search for: clasifier

Alejandro, So, i did try the script that you give to me, and the problems its continues.- Maybe the problem was in the IPTABLES rules, i attach the complete script below: ##################### ifconfig imq0 up tc qdisc add dev imq0 handle 1: root htb default 30 tc class add dev imq0 parent 1: classid 1:1 htb rate 500kbit ceil 2000kbit tc class add dev imq0 parent 1:1 classid 1:10 htb rate

Hey Andreas, how i catch this traffic using L7 filter?, i´ve installed l7 filter now, but i don´t kwnow to use the kind of filter...!!! Can you help me? Thx.- Terraja-based 2007/4/29, lartc-request@mailman.ds9a.nl <lartc-request@mailman.ds9a.nl>: > > Send LARTC mailing list submissions to > lartc@mailman.ds9a.nl > > To subscribe or unsubscribe via the World

I think I''ve found a mistake in the http://www.shorewall.net/ipp2p.html documentation. I''ve been trying to get traffic shaping working on the p2p traffic (Using ipp2p and wonder shaper) and lossing clumps of hair in the process. I followed the web page documentation but the "tcpost" rule that clasifies the packet and actually starts the "castration"

hi list, I'm having trouble with a new setup. My server is running postfix (2.5.5), dovecot (1.1.7), dspam (3.8.0). These all seems to work with eachother. When I add dovecot-antispam in the mix, the following problem occurs: New mail arrives, postfix hands the mail to dspam using a content_filter, and dspam clasifies the mail, running as the dspam user. Dspam writes its data away in a

Hi folks, I`ve a problem to use HTB and SFQ. The first script, below, to show a simple configuration, does work fine...!!! But, in the second example, does not work, becouse i put more code to clasify the traffic by protocol, http and ftp in this case. Somebody can tell me the errors? Thx, in advance.- NOTICE: IMQ device is to asociate with ETH1 my external iface. SCRIPT que funciona:

>Alen, > > : can i add HTB rule on virtual interface? > : example: eth0:0 > >First, it''s not really a virtual interface--it''s just a convention from the old days of IP aliasing to have names like eth0:0. > The IP exists and is active on an interface, eth0 in your case. > The short answer is "no". Traffic control occurs just prior to the

https://bugzilla.netfilter.org/show_bug.cgi?id=909 Summary: nat destroy packet mark Product: netfilter/iptables Version: unspecified Platform: x86_64 OS/Version: Debian GNU/Linux Status: NEW Severity: blocker Priority: P5 Component: NAT AssignedTo: netfilter-buglog at lists.netfilter.org

...ave lots of ''flows'' and can thus take up a larger share of the bandwidth than a system having only a single active connection. The ''flow'' classifier (module cls_flow) works around this by letting you define what a ''flow'' is. The clasifier must be used carefully or it can block off all traffic on an interface! To use the ''flow'' classifier, you specify ''flow=<keys>'' in the OPTIONS column of an HTB leaf class (one that has no sub-classes). I recommend that you use the following...

Hi Roy, It seems that I wasn''t clear. Lets give an example. I have a machine with a single ethernet interface, with two IP addresses A and B. This is done using two virtual interfaces. A is my IP address in ISP-A. B is my IP address in ISP-B. The physical line to ISP-A is 1.5Mbps. The physical line to ISP-B is 256kbps. I want to shape the traffic so that, for example, HTTP traffic

Hello list, I discover strange behaviour of shaping traffic that i setup from Shorewall-4.0.2. I know that this is not Shorewall problem but may be somebody from list can help me or explain this situation. I have follow interfaces in 'tcdevices' files: #INTERFACE IN-BANDWITH OUT-BANDWIDTH # $EXT_IF 500kbit 248kbit $INT1_IF 500mbit

...ers (one-against-one-method) and then uses a voting mechanism to determine the actual class. Now, this means k(k-1)/2 classifiers, hence in principle k(k-1)/2 sets of SV's, coefficiants and rhos. These are stored in a compressed format: 1) Only one SV is stored in case it were used by several clasifiers. The model$SV-matrix is ordered by classes, and you find the starting indices by using nSV (number of SV's): start <- c(1, cumsum(model$nSV)) start <- start[-length(start)] sum(nSV) equals the total nr. of (distinct) SVs. 2) The coefficients of the SV's are stored in the model$coe...