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Sounds like memory leaking.<br />
Debuging this is very hard, but try putting some memory statistic code in your source (if you have it) or check it in the system with some utility that shows which program uses how much memory.
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Sounds like memory leaking.
Debuging this is very hard, but try putting some memory statistic code in your source (if you have it) or check it in the system with some utility that shows which program uses how much memory.

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what about implementing Thread pool ?
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I have an client server application both written in java. Client is a Swing based GUI application. Server continuously pushes some data to client using TCPIP sockets at the very high rates. Every time when client receives a push, it creates a new thread. In the new thread, it updates a table model (A table is displayed on the client). The new thread dies after that. <br />
All this works fine. But after running for couple of hours (around 10 to 15 hours), I get a crash in javaw with exception violation. I am running both the applications on Windows NT 4.0 and using JDK 1.2.2<br />
Any clue that what might be the problem or what might be the good way to find (debug) the problem. <br />
Thanks for any response,<br />
Pankaj<br />

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I have an client server application both written in java. Client is a Swing based GUI application. Server continuously pushes some data to client using TCPIP sockets at the very high rates. Every time when client receives a push, it creates a new thread. In the new thread, it updates a table model (A table is displayed on the client). The new thread dies after that. 
All this works fine. But after running for couple of hours (around 10 to 15 hours), I get a crash in javaw with exception violation. I am running both the applications on Windows NT 4.0 and using JDK 1.2.2
Any clue that what might be the problem or what might be the good way to find (debug) the problem. 
Thanks for any response,
Pankaj


Crash in javaw

Java is a platform-independent, object-oriented programming language and run-time environment, designed to have as few implementation dependencies as possible such that developers can write one set of code across all platforms using libraries. Most devices will not run Java natively, and require a run-time component to be installed in order to execute a Java program.