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This module implements the frame (de)serialization and representation of the Advanced Message Queue Protocol (http://www.amqp.org/). It is to be used in conjunction with client or server software that does the actual TCP/IP communication. While it's being written with AMQP version 0-8 in mind, as the spec is defined by an external xml file, support for 0-9, 0-9-1 and eventually 0-10 is hoped for.

This module is an implementation of the BGP-4 inter-domain routing protocol. It encapsulates all of the functionality needed to establish and maintain a BGP peering session and exchange routing update information with the peer. It aims to provide a simple API to the BGP protocol for the purposes of automation, logging, monitoring, testing, and similar tasks using the power and flexibility of perl. The module does not implement the functionality of a RIB (Routing Information Base) nor does it modify the kernel routing table of the host system. However, such operations could be implemented using the API provided by the module.

Blogger.pm provides an OOP-ish interface for accessing a weblog via the Blogger XML-RPC API.

ECMA CSTA is an ASN.1 based protocol for Computer Integrated Telephony (CTI) using CSTA it is possible to write code that communicates with a PBX. Typical applications include receiving notifications for incoming calls, placing calls, redirecting calls or placing conference calls.

The Flow module provides the decoding function for NetFlow version 5,9 and IPFIX, and the encoding function for NetFlow version 9 and IPFIX. It supports NetFlow version 9 (RFC3945) and NetFlow version 5 (http://www.cisco.com/) and IPFIX(draft-ietf-ipfix-protocol-26.txt). Regretfully, it doesn't provide the full specification of IPFIX, yet. It is future work. You can easily make the Flow Proxy, Protocol Converter and Flow Concentrator by using the combination of both function. And also, you can make the flexible Collector which can receive any Templates by using the Storable perl module.

This module implements a scalable method of quickly propagating files to a large number of servers in one or more locations via rsync or scp. This module and the included script, ccp, take a much more efficient approach that is O(log n). Once the file(s) are been copied to a remote server, that server will be promoted to be used as source server for copying to remaining servers. Thus, the rate of transfer increases exponentially rather than linearly. Servers can be specified in groups (e.g. datacenter) to prevent copying across groups. This maximizes the number of transfers done over a local high-speed connection (LAN) while minimizing the number of transfers over the WAN. The number of multiple simultaneous transfers per source point is configurable. The total number of simultaneously forked processes is limited via Proc::Queue, and is currently hard coded to 32.

This module provides an interface the to Cassandra distributed database. It uses the Thrift interface. This is changing rapidly and supports the development version of Cassandra built from Subversion trunk.

This module is a DHCP set of classes designed to handle basic DHCP handling. It can be used to develop either client, server or relays. It is composed of 100% pure Perl.

Provides a simple OOP-ish interface to the Google SOAP API

This module uses a radix tree (or trie) to quickly build the hierarchy of a given address space (both IPv4 and IPv6). This allows the user to perform fast subnet or routing lookups. It is implemented exclusively in Perl.