Results 1,741–1,750 of 6,332 for /net-p2p/.(0.007 seconds)
Non-blocking traceroute client
POE::Component::Client::Traceroute is a non-blocking Traceroute
client. It lets several other sessions traceroute through it in
parallel, and it lets them continue doing other things while
they wait for responses.
POE chat component for twitter.com
POE::Component::Client::Twitter is a POE component for Twitter API.
Network control port for POE applications
When building network applications, it is often helpful to have
a network accessible control and diagnostic interface. This module
provides such an interface for POE applications. By default, it
provides a fairly limited set of commands but is easily extended
to provide whatever command set you require.
Provides non-blocking access to a blocking object
POE::Component::Generic is a POE component that provides a
non-blocking wrapper around any object. It works by forking
a child process with POE::Wheel::Run and creating the object
in the child process. Method calls are then serialised and
sent via STDIN to the child to be handled. Return values are
posted back to your session via STDOUT. This means that all
method arguments and return values must survive serialisation.
If you need to pass coderefs, use "callbacks", "postbacks" or
"factories".
Method calls are wrapped in eval in the child process so that
errors may be propagated back to your session. See "OUTPUT".
Output to STDERR in the child, that is from your object, is
shown only if debug or verbose is set.
STDOUT in the child, that is from your object, is redirected
to STDERR and will be shown in the same circomstances.
POE Component for communicating over Jabber
POE::Component::Jabber is a module that simplies for the POE
developer, access to the Jabber protocol through the use of one of
the four Client classes. With built in events for common Jabber
packets, all a POE developer need do is provide an event and arguments
for most events so the responses to the requests can be properly
handled by the coder.
Generic publish/subscribe POE::Component
A generic publish/subscribe POE::Component that enables POE::Sessions to
publish events to which other POE::Sessions may subscribe.
Twitter/IRC gateway
POE::Component::Server::Twirc provides an IRC/Twitter gateway.
Twitter friends are added to a channel and messages they post on
twitter appear as channel messages in IRC. The IRC interface supports
several Twitter features, including posting status updates, following
and un-following Twitter feeds, enabling and disabling device
notifications, sending direct messages, and querying information
about specific Twitter users.
Parallel Virtual Machine libraries and environment
PVM (Parallel Virtual Machine) is a portable message-passing programming
system, designed to link separate host machines to form a virtual machine
which is a single, manageable computing resource.
The virtual machine can be composed of hosts of different architectures,
located in physically remote locations. PVM applications can be composed
of any number of separate processes, or components, written in a mixture
of C, C++, and Fortran. The system is portable to a wide variety of
architectures, including workstations, multiprocessors, supercomputers,
and PCs.
Perl extension for TCPServer Moose role on POE
POEx::Role::TCPServer bundles up the lower level
SocketFactory/ReadWrite combination of wheels into a simple
Moose::Role. It builds upon other POEx modules such as
POEx::Role::SessionInstantiation and POEx::Types.
The events for SocketFactory for and for each ReadWrite instantiated
are methods that can be advised in any way deemed fit. Advising these
methods is actually encouraged and can simplify code for the consumer.
The only method that must be provided by the consuming class is
handle_inbound_data.
Perl extension for the Parallel Virtual Machine (PVM)
Paraller::Pvm is a perl interface to the Parallel Virtual Machine (PVM)
Message Passing System.
The PVM message passing system enables a programmer to configure a group
of (possibly heterogenous) computers connected by a network into a
parallel virtual machine.
Using PVM, applications can be developed which spawns parallel processes
onto nodes in the virtual machine to perform specific tasks. These
parallel tasks can also periodically exchange information using a set of
message passing functions developed for the system.
PVM applications have mostly been developed in the scientific and
engineering fields. However applications for real-time and
client/server systems can also be developed. PVM simply provides a
convenient way for managing parallel tasks and communications without
need for rexec or socket level programming.