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Unix Insider
September 2000
Jim Mauro |
Scheduling in the user threads library User level threads in Solaris implement a priority scheme and queue-management system distinct from the kernel thread priorities and per-processor dispatch queues that exist in the kernel. This month, Jim Mauro lays the groundwork for discussion on the internals of the threads library, relative to scheduling and thread priorities.   |
Unix Insider
October 2000
Jim Mauro |
Scheduling in the user threads library, Part 2 How to make use of the scheduling policies available in POSIX threads... |
Unix Insider
December 2000
Jim Mauro |
Solaris 8 threads attributes A at Solaris 8's new features related to threads programming and thread APIs... |
JavaWorld
July 2002
Jeff Friesen |
Achieve strong performance with threads, Part 3 How priority relates to thread scheduling, how to use the wait/notify mechanism to coordinate the activities of multiple threads, and how to use Java's thread interruption capability to terminate a running thread. |
JavaWorld
July 2002 |
Study guide: Achieve strong performance with threads, Part 3 Glossary of terms... Tips and cautions... Homework... Answers to last month's homework... |
JavaWorld
May 2002
Jeff Friesen |
Achieve strong performance with threads, Part 1 Users expect programs to exhibit strong performance. To satisfy those expectations, your programs often use threads. This article begins a four-part series that examines threads. You receive an introduction to threads, explore the Thread class, and learn about runnables... |
Linux Journal
June 1, 2007
Dave Berton |
Asynchronous Database Access with Qt 4.x How to code around the default synchronous database access in Qt 4. |
Linux Journal
November 1, 2003
Robert Love |
The New Work Queue Interface in the 2.6 Kernel This article deals with the new work queue interface only, which was introduced during the 2.5 development series to replace the ailing keventd part of the task queue interface. |
JavaWorld
December 2000
John Zukowski |
Java threads: A comparative book review Java programs are multithreaded, whether you like it or not. This comparative review of six Java thread programming books will help you decide which books are the best read for learning the Java threading library and creating better technical solutions... |
JavaWorld
June 2002 |
Study guide: Achieve strong performance with threads, Part 2 Glossary of terms... Tips and cautions... Homework... Answers to last month's homework... |
JavaWorld
August 2002
Jeff Friesen |
Achieve strong performance with threads, Part 4 The author completes his exploration of threads by focusing on thread groups, volatility, thread-local variables, timers, and the ThreadDeath class. |
JavaWorld
April 2002
Ramnivas Laddad |
I want my AOP!, Part 3 How to use AOP and AspectJ to solve real-world problems by modularizing crosscutting concerns... |
JavaWorld
June 2002
Jeff Friesen |
Achieve strong performance with threads, Part 2 Developers sometimes create multithreaded programs that produce erroneous values or exhibit other strange behaviors. Odd behavior typically arises when a multithreaded program does not use synchronization to serialize thread access to critical code sections. What does it mean to serialize thread access to critical code sections? This article explains Java's synchronization mechanism, and two problems that arise when developers fail to use that mechanism correctly. |
JavaWorld
August 2000
Patrick Killelea |
Java threads may not use all your CPUs Tests to confirm symmetric multiprocessing (SMP) scalability of processes and Java threads on Sun hardware have revealed a serious problem in Sun's JDK 1.1.7 that can dramatically reduce the performance of your server-side Java applications. |
Linux Journal
May 2000
P. T. Breuer, A. Marin Lopez & Arturo Garcia Ares |
The Network Block Device A network block device (NBD) driver makes a remote resource look like a local device in Linux, allowing a cheap and safe real-time mirror to be constructed. |
JavaWorld
July 2000
Tarak Modi |
Lock on to an alternate synchronization mechanism How to create a reader/writer lock for multithreaded programming. That synchronization mechanism is useful if you don't want to prevent other threads from simultaneously reading a shared resource yet still want to allow only one thread to modify the resource... |
InternetNews
August 28, 2006
Andy Patrizio |
Intel: Multiple Tools For Multi-Core Development Moving to a multi-core world means applications will have to be written in a different manner, and as such, Intel has introduced three new utilities to make that process simpler. |
JavaWorld
June 6, 2003
Yexin Chen |
Customize SwingWorker to improve Swing GUIs This article discusses some negative consequences caused by SwingWorker usage and illustrates how to customize SwingWorker to achieve additional architectural design goals. |
JavaWorld
December 2001
Bill Pierce |
Diagnose common runtime problems with hprof Ever been a few days from releasing an application when testing reveals a memory leak or something causing the CPU to spin out of control? Few people realize that the Java 2 JDK provides a useful profiling tool called hprof, which you can use to diagnose these behaviors with minimal fuss... |
Linux Journal
August 2000
Michael A. Schwarz |
Take Command klogd: The Kernel Logging Daemon |
Unix Insider
December 2000
Peter Baer Galvin |
An evolution and a revolution Whether you're interested in understanding on a more advanced level how and why things work, or simply concerned with keeping your systems running smoothly, you'll find at least one of these books a useful and enjoyable read... |
InternetNews
August 15, 2007
Andy Patrizio |
Sun Gives Multithreading an RDBMS Feel Transactional memory will better protect data integrity by locking memory or data so only one thread can access it. |
JavaWorld
June 2002 |
Letters to the Editor Shouldn't Microsoft get credit where credit is due? How do you program a Java class file into an iPAQ? JavaWorld authors answers those questions and more. |
InternetNews
June 21, 2006
Sean Michael Kerner |
The Linux 2.6 Kernel: Cracking the Code A special report on the Linux kernel 2.6.17 summarizes the activity, its origins and where its going, in order to help readers gain a deeper understanding of the kernel, as well as Linux. |
