 Programming Java threads in the
real world, Part
1 - JavaWorld -
September 1998
Programming Java threads in the
real world, Part
1 - JavaWorld -
September 1998
|
Programming Java threads in the
real world, Part
2 - JavaWorld -
October 1998
Programming Java threads in the
real world, Part
2 - JavaWorld -
October 1998
|
Programming Java threads in the
real world, Part
5 - JavaWorld -
February 1999
Programming Java threads in the
real world, Part
5 - JavaWorld -
February 1999
|
Programming Java threads in the
real world, Part
8
Programming Java threads in the
real world, Part
8
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Programming Java threads in the
real world, Part
9 - JavaWorld
June 1999
Programming Java threads in the
real world, Part
9 - JavaWorld
June 1999
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Use the JVM
Profiler Interface for accurate timing -
JavaWorld
Use the JVM
Profiler Interface for accurate timing -
JavaWorld
|
Java threads may not use all your CPUs - JavaWorld August 2000
Java threads may not use all your CPUs - JavaWorld August 2000
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Master Merlin's new I/O classes
Master Merlin's new I/O classes
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Achieve strong performance with threads,
Part 1
Achieve strong performance with threads,
Part 1
|
Achieve strong performance with threads,
Part 2
Achieve strong performance with threads,
Part 2
|
Java Tip 132: The
taming of the thread
Java Tip 132: The
taming of the thread
|
Tracing in a multithreaded, multiplatform environment
Tracing in a multithreaded, multiplatform environment
In \"Use a consistent trace system for easier debugging,\" Scott Clee showed you how to trace and log from a custom class to provide a consistent tracing approach across your applications. This approa
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Fixing the Java Memory Model, Part 2
Writing concurrent code is hard to begin with; the language should not make it any harder. While the Java platform included support for threading from the outset, including a cross-platform memory model that was intended to provide \"Write Once, Run Anywh
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Asynchronous IO for Java
What is Asynchronous IO for Java?
Asynchronous IO for JavaTM (AIO4J) is a package that provides the capability to perform input and output (IO) on sockets and files asynchronously -- that is, where the Java application can request the operation but can
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The ABCs of Synchronization, Part 1
Threads may execute in a manner where their paths of execution are completely independent of each other. Neither thread depends upon the other for assistance. For example, one thread might execute a print job, while a second thread repaints a window. And
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ehcache
Overview
Ehcache is a pure Java, in-process cache with the following features:
Fast
Simple
Acts as a pluggable cache for Hibernate 2.1.
Small foot print. Both in terms of size and memory requirements.
Minimal dependencies.
Fully documented. S
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Advanced Synchronization in Java Threads
In this chapter, we look at some of the more advanced issues related to data synchronization--specifically, timing issues related to data synchronization. When you write a Java program that makes use of several threads, issues related to data synchronizat
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Memory Contention in J2EE Applications for Multiprocessor Platforms
Memory Contention in J2EE Applications for Multiprocessor Platforms.
With the need for highly scalable J2EE applications in the enterprise environment, parallel processing of threads is required on multi-processor platforms. The memory requirements in th
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Understanding MIDP System Threads
Describes the multi-threaded aspects of the J2ME application environment. Understanding the interactions between systems threads, user-interface and application threads will help in avoiding MIDlet deadlock.
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Pool resources using Apache's Commons Pool Framework
Resource pooling is not new and is being widely used to conserve and optimize the usage of resources like threads, sockets, and database connections. Web server implementations routinely use thread pool implementations for performance and scalability reas
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