Free junior college entry points software for linux

Zen explorer desktop entry adds a service menu with the option to send a music file to your Creative zen jukebox.

Ive only tested it with Zen V Plus 2 gig, but it uses libmtp to send the file. Not too exciting, i wrote it in less than a minute.

Oracle Aggregate C++ Library allows C++ programmers to easily create new aggregate functions for Oracle.

Oracle Aggregate C++ Library can be used as a glue library to existing C++ and C libraries. Detailed knowledge of the OCI aggregate interface is not required to use the library.

With automatic conversion of Oracle built-in types to C++ types it is possible to use the library without using any OCI functions directly.

The Oracle OCI interface for aggregate functions provides a straightforward way to implement aggregate functions in C or C++. There is, however, a certain amount of bookkeeping that needs to be performed in order to use the interface. The goal of this library is to take care of all the bookkeeping details for your, all you need to provide is the aggregate function itself. This makes it particularly easy to use existing C++ code and libraries in Oracle aggregate functions.

Design

The way the library works is that it defines the shared library entry point functions required by Oracle. The entry point functions simply forward all arguments to the static functions of the Aggregate class.

The Aggregate class along with a number of helper classes and functions takes care of converting arguments, configuring the environment, creating implementation instances and such. When everything is ready the arguments originally sent by Oracle are passed to your aggregate implementation.

The aim of this experimental Linux distribution is to provide to RKC students andto the student population at large an operating system which is easy to install and use and which provides an alternative to the traditional commercial operating systems ;) Why Slackware as a base?
As they themselves put it, "The Official Release of Slackware Linux by Patrick Volkerding is an advanced Linux operating system, designed with the twin goals of ease of use and stability as top priorities.
Including the latest popular software while retaining a sense of tradition, providing simplicity and ease of use alongside flexibility and power, Slackware brings the best of all worlds to the table. "CollegeLinux can benefit from the stability of slackware now made easy with our user friendly installer and interface.
The basic concept of CollegeLinux is to provide you with an alternative, user-friendly operating system and a way to learn more using linux. Whilst maintaining simplicity and a user friendly system, we want to introduce our users to more advanced features and why not, to maintain the "geek" side of linux by providing an excellent development environment.
Thanks to the great environment and suite of free software provided by KDE.Once you have installed CollegeLinux you can do the normal tasks you used to accomplish under your "old" OS namely:
- Using an office suite which containts an advanced text editor,spreadsheet, presentation tool, chart, scientific calculator and much more (thanks to OpenOffice, you can modify your windows documents or save your new documents in a windows compatible format like .doc, .xls etc);
- Organizing your work/study task with calendar, task manager and everything you might need to cope with your busy life;-Having available an email suite, browsers, html editor, graphic software,music and multimedia tools and much more.
-Development & Server environment: The new CollegeLinux 2.5. comes with a "robot" to auto install and configure on the fly PHP,Apache, Webmin and MySQL on the fly: your complete development environment. If you always wanted to learn some programming this is your chance. With our tools and the full manual at dotgeek you can start learning PHP with collegelinux and test your first scripts locally.
- Installing and upgrading any of the available packages via a slapt get based, easy to use interface. The expandibility of CollegeLinux is therefore limited only by your own imagination!
Enhancements:
- Full compatibility with Slackware 9.1 ;
- CollegeLinux server robot: install & configure automatically (almost no question asked) Apache, PHP, MySQL, SQLite, Webmin and Phpmyadmin (mysql front end) and SQLiteManager (sqlite frontend) your complete server & development environment;
- CL auto-update engine: slapt-get based(special thanks to Jason Woodward ) integrated with a Konqueror front end. You can now update on the fly every package or the entire distribution.
- Our own Installer substantiall upgraded, more hardware supported.
- Direct connect file sharing, latest kde, openoffice and much more.

It is a package useful to collect statistics from remote nodes. That includes standard server metrics and any other numerical quantity we can use to characterize the node state (as the number of users or processes).

It is built under a distributed agent-manager model. RRDtool is used as database, so representation capabilities are bundled.

Although rrdUtils are not a requisite, they are used in some auxiliar tasks and using both tools is highly recommended.

Installation:

Manager side

gunzip -c rrdUtils-3.1.tar.gz | tar -xf -
cd rrdUtils
./configure --with-rrddir=/stats
make install

gunzip -c stats-station-3.0.tar.gz | tar -xf -
cd stats-station
./configure --with-statsdir=/stats --with-port=666
make install

cd rrdConf
./install_confs.sh
./haz_index.sh -g

The -g flag creates graphs with the html pages, and reduces the number of error messages that haz_index will issue.
The only task that needs to be completed at this point is the periodic graphs generation by a crontab entry that calls the make_graphs.sh script.
Once we start the server using the provided initscript, we get the manager side ready.

Agent side

gunzip -c stats-3.0.tar.gz | tar -xf -
cd stats
./configure --with-host=central.node --with-port=666
--with-statsdir=/usr/local/stats
make install

With a crontab entry to execute the statlaunch script every 15 minutes, the whole system is up and running.

Data::ICal::Entry::Journal is a Perl module that represents a journal entry in an iCalendar file.

SYNOPSIS

my $vjournal = Data::ICal::Entry::Journal->new();
$vjournal->add_properties(
summary => "Minutes of my party",
description => "I cried because I wanted to.",
# Dat*e*::ICal is not a typo here
dtstart => Date::ICal->new( epoch => time )->ical,
);

$calendar->add_entry($vjournal);

A Data::ICal::Entry::Journal object represents a single journal entry in an iCalendar file. (Note that the iCalendar RFC refers to entries as "components".) It is a subclass of Data::ICal::Entry and accepts all of its methods.

Data::ICal::Entry::Todo is a Perl module that represents a to-do entry in an iCalendar file.

SYNOPSIS

my $vtodo = Data::ICal::Entry::Todo->new();
$vtodo->add_properties(
summary => "go to sleep",
status => INCOMPLETE,
# Dat*e*::ICal is not a typo here
dtstart => Date::ICal->new( epoch => time )->ical,
);

$calendar->add_entry($vtodo);

$vtodo->add_entry($alarm);

A Data::ICal::Entry::Todo object represents a single to-do entry in an iCalendar file. (Note that the iCalendar RFC refers to entries as "components".) It is a subclass of Data::ICal::Entry and accepts all of its methods.

OurNet::Query is a Perl module for scriptable queries with template extraction.

SYNOPSIS

use OurNet::Query;

# Set query parameters
my ($query, $hits) = (autrijus, 10);
my @sites = (google, google); # XXX: write more templates!
my %found;

# Generate a new Query object
my $bot = OurNet::Query->new($query, $hits, @sites);

# Perform a query
my $found = $bot->begin(&callback, 30); # Timeout after 30 seconds

print *** . ($found ? $found : No) . match(es) found.;

sub callback {
my %entry = @_;
my $entry = %entry;

unless ($found{$entry{url}}) {
print "*** [$entry->{title}]" .
" ($entry->{score})" .
" - [$entry->{id}]n" .
" URL: [$entry->{url}]n";
}

$found{$entry{url}}++;
}

This module provides an easy interface to perform multiple queries to internet services, and wraps them into your own format at once. The results are processed on-the-fly and are returned via callback functions.

Its interfaces resembles that of WWW::Searchs, but implements it in a different fashion. While WWW::Search relies on additional subclasses to parse returned results, OurNet::Query uses site descriptors for search search engine, which makes it much easier to add new backends.

Site descriptors may be written in XML, Template toolkit format, or the .fmt format from the commercial Inforia Quest product.

Data::ICal::Entry::FreeBusy is a Perl module that represents blocks of free and busy time in an iCalendar file.

SYNOPSIS

my $vfreebusy = Data::ICal::Entry::FreeBusy->new();
$vfreebusy->add_properties(
organizer => MAILTO:jsmith@host.com,
# Dat*e*::ICal is not a typo here
freebusy => Date::ICal->new( epoch => ... )->ical . / . Date::ICal->new( epoch => ... )->ical,
);

$calendar->add_entry($vfreebusy);

A Data::ICal::Entry::FreeBusy object represents a request for information about free and busy time or a reponse to such a request, in an iCalendar file. (Note that the iCalendar RFC refers to entries as "components".) It is a subclass of Data::ICal::Entry and accepts all of its methods.

METHODS

ical_entry_type

Returns VFREEBUSY, its iCalendar entry name.

optional_unique_properties

According to the iCalendar standard, the following properties may be specified at most one time for a free/busy entry:

contact dtstart dtend duration dtstamp
organizer uid url

optional_repeatable_properties

According to the iCalendar standard, the following properties may be specified any number of times for free/busy entry:

attendee comment freebusy request-status