On my Ubuntu system it was 755 by default and, as expected, returned MAC
address data as root, but not as a non-privileged user. If I chmod ug+s the
binary, non-priv users suddenly get MAC data as well. None of this explains
why root would ever *not* receive MAC data, however.
If it helps an nma
> You're sure the base nmap executable binary bits are the same so
> it's something specific to the failing machine, yes?
D'oh! This is what happens when going from window to window while typing
replies -- sometimes one xterm looks an awful lot like another. You
nailed it: somehow, nmap on the f
> Went to move it to a different machine, though, and lo! Stopped
> dead. Digging deeper, I found that nmap -- which I'm calling
> (in large part because it keeps track of vendor MAC associations)
> isn't returning MACs. I brought over the executable from machine
> A (functioning) to machine B
Hey, all. I'm writing up a script to do auto-provisioning on Asterisk,
and it works great thus-far. Went to move it to a different machine,
though, and lo! Stopped dead. Digging deeper, I found that nmap -- which
I'm calling (in large part because it keeps track of vendor MAC
associations) isn'
> My first question is, does anyone know how nproc is calculated?
> I have seen some issues lately where the limits.conf hard limit
> is imposed, but the user hasn't exceeded the number of processes.
Don't forget that multithreaded processes (Java, WWW browsers, etc)
might bump you up against yo
A decent writeup about how/why Red Hat changed the way they
distribute kernel patches:
http://www.linux-mag.com/id/8414/
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Hi all,
I have some questions about kernel calculations and number of
processes. First, the specs: Rhel 5 running 2.6.18-238.el5
My first question is, does anyone know how nproc is calculated? I
have seen some issues lately where the limits.conf hard limit is
imposed, but the user hasn't exceede
