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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/gd_macro.h>
GD_USE_CLASS(predicate);
static q* gc_postmortem_args(allocp, ntop, otop, nsize, osize)
q *allocp, *ntop, *otop;
unsigned int nsize, osize;
{
declare_globals;
extern q *copy_one_term();
if (postmortem_args != 0) {
return copy_one_term(&postmortem_args, allocp,
ntop, otop, nsize, osize);
} else {
return allocp;
}
}
module module_system__control();
Const struct predicate predicate_system__control_xpostmortem_3 =
{ module_system__control, 0, 3 };
Const struct predicate predicate_system__control_xregister__postmortem_3 =
{ module_system__control, 1, 3 };
Const struct predicate predicate_system__control_xgc_2 =
{ module_system__control, 2, 2 };
Const struct predicate predicate_system__control_xafter__gc_1 =
{ module_system__control, 3, 1 };
extern q module_g_new();
extern q predicate_g_new();
declare_method_table_of(predicate);
module module_system__control(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];
switch_on_pred() {
case_pred(0, postmortem_3_top);
case_pred(1, register__postmortem_3_top);
case_pred(2, gc_2_top);
last_case_pred(3, after__gc_1_top);
}
postmortem_3_top: {
q x0, x1, x2, x3;
a1 = qp->args[1];
a2 = qp->args[2];
qp = qp->next;
postmortem_3_clear_reason:
reasonp = reasons;
postmortem_3_0:
postmortem_3_1:
if (isref(a1)) goto postmortem_3_2;
gblt_pfunctor(a1,x0,postmortem_3_interrupt);
gblt_arity(a1,x1,postmortem_3_interrupt);
generic_arg[0] = a0;
new_generic(module_g_new, 1, x2, 0);
generic_arg[0] = x2;
generic_arg[1] = x0;
generic_arg[2] = x1;
new_generic(predicate_g_new, 3, x3, 0);
a0 = x3;
execute(register__postmortem_3_0);
goto register__postmortem_3_ext_interrupt;
postmortem_3_2:
deref_and_jump(a1,postmortem_3_1);
*reasonp++ = a1;
goto postmortem_3_interrupt;
postmortem_3_ext_interrupt:
reasonp = 0l;
postmortem_3_interrupt:
goto interrupt_3;
}
register__postmortem_3_top: {
q x0;
a1 = qp->args[1];
a2 = qp->args[2];
qp = qp->next;
register__postmortem_3_clear_reason:
reasonp = reasons;
register__postmortem_3_0:
register__postmortem_3_1:
switch (ptagof(a0)) {
case FUNCTOR:
register__postmortem_3_2:
if (!isgobj(a0)) goto register__postmortem_3_interrupt;
if (!isclass(a0,predicate)) goto register__postmortem_3_interrupt;
{
postmortem_pred = ((struct predicate_object *)functorp(a0))->pdesc;
if (postmortem_args ==0) register_gc_hook(gc_postmortem_args);
postmortem_args = a1;
}
x0 = NILATOM;
unify_value(a2, x0);
proceed();
case VARREF:
deref_and_jump(a0,register__postmortem_3_1);
*reasonp++ = a0;
goto register__postmortem_3_interrupt;
};
goto register__postmortem_3_interrupt;
register__postmortem_3_ext_interrupt:
reasonp = 0l;
register__postmortem_3_interrupt:
toppred = &predicate_system__control_xregister__postmortem_3;
goto interrupt_3;
}
gc_2_top: {
q x0;
a1 = qp->args[1];
qp = qp->next;
gc_2_clear_reason:
reasonp = reasons;
gc_2_0:
{
x0 = makeint(allocp-new_space_top);
allocp = real_heaplimit;
heaplimit = 0;
}
unify_value(a0, x0);
a0 = a1;
execute(after__gc_1_clear_reason);
goto after__gc_1_ext_interrupt;
gc_2_ext_interrupt:
reasonp = 0l;
gc_2_interrupt:
goto interrupt_2;
}
after__gc_1_top: {
q x0;
qp = qp->next;
after__gc_1_clear_reason:
reasonp = reasons;
after__gc_1_0:
{
x0 = makeint(allocp-new_space_top);
}
unify_value(a0, x0);
proceed();
after__gc_1_ext_interrupt:
reasonp = 0l;
after__gc_1_interrupt:
toppred = &predicate_system__control_xafter__gc_1;
goto interrupt_1;
}
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_system__control);
}
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