Rival messaging services have their own protocols, some based on open standards, others proprietary, each effectively fulfilling the same role with different mechanics. Unlike HTTP, however, YMSG is a proprietary protocol, a closed standard aligned only with the Yahoo! messaging service. In essence, YMSG performs the same role for Yahoo!'s IM as HTTP does for the World Wide Web.
WHAT PORT DOES FIRSTCLASS CLIENT USE SOFTWARE
Now your windows will use DNS specified in shrew vpn nic when you use vpn connection.The YMSG protocol provides a language and series of conventions for software communicating with Yahoo!'s Instant Messaging service. HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Class\ However if for instance you use Shrew vpn client – you will not have any nics. So you go Network and sharing centre -> Change adapter settings -> Advanced -> Advanced settings -> and you move UP the nic with DNS you’d like to USE. Only if you see the nic that is reponsible for your VPN client you can use graphical way to point windows what dns server (that is specified on a particular nic) you’d like to use. But you can use it ONLY when you have NIC in control panel – network and sharing center – change adapter settings – list of nics The answer from qwerty2010 is right and correct. We especially need it when we use VPN clients. The question is – From what depends what DNS server windows choose to use and how we can change it.
WHAT PORT DOES FIRSTCLASS CLIENT USE PC
So you see the server that your PC actually use Do you know what DNS server will be used at last? If you have several network cards and if if specify DNS server in each of them. I’ve spent a day trying to figure it out.
The preferred adapter in step 1 being the adapter that’s listed first in the binding order.
If it the DNS Client service does not receive a response from any DNS server, the DNS client sends the query to all DNS servers on all adapters that are still under consideration and waits eight seconds for a response. If the DNS Client service still does not receive a response from any DNS server, it sends the name query to all DNS servers on all adapters that are still under consideration and waits four seconds for a response. If the DNS Client service does not receive a response from any DNS server within two seconds, the DNS Client service sends the query to all DNS servers on all adapters that are still under consideration and waits another two seconds for a response. If the DNS Client service does not receive a response from the first DNS server within one second, it sends the name query to the first DNS servers on all adapters that are still under consideration and waits two seconds for a response. The DNS Client service sends the name query to the first DNS server on the preferred adapter’s list of DNS servers and waits one second for a response. The DNS Client service queries the DNS servers in the following order: To expand on my answer, citing the article that Evan linked, here is an excerpt from said article: You can verify it by changing the binding order of the various NIC’s and running nslookup as a test. If I’m not mistaken, it’s determined by the NIC binding order in the Advanced Settings in the network connections folder.
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