SEGV compiling this class

[minyard at acm dot org]

I'm getting a SEGV comiling the code at the end of this email with the
3.0 release.  This is only on i386 (SuSE 7.1, with gcc compiled with
the stock compiler and bootstrapped with it self), it works fine on
PowerPC.  Should I report this with GNATS?  The compile tool provided
on the web page didn't have the option to compile Java code, so I
couldn't do that.

Here are the details:
gcc -v:
  Reading specs from /home/minyard/gcc/install/lib/gcc-lib/i686-pc-linux-gnu/3.0/specs
  Configured with: ../gcc-3.0/configure --enable-threads=libc-lock --enable-java-gc=egc --prefix=/home/minyard/gcc/install
  Thread model: libc-lock
  gcc version 3.0

Although I have an unusual threads package and GC, I don't think that
would have any bearing on this problem.

Command to cause this to happen:
  gcj -c -O StackTraceConverter.java 

Any optimization level causes this, it doesn't segv if the optimizer is not
turned on.

Compiler output:
  StackTraceConverter.java: In class `StackTraceConverter':
  StackTraceConverter.java: In method `StackTraceConverter.getCurrentStackTrace()':
  StackTraceConverter.java:29: Internal error: Segmentation fault
  Please submit a full bug report,
  with preprocessed source if appropriate.
  See <URL:http://www.gnu.org/software/gcc/bugs.html> for instructions.


-Corey


import java.io.*;

public class StackTraceConverter {

    private static StringWriter stringWriter = new StringWriter();
    private static PrintWriter  printWriter  = new PrintWriter(stringWriter);
    private static Throwable    reusableObj  = new Throwable();

    public static synchronized String stackTraceToString(Throwable t) {
	StringBuffer buff = stringWriter.getBuffer();

	buff.setLength(0);

	try {
	    t.printStackTrace(printWriter);
	}
	catch (Exception e) {
	    printWriter.println("Unable to generate stack trace!");
	    printWriter.println("Exception: " + e.toString());
	}

	printWriter.flush();

	return buff.toString();
    }

    public static synchronized String getCurrentStackTrace() {
	return stackTraceToString(reusableObj.fillInStackTrace());
    }
}