G
Gordon Darling
http://lkml.org/lkml/2004/1/25/96
Date Sun, 25 Jan 2004 21:35:18 +0200
From Dan Aloni <>
Subject [ANNOUNCE] Cooperative Linux
Hello fellow developers, kernel hackers, and open source contributors,
Cooperative Linux is a port of the Linux kernel which allows it to run
cooperatively under other operating systems in ring0 without hardware
emulation, based on very minimal changes in the architecture dependent
code and almost no changes in functionality. The bottom line is that it
allows us to run Linux on an unmodified Windows 2000/XP system in a
practical way (the user just launches an app), and it may eventually bring
Linux to a large sector of desktop computer users who wouldn't even care
about trying to install a dual boot system or boot a Linux live CD (like
Knoppix). Screen-shots and further details at:
http://www.colinux.org
Our motto is:
"If Linux runs on every architecture, why should another operating system
be in its way?"
coLinux is similar to plex86 in a way that it implements a Linux-specific
lightweight VM with I/O virtualization. However, it is designed to be
mostly host-OS independent, so that with minimal porting efforts it would
be possible to run it under Solaris, Linux itself, or any operating system
that supports loading kernel drivers, under any architecture that uses an
MMU. Unlike other virtualization methods, it doesn't base its
implementation on exceptions that are caused by instructions. Cooperative
Linux is like the kernel mode equivalent of User Mode Linux. It relies on
the host OS kernel-space interfaces rather than relying on host OS
user-space interfaces.
Currently, it is stable enough (on some common hardware configurations)
for running a fully functional KNOPPIX/Debian system on Windows (see
website screen-shots).
Another project close to achieving that goal is the Windows port of User
Mode Linux (http://umlwin32.sf.net).
Project page:
http://sourceforge.net/projects/colinux
Thank you for your time,
- The coLinux development team.
This Open Source project is sponsored and produced by AIST, 2004
http://www.aist.go.jp/
Regards
Gordon
Date Sun, 25 Jan 2004 21:35:18 +0200
From Dan Aloni <>
Subject [ANNOUNCE] Cooperative Linux
Hello fellow developers, kernel hackers, and open source contributors,
Cooperative Linux is a port of the Linux kernel which allows it to run
cooperatively under other operating systems in ring0 without hardware
emulation, based on very minimal changes in the architecture dependent
code and almost no changes in functionality. The bottom line is that it
allows us to run Linux on an unmodified Windows 2000/XP system in a
practical way (the user just launches an app), and it may eventually bring
Linux to a large sector of desktop computer users who wouldn't even care
about trying to install a dual boot system or boot a Linux live CD (like
Knoppix). Screen-shots and further details at:
http://www.colinux.org
Our motto is:
"If Linux runs on every architecture, why should another operating system
be in its way?"
coLinux is similar to plex86 in a way that it implements a Linux-specific
lightweight VM with I/O virtualization. However, it is designed to be
mostly host-OS independent, so that with minimal porting efforts it would
be possible to run it under Solaris, Linux itself, or any operating system
that supports loading kernel drivers, under any architecture that uses an
MMU. Unlike other virtualization methods, it doesn't base its
implementation on exceptions that are caused by instructions. Cooperative
Linux is like the kernel mode equivalent of User Mode Linux. It relies on
the host OS kernel-space interfaces rather than relying on host OS
user-space interfaces.
Currently, it is stable enough (on some common hardware configurations)
for running a fully functional KNOPPIX/Debian system on Windows (see
website screen-shots).
Another project close to achieving that goal is the Windows port of User
Mode Linux (http://umlwin32.sf.net).
Project page:
http://sourceforge.net/projects/colinux
Thank you for your time,
- The coLinux development team.
This Open Source project is sponsored and produced by AIST, 2004
http://www.aist.go.jp/
Regards
Gordon