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hello everyone!

I am looking for 2 mid-senior level.net developers. C# skills and sql
coding/sql server experience is required. One of the locations is in
Highlands Ranch near Inverness and the other is off of I-25 and
Broadway. If you or anyone you know is interested please get in touch
with me. Thanks!

Brittney Pusheck
bpusheck@acgii.com

Hi all!
This is most certainly a total newbie question, but why doesn't the
following code cause a segfault?

hello:

I wrote a simple program which does simple math loop and I am testing
under dual core processor

systm1:
intel dual core laptop ; windows xp os
when I spawn of two threads in windows (both under visual c and cygwin
cc) the program behaves as expected.
in single thread mode the time is 2x and clearly one of hte one do of
the processor is being utilized

system2:
amd 4200x2 desktop ubuntu hardy 8.04
here actually the single thread gets slightly better performance. in
multi thereaded both the cpu's are 100%% utilized. but even in single
threaded both the cpu's are alternatively being used 50/100 %%!!

gurus:
any idea why the linux system (i am assuming the difference is due to
OS) is behaving differently?

here is the simple code

I want the GUI of the spinoza system to not piss me off with the
usual
type of progress reporting one sees: the flashy, colorful, and
utterly
uninformative gizmos that go back and forth and round and round until
who knows when.

Therefore, the following C Sharp .Net code constitutes a theory of
progress reporting.

I claim that any fixed-count (limit available at run time before the
start) for loop can be monitored by considering it as the attempt to
accomplish a TASK, the accomplishment of which involves only the
processing of zero, one or more ENTITIES with an ENTITY COUNT. The
actual user (the person running the program) needs to see at what
rate
processing runs.

Each time through the loop, we are at a specific ENTITY NUMBER.

Progress and velocity can then be modeled visually by means of a
histogram such that:

I want the GUI of the spinoza system to not piss me off with the usual
type of progress reporting one sees: the flashy, colorful, and utterly
uninformative gizmos that go back and forth and round and round until
who knows when.

Therefore, the following C Sharp .Net code constitutes a theory of
progress reporting.

I claim that any fixed-count (limit available at run time before the
start) for loop can be monitored by considering it as the attempt to
accomplish a TASK, the accomplishment of which involves only the
processing of zero, one or more ENTITIES with an ENTITY COUNT. The
actual user (the person running the program) needs to see at what rate
processing runs.

Each time through the loop, we are at a specific ENTITY NUMBER.

Progress and velocity can then be modeled visually by means of a
histogram such that:

histogramDimension/maxHistogramDimension = entityNumber/
entityCount

Solving for histogramDimension each time the "progress" handler runs:

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