In Microsoft Windows Server 2003, you run the ipconfig /displaydns command to display the content of the DNS resolver cache. However, the results are incomplete. When this problem occurs, you do not receive a message.This problem occurs if there are too many entries in the DNS resolver cache. Typically, this problem occurs when there are too many custom entries in the Hosts file.This problem occurs when an allocated buffer is not large enough to contain all the contents of the DNS resolver cache. When the Ipconfig.exe tool allocates memory, it does not consider the DNS entries in the Hosts file.LINK Below
nslookup is basically used to see the dns address and actual server address.
The Dynamic Host Configuration Protocol, or DHCP, is responsible for IP assignment and DNS settings. It also assigns network settings and provides network configuration information including subnet mask and broadcast address.
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One can get more information on a Comcast DNS server from the following sources: What's My DNS, Comcast, DNS Knowledge, ZDNet, DSL Reports, Port Forward, Open DNS, Mac Medics, to name a few.
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In Microsoft Windows Server 2003, you run the ipconfig /displaydns command to display the content of the DNS resolver cache. However, the results are incomplete. When this problem occurs, you do not receive a message.This problem occurs if there are too many entries in the DNS resolver cache. Typically, this problem occurs when there are too many custom entries in the Hosts file.This problem occurs when an allocated buffer is not large enough to contain all the contents of the DNS resolver cache. When the Ipconfig.exe tool allocates memory, it does not consider the DNS entries in the Hosts file.LINK Below
There are many ways that the destination IP address can be discovered, either by sending a broadcast packet asking for a specific service, or by out-of-band prearrangement, but the most common in everyday use is by means of DNS. Given the URL of a network resource, the sending device requests the IP address of the resource from the DNS resolver that it has been given. The DNS resolver either knows the answer and passes it back, or else forwards the request to another DNS resolver. The IP address of that resource is eventually returned, and is then used in addressing the packets of interest.
Someone can find their Domain Name System, or DNS, server configuration just by using their computer. Just pull up your my computer file and search for DNS.
If this for a DNS server, use the command "dnscmd" with options. eg: dnscmd dnssvr1.contoso.com /clearcache To clear DNS Cache in client, do the following: 1. Start 2. Run 3. Type "cmd" and press enter 4. In the command window type "ipconfige /flushdns" 5.a If done correctly it should say "Successfully flushed the DNS Resolver Cache." 5.b If you receive an error "Could not flush the DNS Resolver Cache: Function failed during execution.", follow the Microsoft KB Article 919746 to enable the cache. The cache will be empty; however, this will allow successful cache-flush in future.
DNS configuration stands for Domain Name System Configuration. It is a system in place for any computers connected via network whether private or on the internet. It allows for converting IP addresses to names. DNS is like the phone book of IP addresses.
The client side of a Domain Name System (DNS) is called a DNS Resolver. It is responsible for initiating the queries that lead to the full resolution of the translation of a domain name into an IP address. A small amount of DNS Resolvers only communicate to one single server instead of multiple servers.
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The Domain Name System is designed to translate names of any server anywhere in the world. A lab environment is often a secluded network segment that does not need access to any arbitrary server in the world. If required, a small number of host names can by typed into resolver configuration files so access to the full international DNS is not required.
The client resolver cache is the first place that the DNS client looks for host name resolution. Because it is a location in memory, the client resolver cache resolves IP addresses more quickly than the other host name resolution methods and does not create network traffic. The cache stores host names that have recently been resolved. It also contains mappings that are loaded from the Hosts file. These mappings include the record name, Time-to-Live (TTL) value, and IP address.
If you mean the DNS Resolver Cache, Windows XP Users can "clear" this cache by clicking on the "start" button, click, "run" and enter "cmd" in the box. a new window will appear with a black background. In this window, enter, "ipconfig/flushdns" (without the quotes) and hit Enter. You should get a prompt that states, "Successfully Flushed The DNS Resolver Cache". This should speed up your internet browsing a little bit.