Free for net software for linux

A patch for Net Accounting Daemon which adds support for logging network traffic on a MySQL Server.
You can control nacctd with so called signals. Here is what the signals do (one might call this abuse of signals:
SIGINT ends daemon
SIGTERM ends daemon
SIGUSR1 increases debugging level
SIGUSR2 turns off debugging
SIGWINCH prints some kind of version id
SIGTSTP disables writing to file
SIGCONT enables writing to file
The last two (TSTP and CONT) are useful for an automated archival of the logfiles without terminating the daemon. Just send a SIGTSTP before moving the logfile and send a SIGCONT when you are done.
Enhancements:
- modifyed process.c netacct.h
- Moved build process to use configure script ala GNU recommendations
- now all compile options are available as configure options except HASHSIZE which i think is for advanced users only

Net::FCP Perl module is a Freenet client protocol.

SYNOPSIS

use Net::FCP;

my $fcp = new Net::FCP;

my $ni = $fcp->txn_node_info->result;
my $ni = $fcp->node_info;

See http://freenet.sourceforge.net/index.php?page=fcp for a description of what the messages do. I am too lazy to document all this here.

The module uses AnyEvent to find a suitable Event module.

Net::UPS is an implementation of UPS Online Tools API in Perl.

SYNOPSIS

use Net::UPS;
$ups = Net::UPS->new($userid, $password, $accesskey);
$rate = $ups->rate($from_zip, $to_zip, $package);
printf("Shipping this package $from_zip => $to_zip will cost you $.2fn", $rate->total_charges);

Net::UPS implements UPS Online Tools API in Perl. In a nutshell, Net::UPS knows how to retrieve rates and service information for shipping packages using UPS, as well as for validating U.S. addresses.

This manual is optimized to be used as a quick reference. If youre knew to Net::UPS, and this manual doesnt seem to help, youre encouraged to read Net::UPS::Tutorial first.

Net::DNS::RR::A is a DNS A resource record. Net::DNS is a DNS resolver implemented in Perl. It allows the
programmer to perform nearly any type of DNS query from a Perl script. For details and examples, please read the Net::DNS manual page.

To read about the latest features, see the Changes file. To find out about known bugs and to see whats planned for future versions, see the TODO file.

Net::DNS does not depend on any C libraries. However, if possible Net::DNS tries to link against a C-library that is supplied with the code. This provides a notable speed increase.

The author invites feedback on Net::DNS. If theres something youd like to have added, please let me know. If you find a bug, please send me the information described in the BUGS section below.

METHODS

address

print "address = ", $rr->address, "n";

Returns the RRs address field.

Platform Independent Petri Net Editor project (PIPE) creates and analyses Petri Nets quickly, efficiently, and effectively.

A key design feature is the modular approach adopted for analysis, enabling new modules to be written easily and powerfully, using built-in data layer methods for standard calculations.

Six analysis modules are provided, including Invariant Analysis, State-Space Analysis (deadlock, etc.), and Simulation Analysis and Classification.

PIPE adheres to the XML Petri net standard (PNML). The file format for saving and loading Petri Nets is extensible through the use of XSLT, the default being PNML.

Net::Pcap is an Interface to pcap(3) LBL packet capture library.

SYNOPSIS

use Net::Pcap;

my $err = ;
my $dev = Net::Pcap::lookupdev($err); # find a device

# open the device for live listening
my $pcap = Net::Pcap::open_live($dev, 1024, 1, 0, $err);

# loop over next 10 packets
Net::Pcap::loop($pcap, 10, &process_packet, "just for the demo");

# close the device
Net::Pcap::close($pcap);

sub process_packet {
my($user_data, $header, $packet) = @_;
# do something ...
}

Net::Pcap is a Perl binding to the LBL pcap(3) library. The README for libpcap describes itself as:

"a system-independent interface for user-level packet capture.
libpcap provides a portable framework for low-level network
monitoring. Applications include network statistics collection,
security monitoring, network debugging, etc."

/etc/net represents a new approach to Linux network configuration tasks. Inspired by the limitations of traditional configuration subsystems, /etc/net provides builtin support for:
- configuration profiles
- interface name management
- removable devices
- full iproute2 command set
- interface dependencies resolution
- QoS configuration framework
- firewall support (NEW)
/etc/net provides support for the following interface types:
- Ethernet
- WiFi (WEP)
- IPv4/IPv6 tunnels
- PSK IPSec tunnels
- VLAN
- PLIP
- Ethernet bonding and bridging
- traffic equalizer
- usbnet
- PPP (PPtP, PPPoE)
Due to its modular design, support for new interface types can be added without overall design changes. /etc/net consists of core scripts (stable) and GUI configurator (development). Both parts are licensed under GPL.