similar to: Semi-shaped traffic

Dave, In a post to LARTC on 18 Sep 06 you said "I run MRTG on all outbound traffic". I''m a newbie with respect to mrtg. I have rrdtool and mrtg built on my Linux box but I have no SNMP so "nothing works". Could you please provide basic instructions for implementing mrtg with respect to traffic shaping? What is needed? Net-SNMP? OpenSNMP? If yes, what is SNMP used

Hi, I''ve a gateway host (cali), connected to the Internet via ADSL and a PPTP tunnel (ppp0). I also have a IPIP tunnel to another host over the Internet (mytun), nothing fancy. This is working perfectly. But I want to give more priority to the IPIP packets coming OUT of the PPP (PPTP connection) interface. And I can''t get this to work. Class 2:21 is the one with high

Hello list. I have been trying to figure this out on my own, but I guess I somewhat failed :) A linux router with external eth0 and internal eth1 acts as a gateway for a number of machines utilizing a partial T1 line (512kbps). Since the T1 is limited by hardware and by its nature to 64kbps per channel the most I can pump out of it is up+down < 512kbps. If a number of workstations amount to

Hi Guys, I have a little problem i dont understand why its happening, Initially i thought it was a network problem, but then i made a crossover between me and the server and shaped on that interface with as minimal as possible config this my test: $TC qdisc add dev $INTERFACE root handle 1: htb default 30 $TC class add dev $INTERFACE parent 1: classid 1:1 htb rate 10Mbit # POOL1 $TC class add

All, I am attempting to select all of the contiguous elements of a matrix that meet some criterion. I.e., values that would be contained within an irregular area defined by a "contour" applied around point of interest. So, if I have a matrix x as follows: > x <- matrix(rnorm(25), nrow=5, ncol=5,

Can anyone suggest an equivalent, for lattice graphs, of the base graphics argument bty="l"? NB that I am leaving off the box around the strip, with a strip function: stripfun <- function(which.given,which.panel, factor.levels=as.expression(levlist), ...){ panel.text(x=0, y=0.5, lab = as.expression(levlist[which.panel[which.given]]),