A thread-safe DNS library for both clients and servers written in pure
Haskell.
This directory contains a Python module that implements a DNS (Domain
Name Server) client, plus additional modules that define some symbolic
constants used by DNS (dnstype, dnsclass, dnsopcode).
Knot DNS is a high-performance authoritative-only DNS server which
supports all key features of the domain name system including zone
AXFR and IXFR, DDNS and DNSSEC. Its key features:
* Open source
* High-performance, multi-threaded, and mostly lock-free
implementation which scales well on SMPs
* Object-oriented design
* Support for all important DNS protocols:
- Full and incremental zone transfers
- EDNS0 and DNSSEC extensions, including NSEC3
- NSID
Knot DNS is a high-performance authoritative-only DNS server which
supports all key features of the domain name system including zone
AXFR and IXFR, DDNS and DNSSEC. Its key features:
* Open source
* High-performance, multi-threaded, and mostly lock-free
implementation which scales well on SMPs
* Object-oriented design
* Support for all important DNS protocols:
- Full and incremental zone transfers
- EDNS0 and DNSSEC extensions, including NSEC3
- NSID
Net::DNS is a pure Ruby DNS library, with a clean
OO interface and an extensible API
This module is meant to be a simplified interface to the
excellent Net::DNS module. Its goal is to make operations
that are easy in Net::DNS trivial, and operations that are
hard in Net::DNS easy.
This directory contains a Python module that implements a DNS (Domain
Name Server) client, plus additional modules that define some symbolic
constants used by DNS (dnstype, dnsclass, dnsopcode).
The File_DNS class provides a way to read,
edit and write RFC1033 style DNS Zones.
This module allows you to update your EasyDNS ( http://www.easydns.com/ )
dynamic DNS records. This is done via an http get using the libwww-perl
modules.
A resolver library used to communicate with a name server to perform DNS
queries, zone transfers, dynamic DNS updates, etc.
Creates an object hierarchy from a DNS server response, which allows you to
view all of the information given by the DNS server. It bypasses the system
resolver library and communicates directly with the server.