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/* Compiled by KLIC compiler version 3.003 (Sun Mar 21 15:27:19 JST 1999) */
#include <klic/klichdr.h>
#include "atom.h"
#include "funct.h"
#include <klic/gobj.h>
#include <klic/g_pointer.h>
#include <klic/g_termarray.h>
typedef q * (*gd_func)();
module module_generic();
Const struct predicate predicate_generic_xnew_3 =
{ module_generic, 0, 3 };
Const struct predicate predicate_generic_xgeneric_2 =
{ module_generic, 1, 2 };
module module_generic(glbl, qp, allocp, toppred)
struct global_variables *glbl;
struct goalrec *qp;
register q *allocp;
Const struct predicate *toppred;
{
q a0, a1, a2;
q *reasonp;
module_top:
a0 = qp->args[0];
a1 = qp->args[1];
switch_on_pred() {
case_pred(0, new_3_top);
last_case_pred(1, generic_2_top);
}
new_3_top: {
q x0;
a2 = qp->args[2];
qp = qp->next;
new_3_clear_reason:
reasonp = reasons;
new_3_0:
new_3_1:
switch (ptagof(a1)) {
case FUNCTOR:
new_3_2:
new_3_3:
switch (ptagof(a2)) {
case FUNCTOR:
new_3_4:
{
unsigned long argc;
q *argv;
gd_func func = (gd_func)(((struct pointer_object *)
(data_objectp(a1)))->pointer);
argc = ((struct termarray_object *)(data_objectp(a2)))->nterm;
argv = ((struct termarray_object *)(data_objectp(a2)))->terms;
x0 = (q)func(argc,argv,allocp);
allocp = heapp;
}
unify(x0, a0);
proceed();
case VARREF:
deref_and_jump(a2,new_3_3);
*reasonp++ = a2;
goto new_3_interrupt;
};
goto new_3_interrupt;
case VARREF:
deref_and_jump(a1,new_3_1);
*reasonp++ = a1;
goto new_3_interrupt;
};
goto new_3_interrupt;
new_3_ext_interrupt:
reasonp = 0l;
new_3_interrupt:
goto interrupt_3;
}
generic_2_top: {
qp = qp->next;
generic_2_clear_reason:
reasonp = reasons;
generic_2_0:
generic_2_1:
switch (ptagof(a0)) {
case ATOMIC:
if (isint(a0)) goto generic_2_interrupt;
generic_2_2:
generic_2_3:
switch (ptagof(a1)) {
case FUNCTOR:
generic_2_4:
if (!isgobj(a1)) goto generic_2_interrupt;
generic_2_5:
{
extern unsigned long enter_functor();
unsigned long funct = enter_functor(symval(a0), 0);
allocp = gd_generic(allocp, a1, funct, 0);
}
proceed();
case VARREF:
deref_and_jump(a1,generic_2_3);
*reasonp++ = a1;
goto generic_2_interrupt;
};
goto generic_2_interrupt;
case FUNCTOR:
generic_2_6:
generic_2_7:
switch (ptagof(a1)) {
case FUNCTOR:
generic_2_8:
if (!isgobj(a1)) goto generic_2_interrupt;
generic_2_9:
allocp = gd_generic(allocp,a1,symval((functorp(a0))->functor),
&((functorp(a0))->args[0]));
proceed();
case VARREF:
deref_and_jump(a1,generic_2_7);
*reasonp++ = a1;
goto generic_2_interrupt;
};
goto generic_2_interrupt;
case VARREF:
deref_and_jump(a0,generic_2_1);
*reasonp++ = a0;
goto generic_2_interrupt;
};
goto generic_2_interrupt;
generic_2_ext_interrupt:
reasonp = 0l;
generic_2_interrupt:
goto interrupt_2;
}
interrupt_3:
allocp[4] = a2;
interrupt_2:
allocp[3] = a1;
interrupt_1:
allocp[2] = a0;
interrupt_0:
allocp = interrupt_goal(allocp, toppred, reasonp);
proceed_label:
loop_within_module(module_generic);
}
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