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#include "xlisp.h"
#include "xlbcode.h"
typedef VOID (*modulefun) P1H(int);
LOCAL VOID dummy1 P1H(int);
LOCAL VOID dummy2 P1H(int);
LOCAL VOID dummy3 P1H(int);
LOCAL VOID dummy4 P1H(int);
LOCAL VOID dummy5 P1H(int);
LOCAL VOID dummy6 P1H(int);
VOID init___dummy P2H(int *, modulefun **);
/* (cmp '(lambda (x) (+ x 1))) */
LOCAL VOID dummy1 P1C(int, entry)
{
LVAL function = vsbase[-1];
LVAL literals = bcode_literals(function);
CONTINUATIONP FVcont = xlcstop;
LVAL tmp, *base;
Entry:
L0:
/* (%INITIALIZE 0 2 1 0 0) */
cmp_check_required_only_argcount(2);
pusharg(getlitval(0));
/* (%ARITH2 43 1 2 0) */
set_one_result(xladd2(getregval(1), getregval(2)));
/* (%RETURN 0) */
RETURN(0);
}
/* (cmp '(lambda (x) (let ((s 0)) (dolist (y x s) (incf s y))))) */
LOCAL VOID dummy2 P1C(int, entry)
{
LVAL function = vsbase[-1];
LVAL literals = bcode_literals(function);
CONTINUATIONP FVcont = xlcstop;
LVAL tmp;
Entry:
/* (%INITIALIZE 0 2 1 0 3) */
cmp_check_required_only_argcount(2);
pusharg(getlitval(0));
cmp_push_space(3);
/* (%COPY 2 3) */
setregval(3, getregval(2));
/* (%COPY 1 4) */
setregval(4, getregval(1));
/* (%CAR 4 5) */
setregval(5, cmpCAR(getregval(4)));
/* (%GOTO L2) */
goto L2;
L1:
/* (%ARITH2 43 3 5 3) */
setregval(3, xladd2(getregval(3), getregval(5)));
/* (%CDR 4 4) */
setregval(4, cmpCDR(getregval(4)));
/* (%CAR 4 5) */
setregval(5, cmpCAR(getregval(4)));
L2:
/* (%TEST-1 1 L1 L3 4) */
if (consp(getregval(4))) goto L1;
else goto L3;
L3:
/* (%SET-ONE-VALUE-RETURN 0 3) */
set_one_result(getregval(3));
RETURN(0);
}
/* (cmp '(lambda (x)
(let ((s 0)) (dotimes (i (length x) s) (incf s (aref x i))))))*/
LOCAL VOID dummy3 P1C(int, entry)
{
LVAL function = vsbase[-1];
LVAL literals = bcode_literals(function);
CONTINUATIONP FVcont = xlcstop;
LVAL tmp, *base;
Entry:
switch (entry) {
case 0: goto L0;
case 1: goto L1;
}
L0:
/* (%INITIALIZE 0 2 1 0 4) */
cmp_check_required_only_argcount(2);
pusharg(getlitval(0));
cmp_push_space(4);
/* (%COPY 2 3) */
setregval(3, getregval(2));
/* (%SAVE-CALL 1 4 1 1) */
getlitfun(1, tmp);
base = vsbase;
cmp_call_setup(tmp, 4, 1, 1, NIL, FALSE);
*xlsp++ = base[1];
cmp_do_call_set(tmp, 1, 4);
L1:
/* (%COPY 2 5) */
setregval(5, getregval(2));
/* (%GOTO L3) */
goto L3;
L2:
/* (%AREF1 1 5 6) */
setregval(6, cmpAREF1(getregval(1), getregval(5)));
/* (%ARITH2 43 3 6 3) */
setregval(3, xladd2(getregval(3), getregval(6)));
/* (%ARITH1 112 5 5) */
setregval(5, xladd1(getregval(5)));
L3:
/* (%TEST-ARITH-2 60 L2 L4 5 4) */
if (num_cmp2(60, getregval(5), getregval(4))) goto L2;
else goto L4;
L4:
/* (%SET-ONE-VALUE-RETURN 0 3) */
set_one_result(getregval(3));
RETURN(0);
}
/*(cmp '(lambda (x) (f x)))*/
LOCAL VOID dummy4 P1C(int, entry)
{
LVAL function = vsbase[-1];
LVAL literals = bcode_literals(function);
CONTINUATIONP FVcont = xlcstop;
LVAL tmp, *base;
Entry:
L0:
/* (%INITIALIZE 0 2 0 0) */
cmp_check_required_only_argcount(2);
/* (%CALL 0 0 1 1) */
getlitfun(0, tmp);
base = vsbase;
cmp_call_setup(tmp, -1, 0, 1, getregval(0), TRUE);
*xlsp++ = base[1];
cmp_do_tail_call(tmp, base, 1, 0);
}
/* tak */
LOCAL VOID dummy5 P1C(int, entry)
{
LVAL function = vsbase[-1];
LVAL literals = bcode_literals(function);
CONTINUATIONP FVcont = xlcstop;
LVAL tmp, *base;
Entry:
switch (entry) {
case 0: goto L0;
case 2: goto L2;
case 3: goto L3;
case 4: goto L4;
}
L0:
/* (%INITIALIZE 0 4 0 3) */
cmp_check_required_only_argcount(4);
cmp_push_space(3);
/* (%TEST-ARITH-2 60 L1 L5 2 1) */
if (num_cmp2(60, getregval(2), getregval(1))) goto L1;
else goto L5;
L1:
/* (%ARITH1 109 1 4) */
setregval(4, xlsub1(getregval(1)));
/* (%SAVE-CALL 0 4 3 4 2 3) */
getlitfun(0, tmp);
base = vsbase;
cmp_call_setup(tmp, 4, 2, 3, NIL, FALSE);
*xlsp++ = base[4];
*xlsp++ = base[2];
*xlsp++ = base[3];
cmp_do_call_set(tmp, 3, 4);
L2:
/* (%ARITH1 109 2 5) */
setregval(5, xlsub1(getregval(2)));
/* (%SAVE-CALL 0 5 3 5 3 1) */
getlitfun(0, tmp);
base = vsbase;
cmp_call_setup(tmp, 5, 3, 3, NIL, FALSE);
*xlsp++ = base[5];
*xlsp++ = base[3];
*xlsp++ = base[1];
cmp_do_call_set(tmp, 3, 5);
L3:
/* (%ARITH1 109 3 6) */
setregval(6, xlsub1(getregval(3)));
/* (%SAVE-CALL 0 6 3 6 1 2) */
getlitfun(0, tmp);
base = vsbase;
cmp_call_setup(tmp, 6, 4, 3, NIL, FALSE);
*xlsp++ = base[6];
*xlsp++ = base[1];
*xlsp++ = base[2];
cmp_do_call_set(tmp, 3, 6);
L4:
/* (%CALL 0 0 3 4 5 6) */
getlitfun(0, tmp);
base = vsbase;
cmp_call_setup(tmp, -1, 0, 3, getregval(0), TRUE);
*xlsp++ = base[4];
*xlsp++ = base[5];
*xlsp++ = base[6];
cmp_do_tail_call(tmp, base, 3, 0);
L5:
/* (%SET-ONE-VALUE-RETURN 0 3) */
set_one_result(getregval(3));
RETURN(0);
}
/* ltak */
LOCAL VOID dummy6 P1C(int, entry)
{
LVAL function = vsbase[-1];
LVAL literals = bcode_literals(function);
CONTINUATIONP FVcont = xlcstop;
LVAL tmp, *base;
Entry:
switch (entry) {
case 0: goto L0;
case 3: goto L3;
case 4: goto L4;
case 5: goto L5;
}
L0:
/* (%INITIALIZE 0 4 0 0) */
cmp_check_required_only_argcount(4);
/* (%LCALL L1 0 3 1 2 3) */
base = vsbase;
cmp_tail_lcall_setup(3, getregval(0));
*xlsp++ = base[1];
*xlsp++ = base[2];
*xlsp++ = base[3];
cmp_do_tail_lcall(L1, base);
L1:
/* (%INITIALIZE 0 4 0 3) */
cmp_check_required_only_argcount(4);
cmp_push_space(3);
/* (%TEST-ARITH-2 60 L2 L6 2 1) */
if (num_cmp2(60, getregval(2), getregval(1))) goto L2;
else goto L6;
L2:
/* (%ARITH1 109 1 4) */
setregval(4, xlsub1(getregval(1)));
/* (%SAVE-LCALL L1 4 3 4 2 3) */
base = vsbase;
cmp_lcall_setup(4, 3, 3);
*xlsp++ = base[4];
*xlsp++ = base[2];
*xlsp++ = base[3];
cmp_do_lcall(L1);
L3:
/* (%ARITH1 109 2 5) */
setregval(5, xlsub1(getregval(2)));
/* (%SAVE-LCALL L1 5 3 5 3 1) */
base = vsbase;
cmp_lcall_setup(5, 4, 3);
*xlsp++ = base[5];
*xlsp++ = base[3];
*xlsp++ = base[1];
cmp_do_lcall(L1);
L4:
/* (%ARITH1 109 3 6) */
setregval(6, xlsub1(getregval(3)));
/* (%SAVE-LCALL L1 6 3 6 1 2) */
base = vsbase;
cmp_lcall_setup(6, 5, 3);
*xlsp++ = base[6];
*xlsp++ = base[1];
*xlsp++ = base[2];
cmp_do_lcall(L1);
L5:
/* (%LCALL L1 0 3 4 5 6) */
base = vsbase;
cmp_tail_lcall_setup(3, getregval(0));
*xlsp++ = base[4];
*xlsp++ = base[5];
*xlsp++ = base[6];
cmp_do_tail_lcall(L1, base);
L6:
/* (%SET-ONE-VALUE-RETURN 0 3) */
set_one_result(getregval(3));
RETURN(0);
}
static VOID (*dummy___functions[]) _((int)) = {
dummy1,
dummy2,
dummy3,
dummy4,
dummy5,
dummy6
};
#define dummy___count 6
VOID init___dummy P2C(int *, pn, modulefun **, pf)
{
*pn = dummy___count;
*pf = dummy___functions;
}
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