Monthly Archive:: January 2005

Optimize Debian packages for your system

Since the arrival of the very first versions of Gentoo, some people have announced that "Debian is good, but that's not optimized for ". And this is wrong, you are free to recompile software you use on Debian, using the apt system. Downloading a tarball, uncompressing it, running configure scripts and make install, is an easy task for every Linux user, but this is not adapted for the Debian package management system. Stow was a way which worked without too much effort, but compiled programs were not really integrated in the apt dependancies. The ultimate solution is to use apt-build to recompile a software already packaged for Debian. Read in English - Read in Portuguese (Brazilian)

Free Networking Book

Eugene Blanchard made his Introduction to Data Communications (also known as Introduction to Networking) available for free. The book covers a broad variety of topics such as RS-232, Ethernet, RF, TCP/IP and many other topics in its 63 chapters. This is a valuable reference and read for those just starting to understand networking and data communications as well as seasoned professionals in the field.

SoftPear Mac Emulation Preview Release

SoftPear is a user mode Mac OS X emulator for Linux. As the news on our site say, we have just released a Preview Release that can run some Mac OS X command line tools in Linux and FreeBSD. (The download includes the GPL'ed source, binaries for Linux, FreeBSD and Mac OS X, some test programs and a README.) We do this by with our Mach-O executable loader, PearPC's PowerPC interpreter core, and our libc wrapper. We hope to be able to run the complete Mac OS X "Quartz" UI on Linux, FreeBSD and Darwin/x86 one day, this way.

An Inexpensive Solution for Networked Computations

Problem: Even the most powerful PC’s become non responsive during resource-intensive computations, such as graphic design, media, image rendering and manipulating. The traditional solution has been to upgrade to a faster computer and throw more computing power at the problem to lessen the wait-time. But there's a simple solution that utilizes multiple machines, but without using grid/clustering. For now, this involves a hack, but how hard would it be for an OS vendor to streamline this process?