![]() What is relevant is whether the dns-client service can resolve names. This may be fixable by changing the interface order but its rarely important. That's why it works when you specify the ip of the reachable server. Actually your tests do show that default dns server used by nslookup is not the one on thetap interface. Also the default server that nslookup uses may not be the one you really want it to use. Nslookup opens a connection to port 53 on the sepcified server while the dns-client service uses interface-specific dns servers one after the other (or in parallell on some versions - win10?). Packets: Sent = 4, Received = 4, Lost = 0 (0% loss), TAP interface has automatic metric set.Push "route-metric 5" is set on server configuration.ġ0.0.0.16 - DNS server (internal and proxy) I had that problem on 2.3 versions and 2.4 as well. Please look at my print route and ping commands and look at the metric in both cases. On my windows 7 laptop its 20 which makes sense as the tap driver declares a 100 mbps interface for which Windows would choose 20. The interface metric for TAP adapter is currently assigned automatically, I suppose. The addition of route and interface metric is done dynamically, so if you change the interface metric using netsh or an API call from say 20 to 10, the metric of all routes set on that interface will automatically decrease by 10. I could not access the forum post but the netsh command you mentioned changes the interface metric and affects all routes on that interface. For example, if the interface metric is 20, you will get 25 in the above case. On Windows the route metric has to be always greater than or equal to the interface metric so the number specified in this call is the metric offset: the metric you see in 'route print' will be this number the metric of the underlying interface. ![]() What the service actually does is to call CreateIpForwardEntry2(.) with the specified prefix, nexthop (gateway) and metric. It is also possible to have Visual IP Trace read a text file of IP's addresses, domains and urls and perform traces in the same way.C:\WINDOWS\system32\route.exe ADD 10.10.10.0 MASK 255.255.254.0 10.10.11.129 METRIC 5Īre purely informational or what would have been executed if the route-method was exe. Visual IP Trace will output the results into a file of your choosing. Visual IP Trace will perform the traces in the background so you can get on with other things whilst it is doing them. The batch tracing feature allows you to trace lots of IP's, domains or URL's in one go. With the growing number of phishing Web sites and scams Visual IP Trace is the ideal tool for verifying the legitimacy and when coupled with e-mailTrackerPro can further safeguard you. Also included is a start bar toolbar which users can simply type in any domain/host at any time and initiate a trace. Users with Internet Explorer get a Visual IP Trace add on for one click tracing. We have made Visual IP Trace quick and easy to access when browsing the web. In addition, by seeing the actual route path to the destination point, the locations of last few network hops provide valuable clues to the end-point's true location. Visual IP Trace's unique IP address location technology provides a much higher level of accuracy by identifying the actual physical city and country location of servers and routers, key forensics information for investigating hackers or suspects. Knowing where a suspect intruder is located, where a malicious e-mail originated, or validating the location of a Web site is key information to identify security threats, track and report abusers. Trace and report hackers, investigate web sites with Visual IP Trace.
0 Comments
Leave a Reply. |