Free konqil.icio.us 1.8 software for linux

konqil.icio.us is a KDE service menu for del.icio.us.
INstallation:
1) Check you have the Perl HTML, URI and LWP modules installed (liburi-perl, libhtml-parser-perl and libwww-perl packages under GNU/Debian)
2) Copy del.icio.us and del.icio.us.desktop to $HOME/.kde/share/apps/konqueror/servicemenus
3) Make sure $HOME/.kde/share/apps/konqueror/servicemenus/del.icio.us is executable (chmod u+x $HOME/.kde/share/apps/konqueror/servicemenus/del.icio.us).
4) Change the username variable within $HOME/.kde/share/apps/konqueror/servicemenus/del.icio.us to point at your del.icio.us account (this is on line 33)
Enhancements:
- Bug fixes to bookmark method, brought about by changes to del.icio.us API

tsocks provides transparent network access through a SOCKS version 4 or 5 proxy (usually on a firewall).

SOCKS servers are a form of proxy that are commonly used in firewalled LAN environments to allow access between networks, and often to the Internet. The problem is that most applications dont know how to gain access through SOCKS servers. This means that network based applications that dont understand SOCKS are very limited in networks they can reach. An example of this is simple telnet.

tsocks role is to allow these non SOCKS aware applications (e.g telnet, ssh, ftp etc) to use SOCKS without any modification. It does this by intercepting the calls that applications make to establish network connections and negotating them through a SOCKS server as necessary. If youre on a network firewalled from the internet with a SOCKS server for outside access, telnet cant use this server and thus cant telnet out to the Internet., sou you cannot get out.

tsocks is based on the shared library interceptor concept. Through use of the LD_PRELOAD environment variable or the /etc/ld.so.preload file tsocks is automatically loaded into the process space of every executed program. From there it overrides the normal connect() function by providing its own. Thus when an application calls connect() to establish a TCP connection it instead passes control to tsocks. tsocks determines if the connection needs to be made via a SOCKS server (by checking /etc/tsocks.conf) and negotiates the connection if so (through use of the real connect() function )

Config::YUM is a Perl extension for parsing yum.conf.

SYNOPSIS

use Config::YUM;

my $yp = new Config::YUM;
my $yum_conf = $yp->parse();

foreach(keys %{$yum_conf}) {
print "Section: $_ is called " . $yum_conf->{$_}->{name} . "n";
}

$yum_conf will be a a hash, all INI sections are the primary hash keys.
include= will be automatically downloaded merged with the local yum.conf
mirrorlists will also be downloaded and saved as an array in $yum_conf->{somerepo}->{baseurls}
the first url in mirrorlists will be safed as $yum_conf->{somerepo}->{baseurl}.
exclude statements will be splited and safed to $yum_conf->{somerepo}->{exclude_hash}. Note that we
safe a perl regex string as keys here.

To say it with one sentence. Config::YUM automatically parses a yum.conf does the downloading and provides you
with a ready to use perl hash. :-)

You can define a few things @ new:

- use_cache: 0/1 (1 will enable, default: 0; Uses Cache::File)

- yum_conf: path to your yum.conf (default: /etc/yum.conf)

- yum_repos_d: path to your yum.repos.d (default: /etc/yum.repos.d)

- agent: You LWP::UserAgent agent string (default: Config::YUM/$VERSION)

- releasever: Define your RH/FC release version (rpm -qf --queryformat %{VERSION} /etc/redhat-release; Default: automatically queried)

- basearch: Define your basearch (uname -i; Default: automatically discovered)

- download_primary: Define if we should download/parse the primary.xml.gz

These arguments can be specified this way (dont forget the {!)
my $yp = new Config::YUM({
use_cache => 1,
yum_conf => /etc/yum.conf,
yum_repos_d => /etc/yum.repos.d,
agent => MyProgram/$VERSION,
relasever => 4,
basearch => i386,
download_primary => 1
});

This module provides you with a few functions,
parse() will return a hash containing the allready parsed local/remote yum.conf.

yumconf_local() will return a hash containing the allready parsed local yum.conf (Will run parse(), if you didnt yet)
yumconf_remote() will return a hash containing the allready parsed remote yum.conf (Will run parse(), if you didnt yet)

fwknop stands for the "FireWall KNock OPerator", and implements an authorization scheme based around Netfilter and libpcap that requires only a single encrypted packet in order to communicate various pieces of information including desired access through a Netfilter policy and/or complete commands to execute on the target system.
By using Netfilter to maintain a "default drop" stance, the main application of this program is to protect services such as OpenSSH with an additional layer of security in order to make the exploitation of vulnerabilities (both 0-day and unpatched code) much more difficult.
The authorization server passively monitors authorization packets via libcap and hence there is no "server" to which to connect in the traditional sense. Access to a protected service is only granted after a valid encrypted and non-replayed packet is monitored.
This method is similar to the Single Packet Authorization scheme proposed by Simple Nomad and the folks at NMRC
fwknop project was also the first tool to combine traditional encrypted port knocking with passive OS fingerprinting. This makes it possible to do things like only allow, say, Linux-2.4/2.6 systems to connect to your SSH daemon.
Enhancements:
- A bugfix to ensure that the "keep-state" directive is added to firewall rules on systems running the ipfw firewall.
- The --Save-packet and --Save-packet-file command line arguments have been added to the fwknop client.
- These options instruct fwknop to save a copy of an encrypted SPA packet before it is sent across the network.
- A bugfix to find the minimal unused ipfw rule number for ipfw firewalls.
- This fixes an issue where ipfw rules added by fwknopd could be inserted at the same position as rules from an existing ipfw policy.

Calcurse is a text-based personal organizer which helps keep track of events and everyday tasks. Calcurse has a calendar and a "todo" list, and puts your appointments in order.
The user interface is configurable, and you can choose between different color schemes and layouts. All of the commands are documented within an online help system.
Enhancements:
- The command launched to notify a user of an upcoming appointment is now configurable.
- One can now be warned by mail of an upcoming appointment, but several other means can be considered.
- The color theme configuration menu was completely redesigned, with support for the default terminals color.
- The export command was implemented to save calcurse data in iCalendar format.

TcosMonitor is a teacher management of a thin client classroom.

TcosMonitor is a pygtk app teacher tool to control a thin client classroom (PXES, LTSP, TCOS compatible) and allow to do actions on one or all thin clients like block/unblock screen, reboot/poweroff thin clients, and so many.

TCOS is a thin client implementation to build net initramfs images based on kernel, binaries and libs from debian/ubuntu, no more patched kernels and bins!!!

TCOS project is similar to PXES but work with more hardware and newer kernels.

App avalaible in spanish and english.

Debian/Ubuntu mirror:

deb http://soleup.eup.uva.es/tcos/debian unstable main

add gpg key:
# wget http://soleup.eup.uva.es/tcos/mariodebian-pub.key
# cat mariodebian-pub.key| apt-key add -

IPMItool is a simple command-line interface to systems that support the Intelligent Platform Management Interface (IPMI) v1.5 and v2.0 specifications.
IPMItool provides the ability to read the SDR and print sensor values, display the contents of the SEL, print FRU information, read and set LAN configuration parameters, and perform chassis power control.
Originally written to take advantage of IPMI-over-LAN interfaces, it is also capable of using a system interface as provided by a kernel device driver such as OpenIPMI.
Enhancements:
- A major feature and bugfix release that includes support for PICMG (ATCA) management controllers, better support for Sensors and Events and Inventory data, fixes for IPMIv2 encryption and IPMIv2 Serial-over-LAN, and support for the Tyan implementation of IPMIv1.5 Serial-over-LAN.

Netpet-CMS project provides easy-going deployment and administration of Web sites, newsletters, and banners. After a short introduction, even users with little experience are capable using Netpet-CMS.

Furthermore, you dont need any specially configured server to run Netpet CMS, so you can install Netpet CMS on standard cheap Web hosting accounts.