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you-075a.lha
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you-075a
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modboot.c
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C/C++ Source or Header
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1992-06-18
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15KB
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546 lines
/* ******************************************************************** */
/* modboot.c Copyright (C) Codemist and University of Bath 1989 */
/* */
/* Wild thing II */
/* ******************************************************************** */
/*
* $Id: modboot.c,v 1.13 1992/06/09 14:04:24 pab Exp $
*
* $Log: modboot.c,v $
* Revision 1.13 1992/06/09 14:04:24 pab
* fixed includes
*
* Revision 1.12 1992/05/26 11:28:03 pab
* map option added
*
* Revision 1.11 1992/04/27 21:57:29 pab
* correctied some casts
*
* Revision 1.10 1992/04/26 21:02:52 pab
* Added support for static_vectors, plus call to
* add_boot_module
* (Stardent bug gone now !)
*
* Revision 1.9 1992/03/13 18:12:02 pab
* sysV fix: move value vectors into shared space
* so GC can get to them.
*
* Revision 1.8 1992/01/29 13:42:45 pab
* binding fixes
*
* Revision 1.7 1992/01/09 22:28:55 pab
* Fixed for low tag ints
*
* Revision 1.6 1992/01/07 22:15:44 pab
* ncc compatable, plus backtrace
*
* Revision 1.5 1992/01/07 17:12:29 pab
* Added a cast. No sign of the stardent bug
*
* Revision 1.4 1992/01/05 22:48:09 pab
* Minor bug fixes, plus BSD version
*
* Revision 1.3 1991/12/22 15:14:19 pab
* Xmas revision
*
* Revision 1.2 1991/09/11 12:07:25 pab
* 11/9/91 First Alpha release of modified system
*
* Revision 1.1 1991/08/12 16:49:47 pab
* Initial revision
*
* Revision 1.4 1991/06/04 17:17:21 kjp
* No acceptable change.
*
* Revision 1.3 1991/02/13 18:23:36 kjp
* Pass.
*
*/
#include <stdio.h>
#include <string.h>
#include <ctype.h>
#include "funcalls.h"
#include "defs.h"
#include "structs.h"
#include "global.h"
#include "allocate.h"
#include "symboot.h"
#include "ngenerics.h"
#include "modules.h"
#include "table.h"
#include "error.h"
#include "modboot.h"
#include "bvf.h"
/* Current module information */
MODULE* current_open_module; /* The thing itself */
static int entries; /* No of entries it claims to have */
static int entry_count; /* The no of entries thus far */
/* Are we generating .i files... */
extern int command_line_interface_flag;
#define CREATE_INTERFACE (command_line_interface_flag)
/* Interface generators... */
static FILE *i_file;
static void open_module_interface(char *name)
{
char i_name[500];
sprintf(i_name,"%s%s",MODULE_PATH,"../KerInterfaces/");
strcat(i_name,name);
strcat(i_name,".i");
i_file = fopen(i_name,"w");
fprintf(i_file,"((dependencies)\n (exported-ids ");
fflush(i_file);
printf("Open %s - ",name); fflush(stdout);
}
static void update_interface(char *name,int index,int argtype)
{
fprintf(i_file,"\n ((name . |%s|) (address %s . %d) (class . function) (argtype . %d))",
name,stringof(current_open_module->name->SYMBOL.pname),index,argtype);
fflush(i_file);
}
static void close_module_interface()
{
printf("closing - "); fflush(stdout);
fprintf(i_file,"))\n");
fflush(i_file);
fclose(i_file);
printf("closed\n"); fflush(stdout);
}
void open_module(LispObject *stacktop, MODULE* mod,LispObject *vals,char* name,int ents)
{
LispObject Fn_make_module(LispObject *);
LispObject sym_name,lisp_ents;
if (current_open_module != NULL) {
fprintf(stderr,"\nINITERROR: tried to open '%s' while in '%s'\n",
name,current_open_module->name);
system_lisp_exit(1);
}
sym_name = get_symbol(stacktop,name);
lisp_ents = allocate_integer(stacktop,ents);
mod=(MODULE *)EUCALL_2(Fn_make_module,sym_name,lisp_ents);
/* Set up the fresh module */
/* Set up tracking info */
current_open_module = mod;
entries = ents;
entry_count = 0;
/* Interface... */
if (CREATE_INTERFACE) open_module_interface(name);
}
LispObject make_module_function(LispObject *stacktop,char* lispname,
LispObject (*fun)(LispObject*),int argcode)
{
LispObject lfunc;
LispObject symbol,number;
if (entry_count == entries) {
fprintf(stderr,
"\nINITERROR: more module functions that declared in '%s'\n",
stringof(current_open_module->name->SYMBOL.pname));
exit(1);
}
symbol = get_symbol(stacktop,lispname); /* May or may not allocate anew */
STACK_TMP(symbol);
vref((current_open_module->values),entry_count) =
allocate_module_function(stacktop,(LispObject)current_open_module,
symbol,fun,argcode);
number=allocate_integer(stacktop,entry_count);
UNSTACK_TMP(symbol);
/* GC Safe */
ADD_BINDING(current_open_module,symbol,number,nil);
current_open_module->exported_names =
EUCALL_2(Fn_cons,symbol,current_open_module->exported_names);
if (CREATE_INTERFACE) update_interface(lispname,entry_count,argcode);
++entry_count;
return(vref(current_open_module->values,entry_count-1));
}
LispObject make_unexported_module_function(LispObject *stacktop,char* lispname,
LispObject (*fun)(),int argcode)
{
LispObject lfunc;
LispObject symbol,number;
if (entry_count == entries) {
fprintf(stderr,
"\nINITERROR: more module functions that declared in '%s'\n",
stringof(current_open_module->name->SYMBOL.pname));
exit(1);
}
symbol = get_symbol(stacktop,lispname); /* May or may not allocate anew */
STACK_TMP(symbol);
vref((current_open_module->values),entry_count) =
allocate_module_function(stacktop,(LispObject)current_open_module,
symbol,fun,argcode);
number=allocate_integer(stacktop,entry_count);
UNSTACK_TMP(symbol);
ADD_BINDING(current_open_module,symbol,number,nil);
/* Symbols can't be GC'd and modules are safe anyway!! */
++entry_count;
/* fprintf(stderr,"%d OK\n",entry_count); fflush(stderr); */
return(vref((current_open_module->values),entry_count-1));
}
LispObject make_module_macro(LispObject *stacktop,char *name,LispObject (*func)(),int args)
{
LispObject ret;
ret = make_module_function(stacktop,name,func,args);
lval_typeof(ret) = TYPE_C_MACRO;
return(ret);
}
void close_module()
{
if (current_open_module == NULL) {
fprintf(stderr,"\nINITERROR: tried to close NULL module\n");
exit(1);
}
if (entries != entry_count) {
fprintf(stderr,
"\nINITERROR: tried to close '%s' with %d entries, %d needed\n",
stringof(current_open_module->name->SYMBOL.pname),entry_count,entries);
exit(1);
}
#ifdef BCI
add_boot_module((LispObject)current_open_module);
#endif
current_open_module = NULL;
if (CREATE_INTERFACE) close_module_interface();
}
LispObject make_unexported_module_special(LispObject *stacktop,char* lispname,LispObject (*fun)())
{
LispObject number;
LispObject symbol;
if (entry_count == entries) {
fprintf(stderr,
"\nINITERROR: more module functions that declared in '%s'\n",
stringof(current_open_module->name->SYMBOL.pname));
exit(1);
}
symbol = get_symbol(stacktop,lispname); /* May or may not allocate anew */
STACK_TMP(symbol);
vref((current_open_module->values),entry_count) = allocate_special(stacktop,symbol,fun);
number=allocate_integer(stacktop,entry_count);
UNSTACK_TMP(symbol);
ADD_BINDING(current_open_module,symbol,number,nil);
/* Symbols can't be GC'd and modules are safe anyway!! */
++entry_count;
return(vref((current_open_module->values),entry_count-1));
}
LispObject make_module_entry(LispObject *stacktop,char *name,LispObject value)
{
LispObject symbol,number;
if (entry_count == entries) {
fprintf(stderr,
"\nINITERROR: more module entries that declared in '%s'\n",
stringof(current_open_module->name->SYMBOL.pname));
exit(1);
}
vref((current_open_module->values),entry_count) = value;
STACK_TMP(value);
symbol = get_symbol(stacktop,name); /* May or may not allocate anew */
STACK_TMP(symbol);
number = allocate_integer(stacktop,entry_count);
UNSTACK_TMP(symbol); STACK_TMP(symbol);
ADD_BINDING(current_open_module,symbol,number,nil);
UNSTACK_TMP(symbol);
number =
EUCALL_2(Fn_cons,symbol,current_open_module->exported_names);
current_open_module->exported_names = number;
if (CREATE_INTERFACE) update_interface(name,entry_count,-1);
++entry_count;
UNSTACK_TMP(value);
return(value);
}
LispObject make_module_entry_using_symbol(LispObject *stacktop,
LispObject symbol,LispObject value)
{
LispObject number;
if (entry_count == entries) {
fprintf(stderr,
"\nINITERROR: more module entries that declared in '%s'\n",
stringof(current_open_module->name->SYMBOL.pname));
exit(1);
}
vref((current_open_module->values),entry_count) = value;
STACK_TMP(value); STACK_TMP(symbol);
number = allocate_integer(stacktop,entry_count);
ADD_BINDING(current_open_module,symbol,number,nil);
UNSTACK_TMP(symbol); STACK_TMP(symbol);
current_open_module->exported_names =
EUCALL_2(Fn_cons,symbol,current_open_module->exported_names);
UNSTACK_TMP(symbol);
if (CREATE_INTERFACE) update_interface(stringof(symbol->SYMBOL.pname),entry_count,-1);
++entry_count;
UNSTACK_TMP(value);
return(value);
}
LispObject make_module_special(LispObject *stacktop,
char* lispname,LispObject (*fun)())
{
LispObject lfunc;
LispObject symbol,number;
if (entry_count == entries) {
fprintf(stderr,
"\nINITERROR: more module functions that declared in '%s'\n",
stringof(current_open_module->name->SYMBOL.pname));
exit(1);
}
symbol = get_symbol(stacktop,lispname); /* May or may not allocate anew */
STACK_TMP(symbol);
vref((current_open_module->values),entry_count) =
(LispObject) allocate_special(stacktop,symbol,fun);
number = allocate_integer(stacktop,entry_count);
UNSTACK_TMP(symbol);
STACK_TMP(symbol);
UNSTACK_TMP(symbol);
/* Symbols can't be GC'd and modules are safe anyway!! */
ADD_BINDING(current_open_module,symbol,number,nil);
current_open_module->exported_names =
EUCALL_2(Fn_cons,symbol,current_open_module->exported_names);
++entry_count;
return(vref((current_open_module->values),entry_count-1));
}
LispObject make_module_generic(LispObject *stackbase,char *name,int code)
{
LispObject sym,number,tmp;
LispObject *stacktop=stackbase+1,*gf=stackbase;
if (entry_count == entries) {
fprintf(stderr,
"\nINITERROR: more module functions that declared in '%s'\n",
stringof(current_open_module->name->SYMBOL.pname));
exit(1);
}
*gf=nil;
vref(current_open_module->values,entry_count) =
allocate_instance(stacktop,Generic);
*gf=vref(current_open_module->values,entry_count);
generic_home(*gf) = (LispObject)current_open_module;
lval_typeof(*gf)=TYPE_GENERIC;
sym = get_symbol(stacktop,name);
STACK_TMP(sym);
tmp = allocate_integer(stacktop,code);
generic_argtype(*gf)=tmp;
number=allocate_integer(stacktop,entry_count);
UNSTACK_TMP(sym);
STACK_TMP(number); STACK_TMP(sym);
generic_name(*gf) = sym;
generic_discriminator(*gf) = nil;
generic_slow_method_cache(*gf) = nil;
generic_fast_method_cache(*gf) = nil;
generic_method_table(*gf) = nil;
generic_method_class(*gf) = Method;
UNSTACK_TMP(sym); UNSTACK_TMP(number);
STACK_TMP(sym);
ADD_BINDING(current_open_module,sym,number,nil);
UNSTACK_TMP(sym);
/* Symbols can't be GC'd and modules are safe anyway!! */
current_open_module->exported_names =
EUCALL_2(Fn_cons,sym,current_open_module->exported_names);
if (CREATE_INTERFACE) update_interface(name,entry_count,code);
++entry_count;
return(*gf);
}
LispObject make_wrapped_module_generic(LispObject *stacktop,char *name,int code,
LispObject (*fun)())
{
LispObject number;
LispObject sym,gf,tmp;
LispObject *stackbase=stacktop;
ARG_0(stackbase) = nil; /*gf*/
ARG_1(stackbase)=nil; /* number*/
ARG_2(stackbase)=nil; /*sym*/
stacktop+=3;
if (entry_count == entries) {
fprintf(stderr,
"\nINITERROR: more module functions that declared in '%s'\n",
stringof(current_open_module->name->SYMBOL.pname));
exit(1);
}
sym = get_symbol(stacktop,name);
ARG_2(stackbase)=sym;
ARG_0(stackbase) = vref(current_open_module->values,entry_count) =
allocate_instance(stacktop,Generic);
lval_typeof(ARG_0(stackbase))=TYPE_GENERIC;
generic_home(ARG_0(stackbase)) = (LispObject)current_open_module;
tmp = allocate_integer(stacktop,code);
generic_argtype(ARG_0(stackbase)) =tmp;
generic_name(ARG_0(stackbase)) = ARG_2(stackbase);
generic_fast_method_cache(ARG_0(stackbase)) = nil;
generic_slow_method_cache(ARG_0(stackbase)) = nil;
ARG_1(stackbase)=allocate_integer(stacktop,entry_count);
generic_method_table(ARG_0(stackbase)) = nil;
generic_method_class(ARG_0(stackbase)) = Method;
generic_discriminator(ARG_0(stackbase)) = nil;
ADD_BINDING(current_open_module,ARG_2(stackbase),ARG_1(stackbase),nil);
/* Symbols can't be GC'd and modules are safe anyway!! */
tmp =
EUCALL_2(Fn_cons,ARG_2(stackbase),current_open_module->exported_names);
current_open_module->exported_names = tmp;
if (CREATE_INTERFACE) update_interface(name,entry_count,code);
++entry_count;
return(ARG_0(stackbase));
}
/*
* Environment functions...
*/
LispObject make_anonymous_module_env_function_1(LispObject *stacktop,
LispObject mod,
LispObject (*fun)(LispObject*),
int argtype,
LispObject sym,
LispObject val)
{
LispObject lfunc;
LispObject env;
STACK_TMP(sym); STACK_TMP(val);
lfunc = allocate_module_function(stacktop,mod,nil,fun,argtype); /* GC Safe */
UNSTACK_TMP(val); UNSTACK_TMP(sym);
STACK_TMP(lfunc);
/* Rig the environment... */
env = allocate_env(stacktop,sym,val,NULL);
UNSTACK_TMP(lfunc);
lfunc->C_FUNCTION.env = &env->ENV;
return(lfunc);
}
LispObject make_anonymous_module_env_function_2(LispObject *stacktop,
LispObject mod,
LispObject (*fun)(LispObject*),
int argtype,
LispObject sym1,
LispObject val1,
LispObject sym2,
LispObject val2)
{
LispObject lfunc;
LispObject env;
STACK_TMP(sym2); STACK_TMP(val2);
STACK_TMP(sym1); STACK_TMP(val1);
lfunc = allocate_module_function(stacktop,mod,nil,fun,argtype); /* GC Safe */
/* Rig the environment... */
UNSTACK_TMP(val1); UNSTACK_TMP(sym1); STACK_TMP(lfunc);
env = allocate_env(stacktop,sym1,val1,NULL);
UNSTACK_TMP(lfunc);
UNSTACK_TMP(val2); UNSTACK_TMP(sym2); STACK_TMP(lfunc);
env = allocate_env(stacktop,sym2,val2,env);
UNSTACK_TMP(lfunc);
lfunc->C_FUNCTION.env = (Env)env;
return(lfunc);
}