Query a nameserver (Dig) About. This tool allows you to query servers of the worldwide Domain Name System (DNS). A DNS record consists of SOA (start of authority) records, NS (name server) records, A (address) records, CNAME (canonical name) records, MX (mail exchange) records and a few more. Those records are all saved in the zone file, which contains all the name server indications of a domain name.
Name servers that are serving a lot of clients will benefit more from this approach than individual hosts. Use with caution. To use this mechanism, uncomment the entries below, and comment the hint zone above.
Point your device’s DNS server at the Pi-hole [Critical Step] Test it out! Pre-requisites. Install and enable a lighttpd Web server on the Raspberry Pi. Prepare the Pi. To ensure everything is up-to-date, run: sudo apt-get -y update sudo apt-get -y upgrade Install DNS sudo apt-get -y install dnsutils dnsmasq. This will install some DNS troubleshooting utilities like dig , as well as dnsmasq (the DNS server).
Once BIND is running, you can do some basic test using DNS tools like "dig" To test your name server to display the SOA records for your domain. dig @192.168.x.1 myzone.net SOA To test your name server to display NS records dig @192.168.x.1 myzone.net NS To test your name server to display other resource records (A, MX, or TXT).
Whois Online Whois Tool Dig Online Dig Tool Nslookup Online Nslookup Tool whois. whois is the most basic of all tools used to troubleshoot DNS and DNS related problems. It allows you to query information from the root name servers to find out what DNS servers provide authoritative DNS for a given domain or IP range.
Good to check if Google DNS servers have received the changes, and then lastly if your local DNS server can resolve your Domain name to correct IP address. To look up record types other than the default A and AAAA (and CNAME) records returned by nslookup, using the DNS server you specify
Mar 19, 2020 · Resolve-DnsName uses the DNS server addresses configured on your computer by default. But, you can also make Resolve-DnsName use a specific DNS server when performing lookups. For example, if you want to use Google Public DNS to lookup records, you can do so by adding the -Server parameter in your command similar to the example below.
You can also use dig to query for non-default records such as MX and NS. You can do a reverse DNS lookup and specify the DNS server to query to contrast its answer with other DNS servers. In this video, explore the default output of dig and learn how to show and hide any section of information.
All DNS queries will be generated with the dig tool, the gold standard for debugging DNS. The full command line we use here is Server blocks can optionally specify a port number to listen on. This defaults to port 53 (the standard port for DNS). Specifying a port is done by listing the port after the...