Free designed metal connections software for linux

Net::Connection::Sniffer can gather stats on network connections.

SYNOPSIS

use Net::Connection::Sniffer;
gather($config)
__top

Net::Connection::Sniffer is a perl module to gather connection statistics by listening to ethernet traffic. Traffic is filtered using standard BPF notation as described in the tcpdump documentation and implemented using the standard pcap library to sniff packets on host network interfaces.

Net::FreeDB2::Connection is a FreeDB/CDDB abstract connection class.

Net::FreeDB2::Connection is an abstract class to represent connections to FreeDB/CDDB servers. After a successfull connection, FreeDB/CDDB queries, reads etc can be made to obtain/provide information from/to FreeDB/CDDB databases.

CONSTRUCTOR

new (OPT_HASH_REF)

Creates a new Net::FreeDB2::Connection object. By default connect () is called to initiate the connection but see option no_connect. See the implementation for complements/restrictions.

Options for OPT_HASH_REF may include:

client_name

Mandatory option to name the connecting client software.

client_version

Mandatory option with the client software version string.

client_host

The hostname of the client. Defaults to &Sys::Hostname::hostname ().

client_user

The user of the client. Defaults to scalar (getpwuid ($>));

freedb_host

The FreeDB/CDDB host. Defaults to freedb.freedb.org.

freedb_port

The port on the FreeDB/CDDB host.

proxy_host

Proxy host.

proxy_port

Port on the proxy host. Defaults to 8080.

proxy_user

Proxy user name to use.

proxy_passwd

Proxy password to use.

no_connect

Do not call connect () during instanciation.

QoS Connection Tuning HOWTO is a document which explains how to tune network connection performance.

This enables you to get the maximum benefit out of your connection without lag and loss.

Connection Manager allows you to pre-configure all this, and use a single consistant interface to get connected to all of these various systems.
Do you have to log in to a lot of different systems? If you do, odds are that you have to use a variety of methods. You probably have some systems that require ssh and others that only support rdesktop. For some you may have to use vnc. Some may only support telnet. Connection Manager allows you to pre-configure all this, and use a single consistant interface to get connected to all of these various systems.
To install from the source distibution type (you probably will have to be root):
make install
To make rpms for rpm-based ditros type:
make rpm
Main features:
- Command Line Interface - Connection Manager will have a command line interface that allows for easy initiation of any connection. Some users, especially system administrators, will prefer this method of interaction
- Qt/KDE interface - Connection Manager will have a full featured graphical interface based on the Qt and KDE widgets. This interface will allow a user to manage their own connections, as well as maintain all of the various configuration files. You shouldnt have to use a text editor to edit configuration files unless you really want to
- Documentation - Connection Manager will be completely documented, including man pages, a user reference guide, and an administrator reference guide.
- Packaging - every effort will be made to make Connection Manager easy to install. Packages will be provided for a variety of platforms.
- Internationalization - Connection Manager will be designed and built so that it will be easy to add support for different languages.

Gtk2::Ex::MindMapView::Connection is a Perl module to draw connections between view items.

HEIRARCHY

Glib::Object
+----Gtk2::Object
+----Gnome2::Canvas::Item
+----Gnome2::Canvas::Shape
+----Gnome2::Canvas::Bpath
+----Gtk2::Ex::MindMapView::Connection

SYNOPSIS

use Gtk2::Ex::MindMapView::Connection;

This module is internal to Gtk2::Ex::MindMapView. Connections are instantiated by Gtk2::Ex::MindMapView. This module is responsible for drawing the connecting lines between Gtk2::Ex::MindMapView::Items onto the canvas.

The Gtk2::Ex::MindMapView::Connection is an observer. It registers with the view items so that it may be notified when a view items state changes.

INTERFACE

Properties

arrows (string : readable / writable)

Indicates whether arrows should be drawn. Possible values are: none, one-way, and two-way.

predecessor_item (Gtk2::Ex::MindMapView::Item : readable / writable)

The item at which this connection starts.

item (Gtk2::Ex::MindMapView::Item : readable / writable)

The item at which this connection ends.

Methods

INIT_INSTANCE

This subroutine is called by Glib::Object::Subclass as the object is being instantiated. You should not call this subroutine directly. Leave it alone.

SET_PROPERTY

This subroutine is called by Glib::Object::Subclass when a property is being set. You should not call this subroutine directly. Leave it alone. Instead call the set method to assign values to properties.

connect

Connect the Gtk2::Ex::MindMapView::Connection to the items it observes.

disconnect

Disconnect the Gtk2::Ex::MindMapView::Connection from the items it observes.

5.56mm Full Metal Jacket is a Doom 3 multiplayer modification

5.56mm Full Metal Jacket takes place in a fictive Environment where you have a West and an East team. Accordingly to your team you will get the full weapon-arsenal available supported by your side.

There are 5 classes of weapons .... Pistols, Shotguns, Sub-Machineguns, Assault Rifles and Sniper Rifles. The target system will feature 2 modes ... Aiming with the cross-hair which gets less and less precise the further away you shoot or aiming through the weapons sights which influences the overall field of view but therefore is damn pretty precise.

The game features first- and thirdperson view though when in thirdperson the lack of a crosshair makes aiming more difficult. The levels will vary between huge outdoor scenarios and narrow office corridors.

Supported gametypes are: Capture the Flag, Team DeathMatch

Supported weapons so far are:

Pistols: RUGER MK 512, GLOCK 17
Shotguns: BENELLI M3, EICHLER
SMGs: MP5SD6, MAC10
Assault Rifles: XM177E2(AR15), AK-47
Sniper Rifles: AWM, M24

Invasores project was first designed as a proof of concept of which language would be faster to develop games.

Statistical Traffic Analysis Kit is a set of command-line traffic analysis tools, designed to help a network administrator to see what is happening at a router at the moment.

Unlike tcpdump (1), the stak set uses statistical and stream-oriented methods, and will rarely produce an output stream at a speed beyond human perception. The output is less accurate.

The kit consists of five different utilities, designed to perform the following tasks:
estimating overall traffic rates (stakrate),
determining network nodes generating the highest traffic (stakhosts)
monitoring the amount of traffic exchanged with particular autonomous
systems (stakasta),
extracting strings from packets (stakextract),
determining connections and flows generating the highest traffic
(stakstreams, experimental),