similar to: [Bridge] Sniffing a linux bridge vs sniffing enslaved interfaces

I can think of several potential differences. ?You may miss any bridge specific traffic (STP, LLDP) using the interfaces generated by the bridge itself. If you have vlan tagged sub interfaces you might also miss that traffic if you were snooping a particular interface. Obviously you will miss any on-wire broadcast traffic specific to the layer1 connection a particular interface was connected to

Hello, LLDP is more and more available on various network elements (endpoint, switches, ...). It seems to ease network configuration. Do you have any experience with it ? How would you rate LLDP ? Regards -------------- next part -------------- An HTML attachment was scrubbed... URL: http://lists.digium.com/pipermail/asterisk-users/attachments/20091124/fce6307c/attachment.htm

Ok assuming I don't want to record calls using * but instead want a dedicated server that listens to a mirror port and records calls. Is there a cheap software package out there for doing this for mgcp/sccp? I know if evern cut over to * there is a way but I doubt I will even cut 100% over to * so I was wonder what the list has heard of for call recording via sniffing my gates. I know there

Hello, I am trying to understand how Tor protect to ISP sniffing in proxy. I suppose this steps: 1) Dowload Tor software, software should signed or downloaded from SSL site. 2) Computer software verify that software is not modified, and install it. 3) Vidalia starts tunnel, At this point how keys are exchanged? ... -- -- Devel in Precio http://www.pas-world.com

Hi everyone, I'd like to set up the RSA keys for the IAX registration, but have a couple of Q's. I have the manual and can follow the instructions, but I want to understand the limitations. First, understand there will be a central Asterisk (which has the private key?) and several remote Asterisks (which are as automated as possible, and each have the same public key?). We

Dear All, After having overcome the issue of legends (thanks, Thierry, once more), I am trying to use facetting, but here also I can not find how to do this. I do not want to use qplot, but rather the more flexible options. However, it seems I am doing still something pretty stupid, because I always get an error, even if it seems I am doing everything like the examples. My code is below.

What is the maximum number of devices that can be enslaved in a bridge interface? I have tried enslaving 512 devices. Although the brctl tool did not complain while adding them, when I use brctl show command it only shows 255. Thanks

I have a bridge br0, it enslaves two NICs: eth0 and eth1. By using "cat /proc/net/dev ", i can see the Rx/Tx packets and bytes through each interface. just like this: [* time tick 1 *] Inter-| Receive | Transmit face |bytes packets errs drop fifo frame compressed multicast|bytes packets errs drop fifo colls carrier compressed

Hi, This series of patches contains the second part of an initial implementation of the IEEE 802.1Qbg standard: code for the exchange of VDP VSI TLVs between a host with virtual machines and an adjacent switch. VDP profiles consisting of mode,mgrid,typeid,typeidversion,instanceid,mac,vlan can be given to lldpad with lldptool. A way to deliver profiles to lldpad from libvirt using netlink

Hi, This series of patches contains the second part of an initial implementation of the IEEE 802.1Qbg standard: code for the exchange of VDP VSI TLVs between a host with virtual machines and an adjacent switch. VDP profiles consisting of mode,mgrid,typeid,typeidversion,instanceid,mac,vlan can be given to lldpad with lldptool. A way to deliver profiles to lldpad from libvirt using netlink

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, This set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, This set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hi, this set of patches contains the initial implementation of the IEEE 802.1Qbg standard: code for the exchange of EVB TLVs in LLDP frames to negotiate VSI capabalities as well as VDP VSI TLVs between a host with virtual machines and an adjacent switch. It supports setting the parameters of the TLV exchange from the command line using lldptool. VDP profiles consisting of

Hello all, I want to sniff all these info to test a sip ip phone talking to a asterisk server. I have used tcpdump, but It just shows the UDP, length: 602 Anyway to see the sip uri. Host info? Regards, Dinesh. -------------- next part -------------- An HTML attachment was scrubbed... URL:

Hi, In a libvirt/KVM setup, what is the best way to prevent untrusted guest machines from (a) sending packets with a sender address different from their own and (b) reading packets not intended for them? Note that guests may have any number of IP addresses they are allowed to use legitimately. Guido -- Too much multitasking isn't good for you.