR (x), CDR (x)));
switch (FUNCTION (fn).arity) switch (FUNCTION (fn).arity)
{ {
#if __MESC__
case 0: return (FUNCTION (fn).function) ();
case 1: return ((SCM(*)(SCM))(FUNCTION (fn).function)) (CAR (x));
case 2: return ((SCM(*)(SCM,SCM))(FUNCTION (fn).function)) (CAR (x), CADR (x));
case 3: return ((SCM(*)(SCM,SCM,SCM))(FUNCTION (fn).function)) (CAR (x), CADR (x), car (CDDR (x)));
case -1: return ((SCM(*)(SCM))(FUNCTION (fn).function)) (x);
default: return ((SCM(*)(SCM))(FUNCTION (fn).function)) (x);
#else
case 0: return FUNCTION (fn).function0 (); case 0: return FUNCTION (fn).function0 ();
case 1: return FUNCTION (fn).function1 (car (x)); case 1: return FUNCTION (fn).function1 (car (x));
case 2: return FUNCTION (fn).function2 (car (x), CADR (x)); case 2: return FUNCTION (fn).function2 (car (x), CADR (x));
case 3: return FUNCTION (fn).function3 (car (x), CADR (x), car (CDDR (x))); case 3: return FUNCTION (fn).function3 (car (x), CADR (x), car (CDDR (x)));
case -1: return FUNCTION (fn).functionn (x); case -1: return FUNCTION (fn).functionn (x);
#endif
} }
return cell_unspecified; return cell_unspecified;
@ -495,6 +627,8 @@ call (SCM fn, SCM x)
SCM SCM
assq (SCM x, SCM a) assq (SCM x, SCM a)
{ {
//FIXME: move into fast-non eq_p-ing assq core:assq?
//while (a != cell_nil && x != CAAR (a)) a = CDR (a);
while (a != cell_nil && eq_p (x, CAAR (a)) == cell_f) a = CDR (a); while (a != cell_nil && eq_p (x, CAAR (a)) == cell_f) a = CDR (a);
return a != cell_nil ? CAR (a) : cell_f; return a != cell_nil ? CAR (a) : cell_f;
} }
@ -523,8 +657,6 @@ set_cdr_x (SCM x, SCM e)
return cell_unspecified; return cell_unspecified;
} }
SCM assert_defined (SCM, SCM);
SCM SCM
set_env_x (SCM x, SCM e, SCM a) set_env_x (SCM x, SCM e, SCM a)
{ {
@ -543,7 +675,7 @@ call_lambda (SCM e, SCM x, SCM aa, SCM a) ///((internal))
} }
SCM SCM
make_closure_ (SCM args, SCM body, SCM a) ///((internal))xs make_closure_ (SCM args, SCM body, SCM a) ///((internal))
{ {
return make_cell_ (tmp_num_ (TCLOSURE), cell_f, cons (cons (cell_circular, a), cons (args, body))); return make_cell_ (tmp_num_ (TCLOSURE), cell_f, cons (cons (cell_circular, a), cons (args, body)));
} }
@ -557,11 +689,37 @@ lookup_macro_ (SCM x, SCM a) ///((internal))
return cell_f; return cell_f;
} }
SCM check_apply (SCM, SCM); SCM
SCM check_formals (SCM, SCM, SCM); push_cc (SCM p1, SCM p2, SCM a, SCM c) ///((internal))
SCM push_cc (SCM, SCM, SCM, SCM); {
SCM gc_pop_frame (); SCM x = r3;
SCM gc_push_frame (); r3 = c;
r2 = p2;
gc_push_frame ();
r1 = p1;
r0 = a;
r3 = x;
return cell_unspecified;
}
SCM
gc_peek_frame () ///((internal))
{
SCM frame = CAR (g_stack);
r1 = CAR (frame);
r2 = CADR (frame);
r3 = CAR (CDDR (frame));
r0 = CADR (CDDR (frame));
return frame;
}
SCM
gc_pop_frame () ///((internal))
{
SCM frame = gc_peek_frame (g_stack);
g_stack = cdr (g_stack);
return frame;
}
SCM SCM
eval_apply () eval_apply ()
@ -894,45 +1052,6 @@ eval_apply ()
goto eval_apply; goto eval_apply;
} }
SCM
gc_peek_frame () ///((internal))
{
SCM frame = car (g_stack);
r1 = car (frame);
r2 = CADR (frame);
r3 = car (CDDR (frame));
r0 = CADR (CDDR (frame));
return frame;
}
SCM
gc_pop_frame () ///((internal))
{
SCM frame = gc_peek_frame (g_stack);
g_stack = cdr (g_stack);
return frame;
}
SCM
gc_push_frame () ///((internal))
{
SCM frame = cons (r1, cons (r2, cons (r3, cons (r0, cell_nil))));
return g_stack = cons (frame, g_stack);
}
SCM
push_cc (SCM p1, SCM p2, SCM a, SCM c) ///((internal))
{
SCM x = r3;
r3 = c;
r2 = p2;
gc_push_frame ();
r1 = p1;
r0 = a;
r3 = x;
return cell_unspecified;
}
SCM SCM
apply (SCM f, SCM x, SCM a) ///((internal)) apply (SCM f, SCM x, SCM a) ///((internal))
{ {
@ -941,7 +1060,20 @@ apply (SCM f, SCM x, SCM a) ///((internal))
return eval_apply (); return eval_apply ();
} }
void SCM
mes_g_stack (SCM a) ///((internal))
{
r0 = a;
r1 = MAKE_CHAR (0);
r2 = MAKE_CHAR (0);
r3 = MAKE_CHAR (0);
g_stack = cons (cell_nil, cell_nil);
return r0;
}
// Environment setup
SCM
make_tmps (struct scm* cells) make_tmps (struct scm* cells)
{ {
tmp = g_free++; tmp = g_free++;
@ -950,31 +1082,57 @@ make_tmps (struct scm* cells)
cells[tmp_num].type = TNUMBER; cells[tmp_num].type = TNUMBER;
tmp_num2 = g_free++; tmp_num2 = g_free++;
cells[tmp_num2].type = TNUMBER; cells[tmp_num2].type = TNUMBER;
return 0;
} }
// Environment setup #include "posix.c"
#include "math.c"
#include "lib.c"
// Jam Collector
SCM g_symbol_max;
SCM SCM
gc_init_cells () ///((internal)) gc_init_cells () ///((internal))
{ {
g_cells = (struct scm *)malloc (2*ARENA_SIZE*sizeof(struct scm)); g_cells = (struct scm *)malloc (2*ARENA_SIZE*sizeof (struct scm));
g_cells[0].type = TVECTOR;
g_cells[0].length = 1000; TYPE (0) = TVECTOR;
g_cells[0].vector = 0; LENGTH (0) = 1000;
VECTOR (0) = 0;
#if __MESC__
g_cells += sizeof (struct scm);
#else
g_cells++; g_cells++;
g_cells[0].type = TCHAR; #endif
g_cells[0].value = 'c'; TYPE (0) = TCHAR;
VALUE (0) = 'c';
return 0;
} }
SCM SCM
gc_init_news () ///((internal)) gc_init_news () ///((internal))
{ {
#if __MESC__
char *p = g_cells;
p -= sizeof (struct scm);
p += ARENA_SIZE * sizeof (struct scm);
g_news = p;
#else
g_news = g_cells-1 + ARENA_SIZE; g_news = g_cells-1 + ARENA_SIZE;
g_news[0].type = TVECTOR; #endif
g_news[0].length = 1000;
g_news[0].vector = 0; NTYPE (0) = TVECTOR;
NLENGTH (0) = 1000;
NVECTOR (0) = 0;
#if __MESC__
g_news += sizeof (struct scm);
#else
g_news++; g_news++;
g_news[0].type = TCHAR; #endif
g_news[0].value = 'n'; NTYPE (0) = TCHAR;
NVALUE (0) = 'n';
return 0;
} }
SCM SCM
@ -983,7 +1141,11 @@ mes_symbols () ///((internal))
gc_init_cells (); gc_init_cells ();
gc_init_news (); gc_init_news ();
#if !_POSIX_SOURCE
#include "mini-mes.symbols.i"
#else
#include "mes.symbols.i" #include "mes.symbols.i"
#endif
g_symbol_max = g_free; g_symbol_max = g_free;
make_tmps (g_cells); make_tmps (g_cells);
@ -994,14 +1156,15 @@ mes_symbols () ///((internal))
SCM a = cell_nil; SCM a = cell_nil;
#if !_POSIX_SOURCE
#include "mini-mes.symbol-names.i"
#else
#include "mes.symbol-names.i" #include "mes.symbol-names.i"
#endif
a = acons (cell_symbol_mes_version, MAKE_STRING (cstring_to_list (VERSION)), a); a = acons (cell_symbol_mes_version, MAKE_STRING (cstring_to_list (VERSION)), a);
a = acons (cell_symbol_mes_prefix, MAKE_STRING (cstring_to_list (PREFIX)), a); a = acons (cell_symbol_mes_prefix, MAKE_STRING (cstring_to_list (PREFIX)), a);
#if BOOT
a = acons (cell_symbol_label, cell_t, a);
#endif
a = acons (cell_symbol_dot, cell_dot, a); a = acons (cell_symbol_dot, cell_dot, a);
a = acons (cell_symbol_begin, cell_begin, a); a = acons (cell_symbol_begin, cell_begin, a);
a = acons (cell_symbol_call_with_values, cell_symbol_call_with_values, a); a = acons (cell_symbol_call_with_values, cell_symbol_call_with_values, a);
@ -1022,9 +1185,35 @@ mes_symbols () ///((internal))
return a; return a;
} }
SCM
mes_environment () ///((internal))
{
SCM a = mes_symbols ();
return mes_g_stack (a);
}
SCM SCM
mes_builtins (SCM a) ///((internal)) mes_builtins (SCM a) ///((internal))
{ {
#if !__GNUC__
#include "mini-mes.i"
// Do not sort: Order of these includes define builtins
#include "mini-posix.i"
#include "mini-math.i"
#include "mini-lib.i"
#include "mini-vector.i"
#include "mini-gc.i"
// #include "mini-reader.i"
#include "mini-gc.environment.i"
#include "mini-lib.environment.i"
#include "mini-math.environment.i"
#include "mini-mes.environment.i"
#include "mini-posix.environment.i"
// #include "mini-reader.environment.i"
#include "mini-vector.environment.i"
#else
#include "mes.i" #include "mes.i"
// Do not sort: Order of these includes define builtins // Do not sort: Order of these includes define builtins
@ -1042,100 +1231,27 @@ mes_builtins (SCM a) ///((internal))
#include "posix.environment.i" #include "posix.environment.i"
#include "reader.environment.i" #include "reader.environment.i"
#include "vector.environment.i" #include "vector.environment.i"
#endif
if (g_debug) if (g_debug)
{ {
fputs ("functions: ", stderr); fputs ("functions: ", STDERR);
fputs (itoa (g_function), stderr); fputs (itoa (g_function), STDERR);
fputs ("\n", stderr); fputs ("\n", STDERR);
for (int i = 0; i < g_function; i++) for (int i = 0; i < g_function; i++)
{ {
fputs ("[", stderr); fputs ("[", STDERR);
fputs (itoa (i), stderr); fputs (itoa (i), STDERR);
fputs ("]: ", stderr); fputs ("]: ", STDERR);
fputs (g_functions[i].name, stderr); fputs (g_functions[i].name, STDERR);
fputs ("\n", stderr); fputs ("\n", STDERR);
} }
fputs ("\n", stderr); fputs ("\n", STDERR);
} }
return a; return a;
} }
SCM
mes_g_stack (SCM a) ///((internal))
{
r0 = a;
r1 = MAKE_CHAR (0);
r2 = MAKE_CHAR (0);
r3 = MAKE_CHAR (0);
g_stack = cons (cell_nil, cell_nil);
return r0;
}
SCM
mes_environment () ///((internal))
{
SCM a = mes_symbols ();
return mes_g_stack (a);
}
int g_stdin;
#include "posix.c"
#include "math.c"
#include "lib.c"
#include "reader.c"
#include "gc.c"
#include "vector.c"
// extra lib
SCM
assert_defined (SCM x, SCM e) ///((internal))
{
if (e == cell_undefined) return error (cell_symbol_unbound_variable, x);
return e;
}
SCM
check_formals (SCM f, SCM formals, SCM args) ///((internal))
{
int flen = (TYPE (formals) == TNUMBER) ? VALUE (formals) : VALUE (length (formals));
int alen = VALUE (length (args));
if (alen != flen && alen != -1 && flen != -1)
{
char buf[1024];
sprintf (buf, "apply: wrong number of arguments; expected: %d, got: %d: ", flen, alen);
SCM e = MAKE_STRING (cstring_to_list (buf));
return error (cell_symbol_wrong_number_of_args, cons (e, f));
}
return cell_unspecified;
}
SCM
check_apply (SCM f, SCM e) ///((internal))
{
char const* type = 0;
if (f == cell_f || f == cell_t) type = "bool";
if (f == cell_nil) type = "nil";
if (f == cell_unspecified) type = "*unspecified*";
if (f == cell_undefined) type = "*undefined*";
if (TYPE (f) == TCHAR) type = "char";
if (TYPE (f) == TNUMBER) type = "number";
if (TYPE (f) == TSTRING) type = "string";
if (type)
{
char buf[1024];
sprintf (buf, "cannot apply: %s:", type);
fprintf (stderr, " [");
display_error_ (e);
fprintf (stderr, "]\n");
SCM e = MAKE_STRING (cstring_to_list (buf));
return error (cell_symbol_wrong_type_arg, cons (e, f));
}
return cell_unspecified;
}
SCM SCM
load_env (SCM a) ///((internal)) load_env (SCM a) ///((internal))
{ {
@ -1151,19 +1267,25 @@ load_env (SCM a) ///((internal))
SCM SCM
bload_env (SCM a) ///((internal)) bload_env (SCM a) ///((internal))
{ {
#if MES_MINI #if __MESC__
g_stdin = fopen ("module/mes/read-0-32.mo", O_RDONLY); char *mo = "mes/read-0-32.mo";
g_stdin = open ("module/mes/read-0-32.mo", O_RDONLY);
g_stdin = g_stdin >= 0 ? g_stdin : open (MODULEDIR "mes/read-0-32.mo", O_RDONLY);
#else #else
char *mo ="mes/read-0.mo";
g_stdin = open ("module/mes/read-0.mo", O_RDONLY); g_stdin = open ("module/mes/read-0.mo", O_RDONLY);
g_stdin = g_stdin >= 0 ? g_stdin : open (MODULEDIR "mes/read-0.mo", O_RDONLY); g_stdin = g_stdin >= 0 ? g_stdin : open (MODULEDIR "mes/read-0.mo", O_RDONLY);
#endif #endif
char *p = (char*)g_cells; if (g_stdin < 0) {eputs ("no such file: ");eputs (mo);eputs ("\n");return 1;}
assert (getchar () == 'M'); assert (getchar () == 'M');
assert (getchar () == 'E'); assert (getchar () == 'E');
assert (getchar () == 'S'); assert (getchar () == 'S');
eputs ("*GOT MES*\n");
g_stack = getchar () << 8; g_stack = getchar () << 8;
g_stack += getchar (); g_stack += getchar ();
char *p = (char*)g_cells;
int c = getchar (); int c = getchar ();
while (c != EOF) while (c != EOF)
{ {
@ -1175,41 +1297,95 @@ bload_env (SCM a) ///((internal))
g_symbols = r1; g_symbols = r1;
g_stdin = STDIN; g_stdin = STDIN;
r0 = mes_builtins (r0); r0 = mes_builtins (r0);
#if __GNUC__
set_env_x (cell_symbol_gnuc, cell_t, r0);
set_env_x (cell_symbol_mesc, cell_f, r0);
#else
set_env_x (cell_symbol_gnuc, cell_f, r0);
set_env_x (cell_symbol_mesc, cell_t, r0);
#endif
if (g_debug)
{
eputs ("symbols: ");
SCM s = g_symbols;
while (s && s != cell_nil) {
display_error_ (CAR (s));
eputs (" ");
s = CDR (s);
}
eputs ("\n");
eputs ("functions: ");
eputs (itoa (g_function));
eputs ("\n");
for (int i = 0; i < g_function; i++)
{
eputs ("[");
eputs (itoa (i));
eputs ("]: ");
eputs (g_functions[i].name);
eputs ("\n");
}
//display_error_ (r0);
//puts ("\n");
}
return r2; return r2;
} }
#include "vector.c"
#include "gc.c"
#if _POSIX_SOURCE
#include "reader.c"
#endif
int int
main (int argc, char *argv[]) main (int argc, char *argv[])
{ {
#if __GNUC__ #if __GNUC__
g_debug = getenv ("MES_DEBUG"); g_debug = getenv ("MES_DEBUG");
if (g_debug) {eputs ("MODULEDIR=");eputs (MODULEDIR);eputs ("\n");} if (g_debug) {eputs ("MODULEDIR=");eputs (MODULEDIR);eputs ("\n");}
#endif
if (getenv ("MES_ARENA")) ARENA_SIZE = atoi (getenv ("MES_ARENA")); if (getenv ("MES_ARENA")) ARENA_SIZE = atoi (getenv ("MES_ARENA"));
if (getenv ("MES_MAX_ARENA")) MAX_ARENA_SIZE = atoi (getenv ("MES_MAX_ARENA")); if (getenv ("MES_MAX_ARENA")) MAX_ARENA_SIZE = atoi (getenv ("MES_MAX_ARENA"));
#endif
if (argc > 1 && !strcmp (argv[1], "--help")) return puts ("Usage: mes [--dump|--load] < FILE"); if (argc > 1 && !strcmp (argv[1], "--help")) return puts ("Usage: mes [--dump|--load] < FILE");
if (argc > 1 && !strcmp (argv[1], "--version")) {puts ("Mes ");puts (VERSION);return 0;}; if (argc > 1 && !strcmp (argv[1], "--version")) {puts ("Mes ");puts (VERSION);return 0;};
g_stdin = STDIN; g_stdin = STDIN;
r0 = mes_environment (); r0 = mes_environment ();
#if __MESC__
SCM program = bload_env (r0);
g_debug = 1;
#else
SCM program = (argc > 1 && !strcmp (argv[1], "--load")) SCM program = (argc > 1 && !strcmp (argv[1], "--load"))
? bload_env (r0) : load_env (r0); ? bload_env (r0) : load_env (r0);
if (argc > 1 && !strcmp (argv[1], "--dump")) return dump (); if (argc > 1 && !strcmp (argv[1], "--dump")) return dump ();
#endif
SCM lst = cell_nil; SCM lst = cell_nil;
for (int i=argc; i; i--) lst = cons (MAKE_STRING (cstring_to_list (argv[i-1])), lst); for (int i=argc-1; i>=0; i--) lst = cons (MAKE_STRING (cstring_to_list (argv[i])), lst);
r0 = acons (cell_symbol_argv, lst, r0); r0 = acons (cell_symbol_argv, lst, r0);
if (g_debug) {eputs ("program: "); display_error_ (r2); eputs ("\n");}
push_cc (r2, cell_unspecified, r0, cell_unspecified); push_cc (r2, cell_unspecified, r0, cell_unspecified);
if (g_debug)
{
eputs ("program: ");
display_error_ (r1);
eputs ("\n");
}
r3 = cell_vm_begin; r3 = cell_vm_begin;
r1 = eval_apply (); r1 = eval_apply ();
display_error_ (r1); display_error_ (r1);
fputs ("", stdout); eputs ("\n");
gc (g_stack); gc (g_stack);
#if __GNUC__ if (g_debug)
if (g_debug) fprintf (stderr, "\nstats: [%d]\n", g_free); {
#else eputs ("\nstats: [");
#endif eputs (itoa (g_free));
eputs ("]\n");
}
return 0; return 0;
} }
#if !_POSIX_SOURCE && !__MESC__
#include "mstart.c"
#endif

BIN
module/mes/read-0-32.mo
View file

Binary file not shown.

16
posix.c
View file

@ -110,14 +110,8 @@ write_byte (SCM x) ///((arity . n))
SCM p = cdr (x); SCM p = cdr (x);
int fd = 1; int fd = 1;
if (TYPE (p) == TPAIR && TYPE (car (p)) == TNUMBER) fd = VALUE (car (p)); if (TYPE (p) == TPAIR && TYPE (car (p)) == TNUMBER) fd = VALUE (car (p));
#if 0
//_POSIX_SOURCE
FILE *f = fd == 1 ? stdout : stderr;
fputc (VALUE (c), f);
#else
char cc = VALUE (c); char cc = VALUE (c);
write (1, (char*)&cc, fd); write (fd, (char*)&cc, 1);
#endif
assert (TYPE (c) == TNUMBER || TYPE (c) == TCHAR); assert (TYPE (c) == TNUMBER || TYPE (c) == TCHAR);
return c; return c;
} }
@ -173,13 +167,5 @@ set_current_input_port (SCM port)
SCM SCM
force_output (SCM p) ///((arity . n)) force_output (SCM p) ///((arity . n))
{ {
#if 0
int fd = 1;
if (TYPE (p) == TPAIR && TYPE (car (p)) == TNUMBER) fd = VALUE (car (p));
#if _POSIX_SOURCE
FILE *f = fd == 1 ? stdout : stderr;
fflush (f);
#endif
#endif
return cell_unspecified; return cell_unspecified;
} }

16
reader.c
View file

@ -123,20 +123,20 @@ lookup_ (SCM s, SCM a)
int int
dump () dump ()
{ {
fputs ("program r2=", stderr); eputs ("program r2=");
display_error_ (r2); display_error_ (r2);
fputs ("\n", stderr); eputs ("\n");
r1 = g_symbols; r1 = g_symbols;
gc_push_frame (); gc_push_frame ();
gc (); gc ();
gc_peek_frame (); gc_peek_frame ();
char *p = (char*)g_cells; char *p = (char*)g_cells;
fputc ('M', stdout); putc ('M');
fputc ('E', stdout); putc ('E');
fputc ('S', stdout); putc ('S');
fputc (g_stack >> 8, stdout); putc (g_stack >> 8);
fputc (g_stack % 256, stdout); putc (g_stack % 256);
// See HACKING, simple crafted dump for tiny-mes.c // See HACKING, simple crafted dump for tiny-mes.c
if (getenv ("MES_TINY")) if (getenv ("MES_TINY"))
{ {
@ -167,6 +167,6 @@ dump ()
g_free = 15; g_free = 15;
} }
for (int i=0; i<g_free * sizeof(struct scm); i++) for (int i=0; i<g_free * sizeof(struct scm); i++)
fputc (*p++, stdout); putc (*p++);
return 0; return 0;
} }

273
scaffold/mini-mes.c
View file

@ -18,12 +18,11 @@
* along with Mes. If not, see <http://www.gnu.org/licenses/>. * along with Mes. If not, see <http://www.gnu.org/licenses/>.
*/ */
#if __GNUC__ #if !__MESC__
#include "mlibc.c" #include "mlibc.c"
#endif #endif
#define assert(x) ((x) ? (void)0 : assert_fail (#x)) #define assert(x) ((x) ? (void)0 : assert_fail (#x))
#define MES_MINI 1
#define FIXED_PRIMITIVES 1 #define FIXED_PRIMITIVES 1
#define MES_GC 1 #define MES_GC 1
@ -35,7 +34,7 @@ int ARENA_SIZE = 1000000000;
int MAX_ARENA_SIZE = 40000000; int MAX_ARENA_SIZE = 40000000;
int GC_SAFETY = 10000; int GC_SAFETY = 10000;
char *arena = 0; char *g_arena = 0;
typedef int SCM; typedef int SCM;
@ -61,22 +60,20 @@ struct scm {
SCM car; SCM car;
SCM cdr; SCM cdr;
}; };
struct function { struct function {
int (*function) (void); int (*function) (void);
int arity; int arity;
char *name; char *name;
}; };
#if __MESC__
//FIXME //FIXME
char *foobar = 0; char *foobar = 0;
#if __GNUC__
struct scm *g_cells = 0;
struct scm *g_news = 0;
#else
struct scm *g_cells = foobar; struct scm *g_cells = foobar;
struct scm *g_news = foobar; struct scm *g_news = foobar;
#else
struct scm *g_cells = 0;
struct scm *g_news = 0;
#endif #endif
struct scm scm_nil = {TSPECIAL, "()",0}; struct scm scm_nil = {TSPECIAL, "()",0};
@ -176,15 +173,18 @@ int g_function = 0;
// #include "mini-reader.h" // #include "mini-reader.h"
#include "mini-vector.h" #include "mini-vector.h"
#define TYPE(x) g_cells[x].type
#define TYPE(x) (g_cells[x].type)
#define CAR(x) g_cells[x].car #define CAR(x) g_cells[x].car
#define CDR(x) g_cells[x].cdr
#define NTYPE(x) g_news[x].type
#define NCAR(x) g_news[x].car
#define NCDR(x) g_news[x].cdr
#define LENGTH(x) g_cells[x].car #define LENGTH(x) g_cells[x].car
#define REF(x) g_cells[x].car #define REF(x) g_cells[x].car
#define STRING(x) g_cells[x].car #define STRING(x) g_cells[x].car
#define CDR(x) g_cells[x].cdr
#define CLOSURE(x) g_cells[x].cdr #define CLOSURE(x) g_cells[x].cdr
#define CONTINUATION(x) g_cells[x].cdr #define CONTINUATION(x) g_cells[x].cdr
@ -193,12 +193,8 @@ int g_function = 0;
#define VALUE(x) g_cells[x].cdr #define VALUE(x) g_cells[x].cdr
#define VECTOR(x) g_cells[x].cdr #define VECTOR(x) g_cells[x].cdr
#define NTYPE(x) g_news[x].type
#define NCAR(x) g_news[x].car
#define NLENGTH(x) g_news[x].car #define NLENGTH(x) g_news[x].car
#define NCDR(x) g_news[x].cdr
#define NVALUE(x) g_news[x].cdr #define NVALUE(x) g_news[x].cdr
#define NVECTOR(x) g_news[x].cdr #define NVECTOR(x) g_news[x].cdr
@ -206,6 +202,7 @@ int g_function = 0;
#define MAKE_CONTINUATION(n) make_cell_ (tmp_num_ (TCONTINUATION), n, g_stack) #define MAKE_CONTINUATION(n) make_cell_ (tmp_num_ (TCONTINUATION), n, g_stack)
#define MAKE_NUMBER(n) make_cell_ (tmp_num_ (TNUMBER), 0, tmp_num2_ (n)) #define MAKE_NUMBER(n) make_cell_ (tmp_num_ (TNUMBER), 0, tmp_num2_ (n))
#define MAKE_REF(n) make_cell_ (tmp_num_ (TREF), n, 0) #define MAKE_REF(n) make_cell_ (tmp_num_ (TREF), n, 0)
#define MAKE_STRING(x) make_cell_ (tmp_num_ (TSTRING), x, 0)
#define CAAR(x) CAR (CAR (x)) #define CAAR(x) CAR (CAR (x))
#define CADR(x) CAR (CDR (x)) #define CADR(x) CAR (CDR (x))
@ -215,8 +212,6 @@ int g_function = 0;
#define CADDR(x) CAR (CDR (CDR (x))) #define CADDR(x) CAR (CDR (CDR (x)))
#define CDADAR(x) CAR (CDR (CAR (CDR (x)))) #define CDADAR(x) CAR (CDR (CAR (CDR (x))))
#define MAKE_STRING(x) make_cell_ (tmp_num_ (TSTRING), x, 0)
SCM SCM
alloc (int n) alloc (int n)
{ {
@ -226,8 +221,6 @@ alloc (int n)
return x; return x;
} }
#define DEBUG 0
SCM SCM
tmp_num_ (int x) tmp_num_ (int x)
{ {
@ -263,7 +256,6 @@ make_cell_ (SCM type, SCM car, SCM cdr)
return x; return x;
} }
SCM SCM
make_symbol_ (SCM s) ///((internal)) make_symbol_ (SCM s) ///((internal))
{ {
@ -273,19 +265,6 @@ make_symbol_ (SCM s) ///((internal))
return x; return x;
} }
SCM
lookup_symbol_ (SCM s)
{
SCM x = g_symbols;
while (x) {
if (list_of_char_equal_p (STRING (car (x)), s) == cell_t) break;
x = cdr (x);
}
if (x) x = car (x);
if (!x) x = make_symbol_ (s);
return x;
}
SCM SCM
list_of_char_equal_p (SCM a, SCM b) ///((internal)) list_of_char_equal_p (SCM a, SCM b) ///((internal))
{ {
@ -298,6 +277,19 @@ list_of_char_equal_p (SCM a, SCM b) ///((internal))
return (a == cell_nil && b == cell_nil) ? cell_t : cell_f; return (a == cell_nil && b == cell_nil) ? cell_t : cell_f;
} }
SCM
lookup_symbol_ (SCM s)
{
SCM x = g_symbols;
while (x) {
if (list_of_char_equal_p (STRING (car (x)), s) == cell_t) break;
x = cdr (x);
}
if (x) x = car (x);
if (!x) x = make_symbol_ (s);
return x;
}
SCM SCM
type_ (SCM x) type_ (SCM x)
{ {
@ -342,25 +334,15 @@ cons (SCM x, SCM y)
SCM SCM
car (SCM x) car (SCM x)
{ {
#if MES_MINI
//Nyacc
//assert ("!car");
#else
if (TYPE (x) != TPAIR) error (cell_symbol_not_a_pair, cons (x, cell_symbol_car)); if (TYPE (x) != TPAIR) error (cell_symbol_not_a_pair, cons (x, cell_symbol_car));
#endif
return CAR (x); return CAR (x);
} }
SCM SCM
cdr (SCM x) cdr (SCM x)
{ {
#if MES_MINI
//Nyacc
//assert ("!cdr");
#else
if (TYPE (x) != TPAIR) error (cell_symbol_not_a_pair, cons (x, cell_symbol_cdr)); if (TYPE (x) != TPAIR) error (cell_symbol_not_a_pair, cons (x, cell_symbol_cdr));
#endif return CDR (x);
return CDR(x);
} }
SCM SCM
@ -415,6 +397,8 @@ length (SCM x)
return MAKE_NUMBER (n); return MAKE_NUMBER (n);
} }
SCM apply (SCM, SCM, SCM);
SCM SCM
error (SCM key, SCM x) error (SCM key, SCM x)
{ {
@ -423,37 +407,29 @@ error (SCM key, SCM x)
return apply (throw, cons (key, cons (x, cell_nil)), r0); return apply (throw, cons (key, cons (x, cell_nil)), r0);
display_error_ (key); display_error_ (key);
eputs (": "); eputs (": ");
display_ (x);
eputs ("\n");
assert (0);
}
SCM
assert_defined (SCM x, SCM e) ///((internal))
{
if (e != cell_undefined) return e;
// error (cell_symbol_unbound_variable, x);
eputs ("unbound variable: ");
display_error_ (x); display_error_ (x);
eputs ("\n"); eputs ("\n");
exit (33); exit (1);
return e;
} }
SCM SCM
cstring_to_list (char const* s) cstring_to_list (char const* s)
{ {
char *x = s;
SCM p = cell_nil; SCM p = cell_nil;
int i = strlen (s); int i = strlen (s);
while (i--) while (i--)
{ p = cons (MAKE_CHAR (s[i]), p);
p = cons (MAKE_CHAR (s[i]), p);
x++;
}
return p; return p;
} }
// extra lib
SCM
assert_defined (SCM x, SCM e) ///((internal))
{
if (e == cell_undefined) return error (cell_symbol_unbound_variable, x);
return e;
}
SCM SCM
check_formals (SCM f, SCM formals, SCM args) ///((internal)) check_formals (SCM f, SCM formals, SCM args) ///((internal))
{ {
@ -461,17 +437,14 @@ check_formals (SCM f, SCM formals, SCM args) ///((internal))
int alen = VALUE (length (args)); int alen = VALUE (length (args));
if (alen != flen && alen != -1 && flen != -1) if (alen != flen && alen != -1 && flen != -1)
{ {
// FIXME char *s = "apply: wrong number of arguments; expected: ";
//char buf[1024]; eputs (s);
char buf = "TODO:check_formals";
// sprintf (buf, "apply: wrong number of arguments; expected: %d, got: %d: ", flen, alen);
eputs ("apply: wrong number of arguments; expected: ");
eputs (itoa (flen)); eputs (itoa (flen));
eputs (", got: "); eputs (", got: ");
eputs (itoa (alen)); eputs (itoa (alen));
eputs ("\n"); eputs ("\n");
display_error_ (f); display_error_ (f);
SCM e = MAKE_STRING (cstring_to_list (buf)); SCM e = MAKE_STRING (cstring_to_list (s));
return error (cell_symbol_wrong_number_of_args, cons (e, f)); return error (cell_symbol_wrong_number_of_args, cons (e, f));
} }
return cell_unspecified; return cell_unspecified;
@ -480,7 +453,6 @@ check_formals (SCM f, SCM formals, SCM args) ///((internal))
SCM SCM
check_apply (SCM f, SCM e) ///((internal)) check_apply (SCM f, SCM e) ///((internal))
{ {
//char const* type = 0;
char* type = 0; char* type = 0;
if (f == cell_f || f == cell_t) type = "bool"; if (f == cell_f || f == cell_t) type = "bool";
if (f == cell_nil) type = "nil"; if (f == cell_nil) type = "nil";
@ -492,19 +464,13 @@ check_apply (SCM f, SCM e) ///((internal))
if (type) if (type)
{ {
//FIXME char *s = "cannot apply: ";
//char buf[1024]; eputs (s);
char buf = "TODO:check_apply";
// sprintf (buf, "cannot apply: %s:", type);
// fprintf (stderr, " [");
// display_error_ (e);
// fprintf (stderr, "]\n");
eputs ("cannot apply: ");
eputs (type); eputs (type);
eputs ("["); eputs ("[");
display_error_ (e); display_error_ (e);
eputs ("]\n"); eputs ("]\n");
SCM e = MAKE_STRING (cstring_to_list (buf)); SCM e = MAKE_STRING (cstring_to_list (s));
return error (cell_symbol_wrong_type_arg, cons (e, f)); return error (cell_symbol_wrong_type_arg, cons (e, f));
} }
return cell_unspecified; return cell_unspecified;
@ -518,14 +484,6 @@ gc_push_frame () ///((internal))
return g_stack; return g_stack;
} }
SCM
apply (SCM f, SCM x, SCM a) ///((internal))
{
push_cc (cons (f, x), cell_unspecified, r0, cell_unspecified);
r3 = cell_vm_apply;
return eval_apply ();
}
SCM SCM
append2 (SCM x, SCM y) append2 (SCM x, SCM y)
{ {
@ -545,8 +503,6 @@ pairlis (SCM x, SCM y, SCM a)
pairlis (cdr (x), cdr (y), a)); pairlis (cdr (x), cdr (y), a));
} }
SCM display_ (SCM);
SCM SCM
call (SCM fn, SCM x) call (SCM fn, SCM x)
{ {
@ -558,12 +514,20 @@ call (SCM fn, SCM x)
x = cons (CAR (x), cons (CDADAR (x), CDR (x))); x = cons (CAR (x), cons (CDADAR (x), CDR (x)));
switch (FUNCTION (fn).arity) switch (FUNCTION (fn).arity)
{ {
case 0: {return (FUNCTION (fn).function) ();} #if __MESC__
case 1: {return ((SCM(*)(SCM))(FUNCTION (fn).function)) (CAR (x));} case 0: return (FUNCTION (fn).function) ();
case 2: {return ((SCM(*)(SCM,SCM))(FUNCTION (fn).function)) (CAR (x), CADR (x));} case 1: return ((SCM(*)(SCM))(FUNCTION (fn).function)) (CAR (x));
case 3: {return ((SCM(*)(SCM,SCM,SCM))(FUNCTION (fn).function)) (CAR (x), CADR (x), car (CDDR (x)));} case 2: return ((SCM(*)(SCM,SCM))(FUNCTION (fn).function)) (CAR (x), CADR (x));
case -1: {return ((SCM(*)(SCM))(FUNCTION (fn).function)) (x);} case 3: return ((SCM(*)(SCM,SCM,SCM))(FUNCTION (fn).function)) (CAR (x), CADR (x), car (CDDR (x)));
default: {return ((SCM(*)(SCM))(FUNCTION (fn).function)) (x);} case -1: return ((SCM(*)(SCM))(FUNCTION (fn).function)) (x);
default: return ((SCM(*)(SCM))(FUNCTION (fn).function)) (x);
#else
case 0: return FUNCTION (fn).function0 ();
case 1: return FUNCTION (fn).function1 (car (x));
case 2: return FUNCTION (fn).function2 (car (x), CADR (x));
case 3: return FUNCTION (fn).function3 (car (x), CADR (x), car (CDDR (x)));
case -1: return FUNCTION (fn).functionn (x);
#endif
} }
return cell_unspecified; return cell_unspecified;
@ -575,7 +539,7 @@ assq (SCM x, SCM a)
//FIXME: move into fast-non eq_p-ing assq core:assq? //FIXME: move into fast-non eq_p-ing assq core:assq?
//while (a != cell_nil && x != CAAR (a)) a = CDR (a); //while (a != cell_nil && x != CAAR (a)) a = CDR (a);
while (a != cell_nil && eq_p (x, CAAR (a)) == cell_f) a = CDR (a); while (a != cell_nil && eq_p (x, CAAR (a)) == cell_f) a = CDR (a);
return a != cell_nil ? car (a) : cell_f; return a != cell_nil ? CAR (a) : cell_f;
} }
SCM SCM
@ -583,7 +547,7 @@ assq_ref_env (SCM x, SCM a)
{ {
x = assq (x, a); x = assq (x, a);
if (x == cell_f) return cell_undefined; if (x == cell_f) return cell_undefined;
return cdr (x); return CDR (x);
} }
SCM SCM
@ -597,7 +561,7 @@ set_car_x (SCM x, SCM e)
SCM SCM
set_cdr_x (SCM x, SCM e) set_cdr_x (SCM x, SCM e)
{ {
//if (TYPE (x) != TPAIR) error (cell_symbol_not_a_pair, cons (x, cell_set_cdr_x)); if (TYPE (x) != TPAIR) error (cell_symbol_not_a_pair, cons (x, cell_set_cdr_x));
CDR (x) = e; CDR (x) = e;
return cell_unspecified; return cell_unspecified;
} }
@ -606,7 +570,7 @@ SCM
set_env_x (SCM x, SCM e, SCM a) set_env_x (SCM x, SCM e, SCM a)
{ {
SCM p = assert_defined (x, assq (x, a)); SCM p = assert_defined (x, assq (x, a));
//if (TYPE (p) != TPAIR) error (cell_symbol_not_a_pair, cons (p, x)); if (TYPE (p) != TPAIR) error (cell_symbol_not_a_pair, cons (p, x));
return set_cdr_x (p, e); return set_cdr_x (p, e);
} }
@ -614,7 +578,6 @@ SCM
call_lambda (SCM e, SCM x, SCM aa, SCM a) ///((internal)) call_lambda (SCM e, SCM x, SCM aa, SCM a) ///((internal))
{ {
SCM cl = cons (cons (cell_closure, x), x); SCM cl = cons (cons (cell_closure, x), x);
cl = cons (cons (cell_closure, x), x);
r1 = e; r1 = e;
r0 = cl; r0 = cl;
return cell_unspecified; return cell_unspecified;
@ -631,7 +594,7 @@ lookup_macro_ (SCM x, SCM a) ///((internal))
{ {
if (TYPE (x) != TSYMBOL) return cell_f; if (TYPE (x) != TSYMBOL) return cell_f;
SCM m = assq_ref_env (x, a); SCM m = assq_ref_env (x, a);
if (TYPE (m) == TMACRO) return MACRO (m); if (TYPE (m) == TMACRO) return MACRO (m);
return cell_f; return cell_f;
} }
@ -648,16 +611,30 @@ push_cc (SCM p1, SCM p2, SCM a, SCM c) ///((internal))
return cell_unspecified; return cell_unspecified;
} }
SCM gc_pop_frame (); //((internal)) SCM
gc_peek_frame () ///((internal))
{
SCM frame = CAR (g_stack);
r1 = CAR (frame);
r2 = CADR (frame);
r3 = CAR (CDDR (frame));
r0 = CADR (CDDR (frame));
return frame;
}
SCM
gc_pop_frame () ///((internal))
{
SCM frame = gc_peek_frame (g_stack);
g_stack = cdr (g_stack);
return frame;
}
SCM SCM
eval_apply () eval_apply ()
{ {
eval_apply: eval_apply:
#if MES_GC gc_check ();
if (g_free + GC_SAFETY > ARENA_SIZE)
gc_pop_frame (gc (gc_push_frame ()));
#endif
switch (r3) switch (r3)
{ {
case cell_vm_evlis: goto evlis; case cell_vm_evlis: goto evlis;
@ -686,12 +663,14 @@ eval_apply ()
case cell_vm_call_with_values2: goto call_with_values2; case cell_vm_call_with_values2: goto call_with_values2;
case cell_vm_return: goto vm_return; case cell_vm_return: goto vm_return;
case cell_unspecified: return r1; case cell_unspecified: return r1;
default: assert (0); default:
assert (0);
} }
SCM x = cell_nil; SCM x = cell_nil;
SCM y = cell_nil; SCM y = cell_nil;
evlis: evlis:
gc_check ();
if (r1 == cell_nil) goto vm_return; if (r1 == cell_nil) goto vm_return;
if (TYPE (r1) != TPAIR) goto eval; if (TYPE (r1) != TPAIR) goto eval;
push_cc (car (r1), r1, r0, cell_vm_evlis2); push_cc (car (r1), r1, r0, cell_vm_evlis2);
@ -704,6 +683,7 @@ eval_apply ()
goto vm_return; goto vm_return;
apply: apply:
gc_check ();
switch (TYPE (car (r1))) switch (TYPE (car (r1)))
{ {
case TFUNCTION: { case TFUNCTION: {
@ -713,13 +693,13 @@ eval_apply ()
} }
case TCLOSURE: case TCLOSURE:
{ {
SCM cl = CLOSURE (CAR (r1)); SCM cl = CLOSURE (car (r1));
SCM formals = CADR (cl); SCM formals = CADR (cl);
SCM body = CDDR (cl); SCM body = CDDR (cl);
SCM aa = CDAR (cl); SCM aa = CDAR (cl);
aa = CDR (aa); aa = cdr (aa);
check_formals (CAR (r1), formals, CDR (r1)); check_formals (car (r1), formals, cdr (r1));
SCM p = pairlis (formals, CDR (r1), aa); SCM p = pairlis (formals, cdr (r1), aa);
call_lambda (body, p, aa, r0); call_lambda (body, p, aa, r0);
goto begin; goto begin;
} }
@ -791,6 +771,7 @@ eval_apply ()
goto apply; goto apply;
eval: eval:
gc_check ();
switch (TYPE (r1)) switch (TYPE (r1))
{ {
case TPAIR: case TPAIR:
@ -879,7 +860,7 @@ eval_apply ()
r1 = assert_defined (r1, assq_ref_env (r1, r0)); r1 = assert_defined (r1, assq_ref_env (r1, r0));
goto vm_return; goto vm_return;
} }
default: {goto vm_return;} default: goto vm_return;
} }
SCM macro; SCM macro;
@ -904,9 +885,11 @@ eval_apply ()
} }
} }
goto vm_return; goto vm_return;
begin: begin:
x = cell_unspecified; x = cell_unspecified;
while (r1 != cell_nil) { while (r1 != cell_nil) {
gc_check ();
if (TYPE (r1) == TPAIR && TYPE (CAR (r1)) == TPAIR) if (TYPE (r1) == TPAIR && TYPE (CAR (r1)) == TPAIR)
{ {
if (CAAR (r1) == cell_symbol_begin) if (CAAR (r1) == cell_symbol_begin)
@ -979,22 +962,11 @@ eval_apply ()
} }
SCM SCM
gc_peek_frame () ///((internal)) apply (SCM f, SCM x, SCM a) ///((internal))
{ {
SCM frame = CAR (g_stack); push_cc (cons (f, x), cell_unspecified, r0, cell_unspecified);
r1 = CAR (frame); r3 = cell_vm_apply;
r2 = CADR (frame); return eval_apply ();
r3 = CAR (CDDR (frame));
r0 = CADR (CDDR (frame));
return frame;
}
SCM
gc_pop_frame () ///((internal))
{
SCM frame = gc_peek_frame (g_stack);
g_stack = cdr (g_stack);
return frame;
} }
SCM SCM
@ -1009,6 +981,7 @@ mes_g_stack (SCM a) ///((internal))
} }
// Environment setup // Environment setup
SCM SCM
make_tmps (struct scm* cells) make_tmps (struct scm* cells)
{ {
@ -1039,13 +1012,13 @@ gc_init_cells () ///((internal))
size = size * 2; size = size * 2;
#endif #endif
#if __GNUC__ #if __GNUC__
arena = (char*)malloc (size); g_arena = (char*)malloc (size);
#else #else
char *p = 0; char *p = 0;
p = malloc (size); p = malloc (size);
arena = p; g_arena = p;
#endif #endif
g_cells = arena; g_cells = g_arena;
return 0; return 0;
//g_cells = (scm *)malloc (2*ARENA_SIZE*sizeof(scm)); //g_cells = (scm *)malloc (2*ARENA_SIZE*sizeof(scm));
@ -1094,8 +1067,6 @@ gc_init_news () ///((internal))
return 0; return 0;
} }
// INIT NEWS
SCM SCM
mes_symbols () ///((internal)) mes_symbols () ///((internal))
{ {
@ -1104,7 +1075,7 @@ mes_symbols () ///((internal))
gc_init_news (); gc_init_news ();
#endif #endif
#include "mini-mes.symbols.i" #include "mini-mes.symbols.i"
g_symbol_max = g_free; g_symbol_max = g_free;
make_tmps (g_cells); make_tmps (g_cells);
@ -1115,7 +1086,7 @@ mes_symbols () ///((internal))
SCM a = cell_nil; SCM a = cell_nil;
#include "mini-mes.symbol-names.i" #include "mini-mes.symbol-names.i"
a = acons (cell_symbol_mes_version, MAKE_STRING (cstring_to_list (VERSION)), a); a = acons (cell_symbol_mes_version, MAKE_STRING (cstring_to_list (VERSION)), a);
a = acons (cell_symbol_mes_prefix, MAKE_STRING (cstring_to_list (PREFIX)), a); a = acons (cell_symbol_mes_prefix, MAKE_STRING (cstring_to_list (PREFIX)), a);
@ -1143,16 +1114,14 @@ mes_symbols () ///((internal))
SCM SCM
mes_environment () ///((internal)) mes_environment () ///((internal))
{ {
SCM a = 0; SCM a = mes_symbols ();
a = mes_symbols (); return mes_g_stack (a);
a = mes_g_stack (a);
return a;
} }
SCM SCM
mes_builtins (SCM a) ///((internal)) mes_builtins (SCM a) ///((internal))
{ {
#include "mini-mes.i" #include "mini-mes.i"
// Do not sort: Order of these includes define builtins // Do not sort: Order of these includes define builtins
#include "mini-posix.i" #include "mini-posix.i"
@ -1188,7 +1157,7 @@ bload_env (SCM a) ///((internal))
char *p = (char*)g_cells; char *p = (char*)g_cells;
int c = getchar (); int c = getchar ();
while (c != -1) while (c != EOF)
{ {
*p++ = c; *p++ = c;
c = getchar (); c = getchar ();
@ -1243,25 +1212,18 @@ main (int argc, char *argv[])
eputs ("Hello mini-mes!\n"); eputs ("Hello mini-mes!\n");
#if _POSIX_SOURCE #if _POSIX_SOURCE
g_debug = getenv ("MES_DEBUG"); g_debug = getenv ("MES_DEBUG");
eputs ("g_debug="); if (g_debug) {eputs ("MODULEDIR=");eputs (MODULEDIR);eputs ("\n");}
eputs (itoa (g_debug));
eputs ("\n");
if (getenv ("MES_ARENA")) ARENA_SIZE = atoi (getenv ("MES_ARENA")); if (getenv ("MES_ARENA")) ARENA_SIZE = atoi (getenv ("MES_ARENA"));
#endif #endif
g_debug = 1; g_debug = 1;
if (argc > 1 && !strcmp (argv[1], "--help")) return eputs ("Usage: mes [--dump|--load] < FILE"); if (argc > 1 && !strcmp (argv[1], "--help")) return puts ("Usage: mes [--dump|--load] < FILE");
#if __GNUC__ if (argc > 1 && !strcmp (argv[1], "--version")) {puts ("Mes ");puts (VERSION);return 0;};
if (argc > 1 && !strcmp (argv[1], "--version")) {eputs ("Mes ");return eputs (VERSION);};
#else
if (argc > 1 && !strcmp (argv[1], "--version")) {eputs ("Mes ");return eputs ("0.4");};
#endif
g_stdin = STDIN; g_stdin = STDIN;
r0 = mes_environment (); r0 = mes_environment ();
#if MES_MINI #if __MESC__
SCM program = bload_env (r0); SCM program = bload_env (r0);
#else #else
SCM program = (argc > 1 && !strcmp (argv[1], "--load")) SCM program = (argc > 1 && !strcmp (argv[1], "--load"))
? bload_env (r0) : load_env (r0); ? bload_env (r0) : load_env (r0);
if (argc > 1 && !strcmp (argv[1], "--dump")) return dump (); if (argc > 1 && !strcmp (argv[1], "--dump")) return dump ();
@ -1281,10 +1243,7 @@ main (int argc, char *argv[])
r1 = eval_apply (); r1 = eval_apply ();
display_error_ (r1); display_error_ (r1);
eputs ("\n"); eputs ("\n");
#if !MES_MINI
gc (g_stack); gc (g_stack);
#endif
if (g_debug) if (g_debug)
{ {
eputs ("\nstats: ["); eputs ("\nstats: [");