共有6,332项符合/net-p2p/的查询结果，以下是第911–920项（搜索用时0.007秒）
ManageSieve Protocol Client
This module implements a client interface to the ManageSieve protocol.
( http://tools.ietf.org/html/draft-martin-managesieve-09 )
Query the SenderBase service
This module is an interface to the SenderBase query service at
http://www.senderbase.org/.
Perl extension for UPnP
This package provides some functions to control UPnP devices
Perl extension for the AOL Instant Messenger TOC protocol
This module implements an OO interface to the Aol Instant Messenger
TOC protocol. This version contains not much more than hacked code
that merely connects to the aol TOC servers and acts on instant
messages.
Perl OO interface to the AOL Instant Messenger TOC client protocol
Object-Oriented interface to the AOL Instant Messenger TOC client protocol
Seamus Venasse <svenasse@polaris.ca>
Perl extension for the AOL Instant Messenger OSCAR protocol
This module implements an OO interface to the AIM OSCAR protocol.
Perl extension for manipulating IPv4/IPv6 addresses
This module provides functions to deal with IPv4/IPv6 addresses. The
module can be used as a class, allowing the user to instantiate IP
objects, which can be single IP addresses, prefixes, or ranges of
addresses. There is also a procedural way of accessing most of the
functions. Most subroutines can take either IPv4 or IPv6 addresses
transparently.
Perl Direct Connect lib and client
Direct Connect perl module with sharing client
Interface to the CUPS API
Previous versions of this module attempted to provide a Perl interface
layer similar to the C interface of CUPS. This was fine for power users,
but most people were not looking for this type of interface.
This module has now been converted to use an object oriented paradigm
to facilitate quicker development and ease of use.
Full operating system stack fingerprinting suite
SinFP is a new approach to OS fingerprinting, which bypasses
limitations that nmap has.
Nmap approaches to fingerprinting as shown to be efficient for years.
Nowadays, with the omni-presence of stateful filtering devices,
PAT/NAT configurations and emerging packet normalization technologies,
its approach to OS fingerprinting is becoming to be obsolete.
SinFP uses the aforementioned limitations as a basis for tests to be
obsolutely avoided in used frames to identify accurately the remote
operating system. That is, it only requires one open TCP port, sends
only fully standard TCP packets, and limits the number of tests to 2
or 3 (with only 1 test giving the OS reliably in most cases).