jdk-24/test/hotspot/jtreg/compiler/c2/TestFindNode.java
Daniel Lundén 7d4c3fd091 8331295: C2: Do not clone address computations that are indirect memory input to at least one load/store
Co-authored-by: Roberto Castañeda Lozano <rcastanedalo@openjdk.org>
Reviewed-by: thartmann, chagedorn
2024-11-20 15:37:43 +00:00

94 lines
8.5 KiB
Java

/*
* Copyright (c) 2020, 2024, 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.
*/
/*
* @test
* @bug 8247743
* @requires vm.debug == true & vm.flavor == "server"
* @summary Test which uses some special flags in order to test Node::find() in debug builds which could result in an endless loop or a stack overflow crash.
*
* @run main/othervm -Xbatch -XX:CompileCommand=option,*::*,bool,Vectorize,true
* -XX:+PrintOpto -XX:+TraceLoopOpts compiler.c2.TestFindNode
*/
package compiler.c2;
// Note; we disable the implicit memory limit of 1G in debug JVMs until JDK-8331283 is fixed
public class TestFindNode {
static volatile int[] iArr;
static volatile int x;
static int[] iArr2 = new int[100];
static int[] iArr3 = new int[100];
public static void main(String[] arr) {
for (int i = 0; i < 2000; i++) {
test();
}
}
public static void test() {
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 }; iArr = new int[] { x % 2 };
for (int i = 0; i < 50; i++) {
iArr2[i] = iArr3[i];
}
}
}