Description:
Systems based on MIPS chips.
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MicroXwin- Smallest and fastest X windows
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Hello Developers, We have a new release (1.8 ) of MicroXwin- Our high performance X windows implementation. This release includes: 1. Several bug fixes and performance improvements. 2. Keyboard and Mouse handling is implemented directly in the kernel without need for user space helper application.... more »
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MicroXwin- Smallest and fastest X windows
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Hello Developers, We have a new release (1.6 ) of MicroXwin- Our high performance X windows implementation. This release includes: 1. Several bug fixes and performance improvements. 2. Support for XRender extension. 3. Xlib support for Cursor themes and Animated cursors. Gtkperf benchmark on Debian 5 shows a whopping 66% speed improvement... more »
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mips-gcc: No include path to stdio.h
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Hello, I would greatly appreciate if someone could provide a hint on how to make my mips-gcc work. After failing to build a gcc cross-compiler myself I downloaded a binary version from UC Berkeley CS162 site (x86.linux) and made sure all executables are in the PATH. However I am missing some link to glibc (all related RPMS are installed).... more »
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MicroXwin- Smallest and fastest X windows
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Hello Developers, We have a new release of MicroXwin - our high performance X windows implementation. MicroXwin now supports X Shape extension used by several window managers such as Kwin in KDE. Demo is available for Debian 5 and Slackware 12.2. Please visit [link] for more information.... more »
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Porting Linux (mips) timer interrupts to newer kernel
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Hi, I would like to ask for assistance with Linux (mips cpu) timer interrupt. I'm trying to port Linux from 2.6.10 kernel to 2.6.23. At the 2.6.10, we called to set_except_vector(0, dispatcher). Any interrupt caught and forwarded by the dispatcher as required (include the timer interrupts). Now, on the 2.6.23 I could use a similar routine (plat_irq_dispatch)... more »
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MIPS - compiling relocatable code with SDE-GCC
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Hi, I'm using SDE-GCC to compile programs that runs on "bare iron" (i.e. no operating system). I would like to be able to create programs ("executables") that can be loaded to arbitrary addresses on RAM and run from there. I used to compile and run successfully such kind of programs on ARM processor (with different tool-chain of course) where the program was... more »
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