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Introduction to MIR-OS

MIR-OS is a 32-bit multi-tasking GPL Operating System for the i386+ developed completely from scratch by a group of programmers in India. Some of the OS's features include full software multi-tasking, Memory Management (slab allocator), Modularized kernel (ELF module support), Semaphores, FAT12 filesystem, VESA graphics and many other features. Currently the OS is in version 0.0.4.

eMbedded Visual C++ 4.0 SP3 Released

eMbedded VC++ 4.0 SP3 merges the functionality of eMbedded VC++ 4.0 SP1 and eMbedded VC++ 4.0 SP2 and enables development using a single development machine to target Windows CE 4.0, 4.10 or 4.20 Platforms. eVC4 SP3 installation includes previously released QFEs for eMbedded VC++ 4.0. After you install this, you might also wanna get the Pocket PC 2003 emulator and the Smartphone emulator which run on top of eMbedded VC++ 4.0.

Constructing Red Hat Enterprise Linux v. 3

"Putting together a Linux distribution gets a lot more complicated when stacks of requirements start arriving from hardware vendors and other partners. Throughout this article, the focus is on how the release was put together. This article primarily discusses the development of the kernel used in Enterprise Linux v. 3. The kernel is only a fraction of an overall distribution, the portion that controls the underlying hardware and system resources." Read the rest at LinuxJournal.

SGI Unveils Systems Running on Single Linux Kernel Up To 256 CPUs

In an industry first, Silicon Graphics today announced the worldwide availability of SGI Altix systems running up to 256 Intel Itanium 2 processors within a single instance of the Linux operating system. The record-breaking accomplishment is the end result of an international Altix beta program originally targeted to achieve just half the scalability of today's 256-processor milestone.

Design cross-platform Java UIs with native performance

Can you write Java code that compiles across several platforms but still performs as fast as native code? This is a problem that has vexed Java developers, particularly when it comes to applications with complex UIs. This article proposes an interesting solution to this problem. You'll learn how to use JNI to access SLIK, a cross-platform C API that offers native performance on both Windows and UNIX. The JNI APIs demonstrated in this article will help you write skinned GUIs that run under both Linux and Windows with no code changes.