On the 0x205 day of Apache Harmony Geir Magnusson, Jr. wrote:
So, with
public class Test implements Runnable {
static int i = 0;
public void run() {
try {
Thread.sleep(1);
} catch (Throwable e) { e.printStackTrace();
}
}
Gier,
I do some experiments on this issue.
It is funny, but it is reproduced only by ubuntu user that logged to console.
It does not reproduce on SuSe at all.
Following sequence is more funny : ))
[EMAIL PROTECTED] java Test
fail ... on 370
[EMAIL PROTECTED] su - kna
[EMAIL PROTECTED] java Test
Artem Aliev wrote:
Gier,
I do some experiments on this issue.
It is funny, but it is reproduced only by ubuntu user that logged to
console.
It does not reproduce on SuSe at all.
This is related to my instinct that there's something weird about Ubuntu
and memory. Remember the fork()
Geir,
I am running Test.java on windows with an svn revision from late last week.
Right now, it is at Iteration: 140 and still going. Because of MMTk
porting, GCV4.0 is configured in. Perhaps you can try with GCV4.0 to narrow
down where the bug is?
On 17 Oct 2006 16:14:58 +0700, Egor
-Dvm.finalize=off also help :)
On 10/17/06, Weldon Washburn [EMAIL PROTECTED] wrote:
Geir,
I am running Test.java on windows with an svn revision from late last week.
Right now, it is at Iteration: 140 and still going. Because of MMTk
porting, GCV4.0 is configured in. Perhaps you can
No way - I shouldn't have to any extra stuff to create more than 340
threads before DRLVM falls over.
I'm convinced there's something odd about Ubuntu...
geir
Artem Aliev wrote:
-Dvm.finalize=off also help :)
On 10/17/06, Weldon Washburn [EMAIL PROTECTED] wrote:
Geir,
I am running
The same for GCv4.1 (on Windows). More then 150 and counting.
--
Ivan
On 10/17/06, Weldon Washburn [EMAIL PROTECTED] wrote:
Geir,
I am running Test.java on windows with an svn revision from late last week.
Right now, it is at Iteration: 140 and still going. Because of MMTk
porting,
So, with
public class Test implements Runnable {
static int i = 0;
public void run() {
try {
Thread.sleep(1);
} catch (Throwable e) {
e.printStackTrace();
}
}
Test() {
new Thread(this).start();
}
public static
