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/*
* Copyright (c) 2003, 2018, Oracle and/or its affiliates. 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 Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
* or visit www.oracle.com if you need additional information or have any
* questions.
*/
package nsk.jdb.methods.methods002;
import nsk.share.*;
import nsk.share.jpda.*;
import nsk.share.jdb.*;
import java.io.*;
/* This is debuggee aplication */
public class methods002a {
static methods002a _methods002a = new methods002a();
public static void main(String args[]) {
System.exit(methods002.JCK_STATUS_BASE + _methods002a.runIt(args, System.out));
}
static void lastBreak () {}
public int runIt(String args[], PrintStream out) {
JdbArgumentHandler argumentHandler = new JdbArgumentHandler(args);
Log log = new Log(out, argumentHandler);
methods002b b = new methods002b(1);
methods002c c = new methods002c();
methods002e e = new methods002e();
methods002f f = new methods002f();
methods002g g = new methods002g();
lastBreak();
log.display("Debuggee PASSED");
return methods002.PASSED;
}
static long lo;
// various method modifiers
void m01 (long l) { lo = l; };
private void m02 (long l) { lo = l; };
protected void m03 (long l) { lo = l; };
public void m04 (long l) { lo = l; };
static void m05 (long l) { lo = l; };
synchronized void m06 (long l) { lo = l; };
strictfp void m07 (long l) { lo = l; };
native void m08 (long l);
public static synchronized strictfp void m09 (long l) { lo = l; };
long m10 (long l) { return lo + l; };
private long m11 (long l) { return lo + l; };
protected long m12 (long l) { return lo + l; };
public long m13 (long l) { return lo + l; };
static long m14 (long l) { return lo + l; };
synchronized long m15 (long l) { return lo + l; };
strictfp long m16 (long l) { return lo + l; };
native long m17 (long l);
public static synchronized strictfp long m18 (long l) { return lo + l; };
Object m19 () { return new Object(); };
private Object m20 () { return new Object(); };
protected Object m21 () { return new Object(); };
public Object m22 () { return new Object(); };
static Object m23 () { return new Object(); };
synchronized Object m24 () { return new Object(); };
strictfp Object m25 () { return new Object(); };
native Object m26 ();
public static synchronized strictfp Object m27 () { return new Object(); };
// array methods
double[] m28 () { return new double[1]; };
double m29 (double[] arr) {return arr[0];};
double[][] m30 (double[][] arr) {return arr;};
String[] m31 () { return new String[1];};
String m32 (String[] arr) { return arr[0];};
String[][] m33 (String[][] arr) {return arr;};
// final methods
final void f01 (long l) { lo = l; };
final long f02 (long l) { return lo + l; };
final Object f03 () { return new Object(); };
}
// Class with many constructors
class methods002b {
int ind;
methods002b (int i) { ind = i; };
private methods002b (int i, int j) { ind = i+j; };
protected methods002b (int i, int j, int k) { ind = i+j+k; };
public methods002b (int i, int j, int k, int l) { ind = i+j+k+l; };
}
// Class with overloaded methods
class methods002c {
int m01 (int i) { return i; };
int m01 (int i, int j) { return i+j; };
int m01 (int i, short j) { return i+j; };
}
// Class with abstract methods
abstract class methods002d {
abstract void m01 ();
}
interface methods002i {
void i01 ();
}
class methods002e extends methods002d implements methods002i {
void m01 () {};
public void i01 () {};
}
// Class with inherited methods
class methods002f extends methods002a {}
// Class with inherited and overrided method
class methods002g extends methods002f {
static long lo;
void m01 (long l) { lo = l; };
private void m02 (long l) { lo = l; };
protected void m03 (long l) { lo = l; };
public void m04 (long l) { lo = l; };
static void m05 (long l) { lo = l; };
synchronized void m06 (long l) { lo = l; };
strictfp void m07 (long l) { lo = l; };
native void m08 (long l);
public static synchronized strictfp void m09 (long l) { lo = l; };
long m10 (long l) { return lo + l; };
private long m11 (long l) { return lo + l; };
protected long m12 (long l) { return lo + l; };
public long m13 (long l) { return lo + l; };
static long m14 (long l) { return lo + l; };
synchronized long m15 (long l) { return lo + l; };
strictfp long m16 (long l) { return lo + l; };
native long m17 (long l);
public static synchronized strictfp long m18 (long l) { return lo + l; };
Object m19 () { return new Object(); };
private Object m20 () { return new Object(); };
protected Object m21 () { return new Object(); };
public Object m22 () { return new Object(); };
static Object m23 () { return new Object(); };
synchronized Object m24 () { return new Object(); };
strictfp Object m25 () { return new Object(); };
native Object m26 ();
public static synchronized strictfp Object m27 () { return new Object(); };
double[] m28 () { return new double[1]; };
double m29 (double[] arr) {return arr[0];};
double[][] m30 (double[][] arr) {return arr;};
String[] m31 () { return new String[1];};
String m32 (String[] arr) { return arr[0];};
String[][] m33 (String[][] arr) {return arr;};
}
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