Gogo reimplementation of cfront.
i'm pretty sure c++ has advanced to the point where
the cfront implementation technique is unworkable.
The Comeau C++ compiler [1] uses the cfront technique, doesn't it? It is
supposed to be very standards-compliant.
[1] http://www.comeaucomputing.com
--
Erik Quanstrom wrote:
On Wed Mar 25 16:39:16 EDT 2009, cmbran...@cox.net wrote:
The Comeau C++ compiler [1] uses the cfront technique, doesn't it? It is
supposed to be very standards-compliant.
[1] http://www.comeaucomputing.com
where do they claim this? i see a claim that they
J.R. Mauro writes:
Two things. First, I had to include linux/jiffies.h to get this to
build on my machine with 2.6.28 and second, do you have any plans to
get this accepted upstream?
Thanks for the report. This is fixed in the latest code, available from
the same URL:
I wrote a module that emulates Plan 9's /dev/time under Linux.
Reading /dev/time yields 4 decimal numbers: seconds since start of epoch,
nanoseconds since start of epoch, jiffies since boot, and jiffies per second.
As with Plan 9, one can set the clock by writing a decimal number to the
device.
I wrote a really simple program, forktest.c.
Next, I performed some experiments using this program. Fork is faster
for statically linked executables. It becomes slower as more libraries
are added to a dynamically linked executable.
These tests were done on an x86 machine running Linux.
Here is a
Last night I downloaded 9vx. It works fine from a terminal, using
the following invocation:
../9vx.Linux -g -u glenda
where -g is the option to run sans GUI.
This has one or two complications. There is no way to interrupt or kill
the foreground process. Instead, ctrl-c interrupts 9vx itself.
[EMAIL PROTECTED] (Pietro Gagliardi) writes:
In pseudocode:
when mouse has not been moved for at least 1 second
find cursor position
if cursor has moved
*SNIP*
Any technical problems with this approach?
I think there is an easier way to do screen reading
Dave Eckhardt writes:
The good news is that the system, and each part of it,
is small, so if you don't like something it can be
replaced. Unlike Windows or Unix, where you can't
do much about the windowing system, in Plan 9 you
really can replace it and it's not that much code.
Quite a few
