--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/test/compiler/6726999/Test.java	Mon Jul 28 17:12:52 2008 -0700
@@ -0,0 +1,1419 @@
+/*
+ * Copyright 2008 Sun Microsystems, Inc.  All Rights Reserved.
+ * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
+ *
+ * This code is free software; you can redistribute it and/or modify it
+ * under the terms of the GNU General Public License version 2 only, as
+ * published by the Free Software Foundation.
+ *
+ * This code is distributed in the hope that it will be useful, but WITHOUT
+ * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
+ * FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
+ * version 2 for more details (a copy is included in the LICENSE file that
+ * accompanied this code).
+ *
+ * You should have received a copy of the GNU General Public License version
+ * 2 along with this work; if not, write to the Free Software Foundation,
+ * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
+ *
+ * Please contact Sun Microsystems, Inc., 4150 Network Circle, Santa Clara,
+ * CA 95054 USA or visit www.sun.com if you need additional information or
+ * have any questions.
+ *
+ */
+
+/*
+ * @test
+ * @bug 6726999
+ * @summary nsk/stress/jck12a/jck12a010 assert(n != NULL,"Bad immediate dominator info.");
+ * @run main/othervm -Xbatch -XX:CompileCommand=exclude,Test.dummy -XX:+AggressiveOpts Test
+ */
+
+import java.lang.reflect.Array;
+
+class Point {
+  int x;
+  int y;
+}
+
+public class Test {
+
+  void dummy() {
+    // Empty method to verify correctness of DebugInfo.
+    // Use -XX:CompileCommand=exclude,Test.dummy
+  }
+
+  int test0_0_0(int y) {
+    int x = 3;
+    Point p = new Point();
+    dummy();
+    p.x = x;
+    p.y = 3 * x + y;
+    return p.x * p.y;
+  }
+
+  int test0_0_1(int y) {
+    int x = 3;
+    Point p = null;
+    dummy();
+    p = new Point();
+    dummy();
+    p.x = x;
+    p.y = 3 * x + y;
+    return p.x * p.y;
+  }
+
+  int test0_0_2(int y) {
+    int x = 3;
+    Point p = new Point();
+    dummy();
+    p = new Point();
+    dummy();
+    p.x = x;
+    p.y = 3 * x + y;
+    return p.x * p.y;
+  }
+
+  int test0_0_3(int y) {
+    int x = 3;
+    Point p[] = new Point[1];
+    p[0] = new Point();
+    dummy();
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    return p[0].x * p[0].y;
+  }
+
+  int test0_0_4(int y) {
+    int x = 3;
+    Point p[] = new Point[1];
+    dummy();
+    p[0] = new Point();
+    dummy();
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    return p[0].x * p[0].y;
+  }
+
+  int test0_0_5(int y) {
+    int x = 3;
+    Point p[] = new Point[1];
+    dummy();
+    p[0] = null;
+    dummy();
+    p[0] = new Point();
+    dummy();
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    return p[0].x * p[0].y;
+  }
+
+  int test0_0_6(int y) {
+    int x = 3;
+    Point p[] = new Point[1];
+    p[0] = new Point();
+    dummy();
+    p[0] = new Point();
+    dummy();
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    return p[0].x * p[0].y;
+  }
+
+  int test0_1_3(int y) {
+    int x = 3;
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    p[0] = p1;
+    dummy();
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    return p[0].x * p[0].y;
+  }
+
+  int test0_1_4(int y) {
+    int x = 3;
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    dummy();
+    p[0] = p1;
+    dummy();
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    return p[0].x * p[0].y;
+  }
+
+  int test0_1_5(int y) {
+    int x = 3;
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    dummy();
+    p[0] = null;
+    dummy();
+    p[0] = p1;
+    dummy();
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    return p[0].x * p[0].y;
+  }
+
+  int test0_1_6(int y) {
+    int x = 3;
+    Point p1 = new Point();
+    dummy();
+    Point p2 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    p[0] = p1;
+    dummy();
+    p[0] = p2;
+    dummy();
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    return p[0].x * p[0].y;
+  }
+
+  int test1_0_0(int y) {
+    Point p = new Point();
+    if ( (y & 1) == 1 ) {
+      p = new Point();
+    }
+    int x = 3;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test1_0_1(int y) {
+    Point p = null;
+    if ( (y & 1) == 1 ) {
+      p = new Point();
+    }
+    int x = 3;
+    if ( p == null )
+      return (3 * x + y) * x;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test1_0_2(int y) {
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      p[0] = new Point();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_0_3(int y) {
+    Point p[] = new Point[1];
+    p[0] = null;
+    if ( (y & 1) == 1 ) {
+      p[0] = new Point();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_0_4(int y) {
+    Point p[] = new Point[1];
+    p[0] = new Point();
+    if ( (y & 1) == 1 ) {
+      p[0] = new Point();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_0_5(int y) {
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      p[0] = new Point();
+    } else {
+      p[0] = null;
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_0_6(int y) {
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      p[0] = new Point();
+    } else {
+      p[0] = new Point();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_1_0(int y) {
+    Point p = new Point();
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p = new Point();
+      dummy();
+    }
+    int x = 3;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test1_1_1(int y) {
+    Point p = null;
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p = new Point();
+      dummy();
+    }
+    int x = 3;
+    if ( p == null )
+      return (3 * x + y) * x;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test1_1_2(int y) {
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = new Point();
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_1_3(int y) {
+    Point p[] = new Point[1];
+    dummy();
+    p[0] = null;
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = new Point();
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_1_4(int y) {
+    Point p[] = new Point[1];
+    dummy();
+    p[0] = new Point();
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = new Point();
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_1_5(int y) {
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = new Point();
+      dummy();
+    } else {
+      dummy();
+      p[0] = null;
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_1_6(int y) {
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = new Point();
+      dummy();
+    } else {
+      dummy();
+      p[0] = new Point();
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_2_0(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p = new Point();
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p = p1;
+      dummy();
+    }
+    int x = 3;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test1_2_1(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p = null;
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p = p1;
+      dummy();
+    }
+    int x = 3;
+    if ( p == null )
+      return (3 * x + y) * x;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test1_2_2(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = p1;
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_2_3(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    dummy();
+    p[0] = null;
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = p1;
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_2_4(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p2 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    dummy();
+    p[0] = p1;
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = p2;
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_2_5(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = p1;
+      dummy();
+    } else {
+      dummy();
+      p[0] = null;
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test1_2_6(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p2 = new Point();
+    dummy();
+    Point p[] = new Point[1];
+    if ( (y & 1) == 1 ) {
+      dummy();
+      p[0] = p1;
+      dummy();
+    } else {
+      dummy();
+      p[0] = p2;
+      dummy();
+    }
+    int x = 3;
+    if ( p[0] == null )
+      return (3 * x + y) * x;
+    p[0].x = x;
+    p[0].y = 3 * x + y;
+    dummy();
+    return p[0].x * p[0].y;
+  }
+
+  int test2_0_0(int y) {
+    Point p = new Point();
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      p = new Point();
+    }
+    int x = 3;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test2_0_1(int y) {
+    Point p = null;
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      p = new Point();
+    }
+    int x = 3;
+    if ( p == null )
+      return (3 * x + y) * x;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test2_0_2(int y) {
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      p[i] = new Point();
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_0_3(int y) {
+    Point p[] = new Point[3];
+    int j = (y & 1);
+    p[j] = null;
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      p[i] = new Point();
+    }
+    int x = 3;
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_0_4(int y) {
+    Point p[] = new Point[3];
+    int j = (y & 1);
+    p[j] = new Point();
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      p[i] = new Point();
+    }
+    int x = 3;
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_0_5(int y) {
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      p[i] = new Point();
+    }
+    for (int i = 0; i < lim; i++) {
+      p[i] = null;
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_0_6(int y) {
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      p[i] = new Point();
+    }
+    for (int i = 0; i < lim; i++) {
+      p[i] = new Point();
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_1_0(int y) {
+    Point p = new Point();
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p = new Point();
+      dummy();
+    }
+    int x = 3;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test2_1_1(int y) {
+    Point p = null;
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p = new Point();
+      dummy();
+    }
+    int x = 3;
+    if ( p == null )
+      return (3 * x + y) * x;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test2_1_2(int y) {
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = new Point();
+      dummy();
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_1_3(int y) {
+    Point p[] = new Point[3];
+    dummy();
+    int j = (y & 1);
+    p[j] = null;
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = new Point();
+      dummy();
+    }
+    int x = 3;
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_1_4(int y) {
+    Point p[] = new Point[3];
+    dummy();
+    int j = (y & 1);
+    p[j] = new Point();
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = new Point();
+      dummy();
+    }
+    int x = 3;
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_1_5(int y) {
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = new Point();
+      dummy();
+    }
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = null;
+      dummy();
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_1_6(int y) {
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = new Point();
+      dummy();
+    }
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = new Point();
+      dummy();
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_2_0(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p = new Point();
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p = p1;
+      dummy();
+    }
+    int x = 3;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test2_2_1(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p = null;
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p = p1;
+      dummy();
+    }
+    int x = 3;
+    if ( p == null )
+      return (3 * x + y) * x;
+    p.x = x;
+    p.y = 3 * x + y;
+    dummy();
+    return p.x * p.y;
+  }
+
+  int test2_2_2(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = p1;
+      dummy();
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_2_3(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[3];
+    dummy();
+    int j = (y & 1);
+    p[j] = null;
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = p1;
+      dummy();
+    }
+    int x = 3;
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_2_4(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p2 = new Point();
+    dummy();
+    Point p[] = new Point[3];
+    dummy();
+    int j = (y & 1);
+    p[j] = p1;
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = p2;
+      dummy();
+    }
+    int x = 3;
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_2_5(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = p1;
+      dummy();
+    }
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = null;
+      dummy();
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  int test2_2_6(int y) {
+    Point p1 = new Point();
+    dummy();
+    Point p2 = new Point();
+    dummy();
+    Point p[] = new Point[3];
+    int lim = (y & 3);
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = p1;
+      dummy();
+    }
+    for (int i = 0; i < lim; i++) {
+      dummy();
+      p[i] = p2;
+      dummy();
+    }
+    int x = 3;
+    int j = (y & 1);
+    if ( p[j] == null )
+      return (3 * x + y) * x;
+    p[j].x = x;
+    p[j].y = 3 * x + y;
+    dummy();
+    return p[j].x * p[0].y;
+  }
+
+  public static void main(String args[]) {
+    Test tsr    = new Test();
+    Point p     = new Point();
+    Point ptmp  = p;
+    Class cls   = Point.class;
+    int y = 0;
+    for (int i=0; i<10000; i++) {
+      y = tsr.test0_0_0(y);
+      y = tsr.test0_0_0(y);
+      y = tsr.test0_0_1(y);
+      y = tsr.test0_0_1(y);
+      y = tsr.test0_0_2(y);
+      y = tsr.test0_0_2(y);
+      y = tsr.test0_0_3(y);
+      y = tsr.test0_0_3(y);
+      y = tsr.test0_0_4(y);
+      y = tsr.test0_0_4(y);
+      y = tsr.test0_0_5(y);
+      y = tsr.test0_0_5(y);
+      y = tsr.test0_0_6(y);
+      y = tsr.test0_0_6(y);
+
+      y = tsr.test0_1_3(y);
+      y = tsr.test0_1_3(y);
+      y = tsr.test0_1_4(y);
+      y = tsr.test0_1_4(y);
+      y = tsr.test0_1_5(y);
+      y = tsr.test0_1_5(y);
+      y = tsr.test0_1_6(y);
+      y = tsr.test0_1_6(y);
+
+      y = tsr.test1_0_0(y&~1);
+      y = tsr.test1_0_1(y&~1);
+      y = tsr.test1_0_2(y&~1);
+      y = tsr.test1_0_3(y&~1);
+      y = tsr.test1_0_4(y&~1);
+      y = tsr.test1_0_5(y&~1);
+      y = tsr.test1_0_6(y&~1);
+      y = tsr.test1_0_0((y&~1)+1);
+      y = tsr.test1_0_1((y&~1)+1);
+      y = tsr.test1_0_2((y&~1)+1);
+      y = tsr.test1_0_3((y&~1)+1);
+      y = tsr.test1_0_4((y&~1)+1);
+      y = tsr.test1_0_5((y&~1)+1);
+      y = tsr.test1_0_6((y&~1)+1);
+
+      y = tsr.test1_1_0(y&~1);
+      y = tsr.test1_1_1(y&~1);
+      y = tsr.test1_1_2(y&~1);
+      y = tsr.test1_1_3(y&~1);
+      y = tsr.test1_1_4(y&~1);
+      y = tsr.test1_1_5(y&~1);
+      y = tsr.test1_1_6(y&~1);
+      y = tsr.test1_1_0((y&~1)+1);
+      y = tsr.test1_1_1((y&~1)+1);
+      y = tsr.test1_1_2((y&~1)+1);
+      y = tsr.test1_1_3((y&~1)+1);
+      y = tsr.test1_1_4((y&~1)+1);
+      y = tsr.test1_1_5((y&~1)+1);
+      y = tsr.test1_1_6((y&~1)+1);
+
+      y = tsr.test1_2_0(y&~1);
+      y = tsr.test1_2_1(y&~1);
+      y = tsr.test1_2_2(y&~1);
+      y = tsr.test1_2_3(y&~1);
+      y = tsr.test1_2_4(y&~1);
+      y = tsr.test1_2_5(y&~1);
+      y = tsr.test1_2_6(y&~1);
+      y = tsr.test1_2_0((y&~1)+1);
+      y = tsr.test1_2_1((y&~1)+1);
+      y = tsr.test1_2_2((y&~1)+1);
+      y = tsr.test1_2_3((y&~1)+1);
+      y = tsr.test1_2_4((y&~1)+1);
+      y = tsr.test1_2_5((y&~1)+1);
+      y = tsr.test1_2_6((y&~1)+1);
+
+      y = tsr.test2_0_0(y&~3);
+      y = tsr.test2_0_1(y&~3);
+      y = tsr.test2_0_2(y&~3);
+      y = tsr.test2_0_3(y&~3);
+      y = tsr.test2_0_4(y&~3);
+      y = tsr.test2_0_5(y&~3);
+      y = tsr.test2_0_6(y&~3);
+      y = tsr.test2_0_0((y&~3)+3);
+      y = tsr.test2_0_1((y&~3)+3);
+      y = tsr.test2_0_2((y&~3)+3);
+      y = tsr.test2_0_3((y&~3)+3);
+      y = tsr.test2_0_4((y&~3)+3);
+      y = tsr.test2_0_5((y&~3)+3);
+      y = tsr.test2_0_6((y&~3)+3);
+
+      y = tsr.test2_1_0(y&~3);
+      y = tsr.test2_1_1(y&~3);
+      y = tsr.test2_1_2(y&~3);
+      y = tsr.test2_1_3(y&~3);
+      y = tsr.test2_1_4(y&~3);
+      y = tsr.test2_1_5(y&~3);
+      y = tsr.test2_1_6(y&~3);
+      y = tsr.test2_1_0((y&~3)+3);
+      y = tsr.test2_1_1((y&~3)+3);
+      y = tsr.test2_1_2((y&~3)+3);
+      y = tsr.test2_1_3((y&~3)+3);
+      y = tsr.test2_1_4((y&~3)+3);
+      y = tsr.test2_1_5((y&~3)+3);
+      y = tsr.test2_1_6((y&~3)+3);
+
+      y = tsr.test2_2_0(y&~3);
+      y = tsr.test2_2_1(y&~3);
+      y = tsr.test2_2_2(y&~3);
+      y = tsr.test2_2_3(y&~3);
+      y = tsr.test2_2_4(y&~3);
+      y = tsr.test2_2_5(y&~3);
+      y = tsr.test2_2_6(y&~3);
+      y = tsr.test2_2_0((y&~3)+3);
+      y = tsr.test2_2_1((y&~3)+3);
+      y = tsr.test2_2_2((y&~3)+3);
+      y = tsr.test2_2_3((y&~3)+3);
+      y = tsr.test2_2_4((y&~3)+3);
+      y = tsr.test2_2_5((y&~3)+3);
+      y = tsr.test2_2_6((y&~3)+3);
+
+    }
+    for (int i=0; i<10000; i++) {
+      y = tsr.test0_0_0(y);
+      y = tsr.test0_0_0(y);
+      y = tsr.test0_0_1(y);
+      y = tsr.test0_0_1(y);
+      y = tsr.test0_0_2(y);
+      y = tsr.test0_0_2(y);
+      y = tsr.test0_0_3(y);
+      y = tsr.test0_0_3(y);
+      y = tsr.test0_0_4(y);
+      y = tsr.test0_0_4(y);
+      y = tsr.test0_0_5(y);
+      y = tsr.test0_0_5(y);
+      y = tsr.test0_0_6(y);
+      y = tsr.test0_0_6(y);
+
+      y = tsr.test0_1_3(y);
+      y = tsr.test0_1_3(y);
+      y = tsr.test0_1_4(y);
+      y = tsr.test0_1_4(y);
+      y = tsr.test0_1_5(y);
+      y = tsr.test0_1_5(y);
+      y = tsr.test0_1_6(y);
+      y = tsr.test0_1_6(y);
+
+      y = tsr.test1_0_0(y&~1);
+      y = tsr.test1_0_1(y&~1);
+      y = tsr.test1_0_2(y&~1);
+      y = tsr.test1_0_3(y&~1);
+      y = tsr.test1_0_4(y&~1);
+      y = tsr.test1_0_5(y&~1);
+      y = tsr.test1_0_6(y&~1);
+      y = tsr.test1_0_0((y&~1)+1);
+      y = tsr.test1_0_1((y&~1)+1);
+      y = tsr.test1_0_2((y&~1)+1);
+      y = tsr.test1_0_3((y&~1)+1);
+      y = tsr.test1_0_4((y&~1)+1);
+      y = tsr.test1_0_5((y&~1)+1);
+      y = tsr.test1_0_6((y&~1)+1);
+
+      y = tsr.test1_1_0(y&~1);
+      y = tsr.test1_1_1(y&~1);
+      y = tsr.test1_1_2(y&~1);
+      y = tsr.test1_1_3(y&~1);
+      y = tsr.test1_1_4(y&~1);
+      y = tsr.test1_1_5(y&~1);
+      y = tsr.test1_1_6(y&~1);
+      y = tsr.test1_1_0((y&~1)+1);
+      y = tsr.test1_1_1((y&~1)+1);
+      y = tsr.test1_1_2((y&~1)+1);
+      y = tsr.test1_1_3((y&~1)+1);
+      y = tsr.test1_1_4((y&~1)+1);
+      y = tsr.test1_1_5((y&~1)+1);
+      y = tsr.test1_1_6((y&~1)+1);
+
+      y = tsr.test1_2_0(y&~1);
+      y = tsr.test1_2_1(y&~1);
+      y = tsr.test1_2_2(y&~1);
+      y = tsr.test1_2_3(y&~1);
+      y = tsr.test1_2_4(y&~1);
+      y = tsr.test1_2_5(y&~1);
+      y = tsr.test1_2_6(y&~1);
+      y = tsr.test1_2_0((y&~1)+1);
+      y = tsr.test1_2_1((y&~1)+1);
+      y = tsr.test1_2_2((y&~1)+1);
+      y = tsr.test1_2_3((y&~1)+1);
+      y = tsr.test1_2_4((y&~1)+1);
+      y = tsr.test1_2_5((y&~1)+1);
+      y = tsr.test1_2_6((y&~1)+1);
+
+      y = tsr.test2_0_0(y&~3);
+      y = tsr.test2_0_1(y&~3);
+      y = tsr.test2_0_2(y&~3);
+      y = tsr.test2_0_3(y&~3);
+      y = tsr.test2_0_4(y&~3);
+      y = tsr.test2_0_5(y&~3);
+      y = tsr.test2_0_6(y&~3);
+      y = tsr.test2_0_0((y&~3)+3);
+      y = tsr.test2_0_1((y&~3)+3);
+      y = tsr.test2_0_2((y&~3)+3);
+      y = tsr.test2_0_3((y&~3)+3);
+      y = tsr.test2_0_4((y&~3)+3);
+      y = tsr.test2_0_5((y&~3)+3);
+      y = tsr.test2_0_6((y&~3)+3);
+
+      y = tsr.test2_1_0(y&~3);
+      y = tsr.test2_1_1(y&~3);
+      y = tsr.test2_1_2(y&~3);
+      y = tsr.test2_1_3(y&~3);
+      y = tsr.test2_1_4(y&~3);
+      y = tsr.test2_1_5(y&~3);
+      y = tsr.test2_1_6(y&~3);
+      y = tsr.test2_1_0((y&~3)+3);
+      y = tsr.test2_1_1((y&~3)+3);
+      y = tsr.test2_1_2((y&~3)+3);
+      y = tsr.test2_1_3((y&~3)+3);
+      y = tsr.test2_1_4((y&~3)+3);
+      y = tsr.test2_1_5((y&~3)+3);
+      y = tsr.test2_1_6((y&~3)+3);
+
+      y = tsr.test2_2_0(y&~3);
+      y = tsr.test2_2_1(y&~3);
+      y = tsr.test2_2_2(y&~3);
+      y = tsr.test2_2_3(y&~3);
+      y = tsr.test2_2_4(y&~3);
+      y = tsr.test2_2_5(y&~3);
+      y = tsr.test2_2_6(y&~3);
+      y = tsr.test2_2_0((y&~3)+3);
+      y = tsr.test2_2_1((y&~3)+3);
+      y = tsr.test2_2_2((y&~3)+3);
+      y = tsr.test2_2_3((y&~3)+3);
+      y = tsr.test2_2_4((y&~3)+3);
+      y = tsr.test2_2_5((y&~3)+3);
+      y = tsr.test2_2_6((y&~3)+3);
+
+    }
+    for (int i=0; i<10000; i++) {
+      y = tsr.test0_0_0(y);
+      y = tsr.test0_0_0(y);
+      y = tsr.test0_0_1(y);
+      y = tsr.test0_0_1(y);
+      y = tsr.test0_0_2(y);
+      y = tsr.test0_0_2(y);
+      y = tsr.test0_0_3(y);
+      y = tsr.test0_0_3(y);
+      y = tsr.test0_0_4(y);
+      y = tsr.test0_0_4(y);
+      y = tsr.test0_0_5(y);
+      y = tsr.test0_0_5(y);
+      y = tsr.test0_0_6(y);
+      y = tsr.test0_0_6(y);
+
+      y = tsr.test0_1_3(y);
+      y = tsr.test0_1_3(y);
+      y = tsr.test0_1_4(y);
+      y = tsr.test0_1_4(y);
+      y = tsr.test0_1_5(y);
+      y = tsr.test0_1_5(y);
+      y = tsr.test0_1_6(y);
+      y = tsr.test0_1_6(y);
+
+      y = tsr.test1_0_0(y&~1);
+      y = tsr.test1_0_1(y&~1);
+      y = tsr.test1_0_2(y&~1);
+      y = tsr.test1_0_3(y&~1);
+      y = tsr.test1_0_4(y&~1);
+      y = tsr.test1_0_5(y&~1);
+      y = tsr.test1_0_6(y&~1);
+      y = tsr.test1_0_0((y&~1)+1);
+      y = tsr.test1_0_1((y&~1)+1);
+      y = tsr.test1_0_2((y&~1)+1);
+      y = tsr.test1_0_3((y&~1)+1);
+      y = tsr.test1_0_4((y&~1)+1);
+      y = tsr.test1_0_5((y&~1)+1);
+      y = tsr.test1_0_6((y&~1)+1);
+
+      y = tsr.test1_1_0(y&~1);
+      y = tsr.test1_1_1(y&~1);
+      y = tsr.test1_1_2(y&~1);
+      y = tsr.test1_1_3(y&~1);
+      y = tsr.test1_1_4(y&~1);
+      y = tsr.test1_1_5(y&~1);
+      y = tsr.test1_1_6(y&~1);
+      y = tsr.test1_1_0((y&~1)+1);
+      y = tsr.test1_1_1((y&~1)+1);
+      y = tsr.test1_1_2((y&~1)+1);
+      y = tsr.test1_1_3((y&~1)+1);
+      y = tsr.test1_1_4((y&~1)+1);
+      y = tsr.test1_1_5((y&~1)+1);
+      y = tsr.test1_1_6((y&~1)+1);
+
+      y = tsr.test1_2_0(y&~1);
+      y = tsr.test1_2_1(y&~1);
+      y = tsr.test1_2_2(y&~1);
+      y = tsr.test1_2_3(y&~1);
+      y = tsr.test1_2_4(y&~1);
+      y = tsr.test1_2_5(y&~1);
+      y = tsr.test1_2_6(y&~1);
+      y = tsr.test1_2_0((y&~1)+1);
+      y = tsr.test1_2_1((y&~1)+1);
+      y = tsr.test1_2_2((y&~1)+1);
+      y = tsr.test1_2_3((y&~1)+1);
+      y = tsr.test1_2_4((y&~1)+1);
+      y = tsr.test1_2_5((y&~1)+1);
+      y = tsr.test1_2_6((y&~1)+1);
+
+      y = tsr.test2_0_0(y&~3);
+      y = tsr.test2_0_1(y&~3);
+      y = tsr.test2_0_2(y&~3);
+      y = tsr.test2_0_3(y&~3);
+      y = tsr.test2_0_4(y&~3);
+      y = tsr.test2_0_5(y&~3);
+      y = tsr.test2_0_6(y&~3);
+      y = tsr.test2_0_0((y&~3)+3);
+      y = tsr.test2_0_1((y&~3)+3);
+      y = tsr.test2_0_2((y&~3)+3);
+      y = tsr.test2_0_3((y&~3)+3);
+      y = tsr.test2_0_4((y&~3)+3);
+      y = tsr.test2_0_5((y&~3)+3);
+      y = tsr.test2_0_6((y&~3)+3);
+
+      y = tsr.test2_1_0(y&~3);
+      y = tsr.test2_1_1(y&~3);
+      y = tsr.test2_1_2(y&~3);
+      y = tsr.test2_1_3(y&~3);
+      y = tsr.test2_1_4(y&~3);
+      y = tsr.test2_1_5(y&~3);
+      y = tsr.test2_1_6(y&~3);
+      y = tsr.test2_1_0((y&~3)+3);
+      y = tsr.test2_1_1((y&~3)+3);
+      y = tsr.test2_1_2((y&~3)+3);
+      y = tsr.test2_1_3((y&~3)+3);
+      y = tsr.test2_1_4((y&~3)+3);
+      y = tsr.test2_1_5((y&~3)+3);
+      y = tsr.test2_1_6((y&~3)+3);
+
+      y = tsr.test2_2_0(y&~3);
+      y = tsr.test2_2_1(y&~3);
+      y = tsr.test2_2_2(y&~3);
+      y = tsr.test2_2_3(y&~3);
+      y = tsr.test2_2_4(y&~3);
+      y = tsr.test2_2_5(y&~3);
+      y = tsr.test2_2_6(y&~3);
+      y = tsr.test2_2_0((y&~3)+3);
+      y = tsr.test2_2_1((y&~3)+3);
+      y = tsr.test2_2_2((y&~3)+3);
+      y = tsr.test2_2_3((y&~3)+3);
+      y = tsr.test2_2_4((y&~3)+3);
+      y = tsr.test2_2_5((y&~3)+3);
+      y = tsr.test2_2_6((y&~3)+3);
+
+    }
+
+    int z = 0;
+    y = tsr.test0_0_0(0);
+    System.out.println("After 'test0_0_0' y=" + y);
+    y = tsr.test0_0_1(0);
+    System.out.println("After 'test0_0_1' y=" + y);
+    y = tsr.test0_0_2(0);
+    System.out.println("After 'test0_0_2' y=" + y);
+    y = tsr.test0_0_3(0);
+    System.out.println("After 'test0_0_3' y=" + y);
+    y = tsr.test0_0_4(0);
+    System.out.println("After 'test0_0_4' y=" + y);
+    y = tsr.test0_0_5(0);
+    System.out.println("After 'test0_0_5' y=" + y);
+    y = tsr.test0_0_6(0);
+    System.out.println("After 'test0_0_6' y=" + y);
+    y = tsr.test0_1_3(0);
+    System.out.println("After 'test0_1_3' y=" + y);
+    y = tsr.test0_1_4(0);
+    System.out.println("After 'test0_1_4' y=" + y);
+    y = tsr.test0_1_5(0);
+    System.out.println("After 'test0_1_5' y=" + y);
+    y = tsr.test0_1_6(0);
+    System.out.println("After 'test0_1_6' y=" + y);
+
+    y = tsr.test1_0_0(0);
+    System.out.println("After 'test1_0_0' y=" + y);
+    y = tsr.test1_0_1(0);
+    System.out.println("After 'test1_0_1' y=" + y);
+    y = tsr.test1_0_2(0);
+    System.out.println("After 'test1_0_2' y=" + y);
+    y = tsr.test1_0_3(0);
+    System.out.println("After 'test1_0_3' y=" + y);
+    y = tsr.test1_0_4(0);
+    System.out.println("After 'test1_0_4' y=" + y);
+    y = tsr.test1_0_5(0);
+    System.out.println("After 'test1_0_5' y=" + y);
+    y = tsr.test1_0_6(0);
+    System.out.println("After 'test1_0_6' y=" + y);
+
+    y = tsr.test1_1_0(0);
+    System.out.println("After 'test1_1_0' y=" + y);
+    y = tsr.test1_1_1(0);
+    System.out.println("After 'test1_1_1' y=" + y);
+    y = tsr.test1_1_2(0);
+    System.out.println("After 'test1_1_2' y=" + y);
+    y = tsr.test1_1_3(0);
+    System.out.println("After 'test1_1_3' y=" + y);
+    y = tsr.test1_1_4(0);
+    System.out.println("After 'test1_1_4' y=" + y);
+    y = tsr.test1_1_5(0);
+    System.out.println("After 'test1_1_5' y=" + y);
+    y = tsr.test1_1_6(0);
+    System.out.println("After 'test1_1_6' y=" + y);
+
+    y = tsr.test1_2_0(0);
+    System.out.println("After 'test1_2_0' y=" + y);
+    y = tsr.test1_2_1(0);
+    System.out.println("After 'test1_2_1' y=" + y);
+    y = tsr.test1_2_2(0);
+    System.out.println("After 'test1_2_2' y=" + y);
+    y = tsr.test1_2_3(0);
+    System.out.println("After 'test1_2_3' y=" + y);
+    y = tsr.test1_2_4(0);
+    System.out.println("After 'test1_2_4' y=" + y);
+    y = tsr.test1_2_5(0);
+    System.out.println("After 'test1_2_5' y=" + y);
+    y = tsr.test1_2_6(0);
+    System.out.println("After 'test1_2_6' y=" + y);
+
+    y = tsr.test2_0_0(0);
+    System.out.println("After 'test2_0_0' y=" + y);
+    y = tsr.test2_0_1(0);
+    System.out.println("After 'test2_0_1' y=" + y);
+    y = tsr.test2_0_2(0);
+    System.out.println("After 'test2_0_2' y=" + y);
+    y = tsr.test2_0_3(0);
+    System.out.println("After 'test2_0_3' y=" + y);
+    y = tsr.test2_0_4(0);
+    System.out.println("After 'test2_0_4' y=" + y);
+    y = tsr.test2_0_5(0);
+    System.out.println("After 'test2_0_5' y=" + y);
+    y = tsr.test2_0_6(0);
+    System.out.println("After 'test2_0_6' y=" + y);
+
+    y = tsr.test2_1_0(0);
+    System.out.println("After 'test2_1_0' y=" + y);
+    y = tsr.test2_1_1(0);
+    System.out.println("After 'test2_1_1' y=" + y);
+    y = tsr.test2_1_2(0);
+    System.out.println("After 'test2_1_2' y=" + y);
+    y = tsr.test2_1_3(0);
+    System.out.println("After 'test2_1_3' y=" + y);
+    y = tsr.test2_1_4(0);
+    System.out.println("After 'test2_1_4' y=" + y);
+    y = tsr.test2_1_5(0);
+    System.out.println("After 'test2_1_5' y=" + y);
+    y = tsr.test2_1_6(0);
+    System.out.println("After 'test2_1_6' y=" + y);
+
+    y = tsr.test2_2_0(0);
+    System.out.println("After 'test2_2_0' y=" + y);
+    y = tsr.test2_2_1(0);
+    System.out.println("After 'test2_2_1' y=" + y);
+    y = tsr.test2_2_2(0);
+    System.out.println("After 'test2_2_2' y=" + y);
+    y = tsr.test2_2_3(0);
+    System.out.println("After 'test2_2_3' y=" + y);
+    y = tsr.test2_2_4(0);
+    System.out.println("After 'test2_2_4' y=" + y);
+    y = tsr.test2_2_5(0);
+    System.out.println("After 'test2_2_5' y=" + y);
+    y = tsr.test2_2_6(0);
+    System.out.println("After 'test2_2_6' y=" + y);
+
+  }
+}