Ok, I have seen the problem on my machine
(after removing export ANT_OPTS="-Xms200m -Xmx1000m"
from my .bashrc file).
I tryed to make a solution that required less memory but it did not
work.
So I pulled the local property impl (for the moment).
Jose's solution is possibly the way to go at the mome
--- Peter Reilly <[EMAIL PROTECTED]> wrote:
> Is this a specific test, or is it all the tests?
>
> Peter
Peter, it's when running the full suite; it's an
accumulation problem. Mine usually dies around
oata.taskdefs.F* , usually FixCRLFTest but sometimes
FilterTest, and Martijn also mentioned E
Martijn Kruithof wrote:
I can see from traces I added to the code that thousands of
LocalPropertyStacks
are created via the |InheritableThreadLocal|, hundreds of them seem to be
never cleaned up, at the same time the number of threads remains more
or less
constant. When rolling back the last two
Implementation seems strange. Usually thread local objects are used as
following:
private static ThreadLocal threadLocalProperties=new
InheritableThreadLocal(); // notice "static" there
public static ThreadLocalProperties getLocalProperties() { // static too
ThreadLocalProperties
properties=(
You said they are created via the ITL get()? So does
it look like there are lots of Threads but when they
did their ITLs instances aren't getting cleaned up? Or
does it rather look like we are creating more
LocalPropertyStacks than necessary?
-Matt
--- Martijn Kruithof <[EMAIL PROTECTED]> wrote:
I can see from traces I added to the code that thousands of
LocalPropertyStacks
are created via the |InheritableThreadLocal|, hundreds of them seem to be
never cleaned up, at the same time the number of threads remains more or
less
constant. When rolling back the last two commits (local propertie
I usually update at least every morning, and I was
running ant test yesterday evening... 20 hours ago,
without this. I would put the offending change
sometime within the last 28 hours... also, it looks
like an accumulation, rather than a problem with a
specific test. The most widely applicable co
