/*
* This file is part of the Jikes RVM project (http://jikesrvm.org).
*
* This file is licensed to You under the Eclipse Public License (EPL);
* You may not use this file except in compliance with the License. You
* may obtain a copy of the License at
*
* http://www.opensource.org/licenses/eclipse-1.0.php
*
* See the COPYRIGHT.txt file distributed with this work for information
* regarding copyright ownership.
*/
class TestStackAccess {
public static void main(String[] args) {
run();
}
static boolean testSuccess = true;
public static boolean run() {
System.out.print("TestStackAccess");
String str;
if (!istoreload().equals("01234")) {
System.out.print("\nwant: 01234\n got: ");
System.out.println(istoreload());
testSuccess = false;
}
if (!fstoreload().equals("0.01.02.03.04.0")) {
System.out.print("\nwant: 0.01.02.03.04.0\n got: ");
System.out.println(fstoreload());
testSuccess = false;
}
if (!astoreload().equals("nullnullnullnullnull")) {
System.out.print("\nwant: nullnullnullnullnull\n got: ");
System.out.println(astoreload());
testSuccess = false;
}
str = lstoreload0() + lstoreload1() + lstoreload2() +
lstoreload3() + lstoreload();
if (!str.equals("001012012301234")) {
System.out.print("\nwant: 001012012301234\n got: ");
System.out.println(str);
testSuccess = false;
}
str = dstoreload0() + dstoreload1() + dstoreload2() +
dstoreload3() + dstoreload();
if (!str.equals("0.001.0012.00123.001234.0")) {
System.out.print("\nwant: 0.001.0012.00123.001234.0\n got: ");
System.out.println(str);
testSuccess = false;
}
if (!dup().equals("12211")) {
System.out.print("\nwant: 12211\n got: ");
System.out.println(dup());
testSuccess = false;
}
if (!swap().equals("x")) {
System.out.print("\nwant: x\n got: ");
System.out.println(swap());
testSuccess = false;
}
if (testSuccess)
System.out.println(" succeeded.");
else
System.out.println(" failed. *********************");
return testSuccess;
}
static String istoreload() {
int x0 = 0; // istore_0
int x1 = 1; // istore_1
int x2 = 2; // istore_2
int x3 = 3; // istore_3
int x4 = 4; // istore
/*
System.out.print(x0); // iload_0
System.out.print(x1); // iload_1
System.out.print(x2); // iload_2
System.out.print(x3); // iload_3
System.out.print(x4); // iload
*/
return Integer.toString(x0) + Integer.toString(x1) +
Integer.toString(x2) +Integer.toString(x3) +
Integer.toString(x4) ;
}
static String fstoreload() {
float x0 = 0; // fstore_0
float x1 = 1; // fstore_1
float x2 = 2; // fstore_2
float x3 = 3; // fstore_3
float x4 = 4; // fstore
/*
System.out.print(x0); // fload_0
System.out.print(x1); // fload_1
System.out.print(x2); // fload_2
System.out.print(x3); // fload_3
System.out.print(x4); // fload
*/
return Float.toString(x0) + Float.toString(x1) +
Float.toString(x2) +Float.toString(x3) +
Float.toString(x4) ;
}
static String astoreload() {
Object x0 = null; // astore_0
Object x1 = null; // astore_1
Object x2 = null; // astore_2
Object x3 = null; // astore_3
Object x4 = null; // astore
/*
System.out.print(x0); // aload_0
System.out.print(x1); // aload_1
System.out.print(x2); // aload_2
System.out.print(x3); // aload_3
System.out.print(x4); // aload
*/
String str = "";
if (x0 == null) str += "null";
if (x1 == null) str += "null";
if (x2 == null) str += "null";
if (x3 == null) str += "null";
if (x4 == null) str += "null";
return str;
}
static String lstoreload0() {
long x0 = 0; // lstore_0
/*
System.out.print(x0); // lload_0
*/
return Long.toString(x0);
}
static String lstoreload1() {
int x0 = 0;
long x1 = 1; // lstore_1
/*
System.out.print(x0);
System.out.print(x1); // lload_1
*/
return Integer.toString(x0) + Long.toString(x1);
}
static String lstoreload2() {
int x0 = 0;
int x1 = 1;
long x2 = 2; // lstore_2
/*
System.out.print(x0);
System.out.print(x1);
System.out.print(x2); // lload_2
*/
return Integer.toString(x0) + Integer.toString(x1) + Long.toString(x2);
}
static String lstoreload3() {
int x0 = 0;
int x1 = 1;
int x2 = 2;
long x3 = 3; // lstore_3
/*
System.out.print(x0);
System.out.print(x1);
System.out.print(x2);
System.out.print(x3); // lload_3
*/
return Integer.toString(x0) + Integer.toString(x1) + Integer.toString(x2) +
Long.toString(x3);
}
static String lstoreload() {
int x0 = 0;
int x1 = 1;
int x2 = 2;
int x3 = 3;
long x4 = 4; // lstore
/*
System.out.print(x0);
System.out.print(x1);
System.out.print(x2);
System.out.print(x3);
System.out.print(x4); // lload
*/
return Integer.toString(x0) + Integer.toString(x1) + Integer.toString(x2) +
Integer.toString(x3) + Long.toString(x4);
}
static String dstoreload0() {
double x0 = 0; // dstore_0
// System.out.print(x0); // dload_0
return Double.toString(x0);
}
static String dstoreload1() {
int x0 = 0;
double x1 = 1; // dstore_1
/*
System.out.print(x0);
System.out.print(x1); // dload_1
*/
return Integer.toString(x0) + Double.toString(x1);
}
static String dstoreload2() {
int x0 = 0;
int x1 = 1;
double x2 = 2; // dstore_2
/*
System.out.print(x0);
System.out.print(x1);
System.out.print(x2); // dload_2
*/
return Integer.toString(x0) + Integer.toString(x1) + Double.toString(x2);
}
static String dstoreload3() {
int x0 = 0;
int x1 = 1;
int x2 = 2;
double x3 = 3; // dstore_3
/*
System.out.print(x0);
System.out.print(x1);
System.out.print(x2);
System.out.print(x3); // dload_3
*/
return Integer.toString(x0) + Integer.toString(x1) +Integer.toString(x2) +
Double.toString(x3);
}
static String dstoreload() {
int x0 = 0;
int x1 = 1;
int x2 = 2;
int x3 = 3;
double x4 = 4; // dstore
/*
System.out.print(x0);
System.out.print(x1);
System.out.print(x2);
System.out.print(x3);
System.out.print(x4); // dload
*/
return Integer.toString(x0) + Integer.toString(x1) +Integer.toString(x2) +
Integer.toString(x3) + Double.toString(x4);
}
static long sa, sb;
long a, b;
int pos = 0;
int[] buf = { 1, 2 };
int lpos = 0;
long[] lbuf = { 1, 2 };
static String dup() {
TestStackAccess t = new TestStackAccess(); // dup
String str = Integer.toString(t.buf[t.pos++]);
// System.out.print(t.buf[t.pos++]); // dup_x1
sa = sb = 1; // dup2
str += Long.toString(sa+sb);
// System.out.print(sa + sb);
t.a = t.b = 1; // dup2_x1
str += Long.toString(t.a+t.b);
// System.out.print(t.a + t.b);
str += Long.toString(t.lbuf[t.lpos]++);
//System.out.print(t.lbuf[t.lpos]++); // dup2_x2
int[] x = new int[1];
switch(x[0] = 1) { // dup_x2
case 1: {
str += Integer.toString(1);
// System.out.print(1);
}
}
return str;
}
static String swap() {
String s = "";
s += "x"; // swap
return s;
// System.out.println(s);
}
}