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Satellite 1.0.2

Satellite 1.0.2


Satellite can track many remote machines with dynamic IP addresses in situations where public DNS services are inappropriate. more>>
Satellite can track many remote machines with dynamic IP addresses in situations where public DNS services are inappropriate. Satellite can log and alert an admin immediately when a site comes online or needs attention.
The Satellite archive also includes an RPM spec file. RPM users can build a binary package ready to install by running:
rpm -tb satellite-1.0.2.tar.gz
You will find the binary rpm under /usr/src/rpm/RPMS/i386 or /usr/src/redhat/RPMS/i386.
Reasons for Satellite
Public DNS services are often used to track clients with changing IP addresses, but DNS solutions suffer from several problems:
Failure
Public DNS servers regularly fail due to overloading and system administration problems.
No notification
There is no notification when a system goes online. Instead you must poll DNS regularly to see when a system comes online.
Latency
Updating can take from several minutes to several hours before the change is made public. On systems with small idle timeouts it is often impossible to find the current IP address via DNS.
No history
Public DNS services only keep track of the current address and dont record past times or changes in a central location.
Enhancements:
- Minor code improvements. -e no longer searches PATH.
- --with-port removed. Default now found from /etc/services.
- Documentation updates
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Download (0.052MB)
Added: 2006-07-12 License: GPL (GNU General Public License) Price:
1201 downloads
 
Other version of Satellite
Satellite 1.0Satellite is a very simple theme that displays a composite satellite image for ...Satellite is a very simple theme that displays a composite satellite image for the
License:GPL (GNU General Public License)
Download (0.094MB)
775 downloads
Added: 2006-02-06
TechniSat Satellite TV-card Linux Driver 0.7.0

TechniSat Satellite TV-card Linux Driver 0.7.0


This driver gives you the capability to work with the MediaFocus Satellite TV card under Linux. more>>
This driver gives you the capability to work with the MediaFocus Satellite TV card under Linux. This driver contains modules for Zorans multimedia controller ZR36120/ZR36125, Micronas Intermetall Video Pixel Decoder VPX32XX series, Digital Radio Processor DRP3510 (astra digital radio decoder), Multistandard Sound Processor MSP3400 C, SGS Thompson Satellite Sound and Video Processor STV0030 and Mitels 2.6 GHz Synthesiser SP5055 (satellite tuner).

A satellite frequency table for xawtv is also included. In this table the 18/14V and 22kHz settings are placed within the frequency values. In order to avoid this dirty implementation two possible future ioctls for the v4l-API are proposed here.

The above mentioned driver was written for the ZR36120/ZR36125-based MediaFocus Sat-PC card. Nowadays TechniSat is selling a new MediaFocus card, which is based on the Philips SAA 7146 multimedia-chip. A driver for this card can be found on the official TechniSat MediafocusII website.
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Download (0.094MB)
Added: 2006-07-20 License: GPL (GNU General Public License) Price:
1206 downloads
Dream DRM Receiver 1.6.25

Dream DRM Receiver 1.6.25


Dream DRM Receiver is an implementation of Digital Radio Mondiale. more>>
Digital Radio Mondiale, also known as DRM, is a new digital radio standard for the long-, medium- and short-wave ranges.

The standard was formed by a consortium in co-operation with the International Telecommunication Union (ITU). The new system offers the radio stations and new service providers access to the multimedia age with small bit rates for large target areas and long distances.

The bandwidth of a DRM bandpass signal is less than 20 kHz and the number of carriers used in the OFDM-modulation is relatively small (max. 460). These features motivate a real-time software implementation of a DRM-receiver on a conventional personal computer (PC) using the sound card as the input and output device. A long, medium and short wave front-end with an intermediate frequency (IF) between 5 kHz and 15 kHz is used to receive the DRM signal.

Any commercial front-end with an IF of 455 kHz should be usable by adding a 455 kHz to 12 kHz adaptor (assumed the receiver bandwidth is sufficient for a DRM signal).

With this software project we intend to implement a working software receiver with, at least, the basic features. Since this project is created at a university and the fundamental idea of such an institution is to teach and stimulate the creativity, this source-code is free under the GNU-General Public License (GPL).

Dream is a development project which uses the open source model to improve DRM technology. The main aim of this project is to implement and test new research results on an existing system, whereby the synchronization and channel estimation is of special interest.

The programming-language is C++. The code runs under Microsoft Windows and Linux. Start of the project was June 2001.

Although this software is going to be distributed as free software under the terms of the GPL this does not mean that its use is free of rights of others. The use may infringe third party IP and thus may not be legal in some countries.

The intended audience of the Dream software are people who are interested in how to decode a DRM stream and want to learn from the algorithms used in this software and people who want to help us improving the performance of the receiver and the source code.

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Download (0.80MB)
Added: 2006-09-12 License: GPL (GNU General Public License) Price:
774 downloads
Video Disk Recorder 1.4.4

Video Disk Recorder 1.4.4


Video Disk Recorder is a digital satellite receiver program using Linux and DVB technologies. more>>
Video Disk Recorder (VDR) is a digital satellite receiver program using Linux and DVB technologies. Video Disk Recorder can record MPEG2 streams, as well as output the stream to TV. It also supports plugins for DVD, DivX, or MP3 playback and more.
Main features:
- Operation entirely via DVB cards On Screen Display and infrared control (LIRC/RCU) or keyboard
- Support for multiple DVB cards (up to four, at least one full featured card with video out required) and "conditional access" (CICAM)
- Channel groups
- EPG display by channel or by time ("Whats on now/next")
- Timers: Programming via EPG or manually, priority/lifetime model, single-shot or repeating timers which use EPG subtitle info as recordings title additionally
- Recording storage on disk: Automatically splitting of recording into files (<<less
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Added: 2006-11-12 License: GPL (GNU General Public License) Price:
1093 downloads
DVBStreamer 0.8

DVBStreamer 0.8


DVBStreamer is a Linux application to stream a service from an off-air DVB transport stream over UDP. more>>
DVBStreamer is a Linux application to stream a service from an off-air DVB transport stream over UDP.

A service in this context is an MPEG2 progam which includes all of the PIDs listed in the programs Program Map Table. Confusing DVB call this a service and MPEG a program (although there are reason for this difference which I wont go into).

DVBStreamer doesnt transcode the incoming service but simple forwards all the transport packets belonging to the service over UDP to a reciever. The receiver could be a display application like mplayer/xine/video lan client or it could be a simple recording application to store the received packets to file.

What makes DVBStreamer different from similar applications?

First of all DVBStreamer streams the entire service, that includes the PCR PID which some other applications assume is embedded in the video or audio packets.

Secondly the channels.conf file produced by the linuxtv.org scan application is only used to initialise the list of services and multiplexes, the PID values in file are not used. Instead the SI in the transport stream is monitored and updated when the PAT and PMT tables are updated.

Finally DVBStreamer only retunes to a multiplex, if when switching services the new service is on a different multiplex. This speeds up channel change quite considerably.

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Added: 2007-07-12 License: GPL (GNU General Public License) Price:
838 downloads
VideoLAN Server 0.5.6

VideoLAN Server 0.5.6


VideoLAN Server is an MPEG, DVD, and DVB server for Unix/Linux. more>>
VLS is a dedicated server that compiles under Linux, Windows and Mac OS X. It isnt under very active development at the moment and we advice you to consider the Stream Output functionality of VLC instead.

The network on which you setup the VideoLAN solution can be as small as one ethernet 10/100Mb switch or hub, and as big as the whole Internet! The bandwidth needed is:

* 0.5 to 4 Mbit/s for an MPEG-4 stream,
* 3 to 4 Mbit/s for an MPEG-2 stream read from a satellite card, a digital terrestial television card or an MPEG-2 encoding card,
* 6 to 9 Mbit/s for a DVD.

INPUTS:

File
DVD
DVB-S (Hauppauge Nova-S / Nexus)
DVB-C (Hauppauge DVB-C)
DVB-T (Hauppauge Nova-t)
MPEG encoding card [4]
ASI card (SVN Only)
V4L device (SVN Only)

OUPUT:

UDP Unicast / Multicast
File

CONTROL:

Command line
Telnet

MISC:

IPv6
Send DVD subtitles
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Download (0.78MB)
Added: 2005-05-03 License: GPL (GNU General Public License) Price:
1653 downloads
File Beamer 0.1.5

File Beamer 0.1.5


File Beamer is an easy to use file transfer tool. more>>
File Beamer is an easy to use file transfer tool. The programm is platform independent. That means it runs with Windows 98/ME/2000/XP, Linux, Unix and MacOS X.

This is made possible by using Trolltechs Qt Library which provides an easy to use GUI toolkit, networking functions and a lot more.

File Beamer is free open source software and was released under the GPL license.

Usage:

Receiving files:

Click the "Receive" tab
If the receiver is behind a firewall or router, check "reverse connection" and enter the senders IP or host name. *
Click the "listen" button. The client can now receive files
When receving a file, a "Save as" dialog appears. Choose a place to safe the file.

Sending files:

Click the "Send" tab
If the receiver is behind a firewall or router check "reverse connection" *
Else input the target IP address or host name and port
Select a file to send either by typing the path or by clicking the "..." button
Click the "Send" button (target must be in listen mode)
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Download (2.8MB)
Added: 2005-11-08 License: GPL (GNU General Public License) Price:
1578 downloads
1-ClickWeather 1.1.4

1-ClickWeather 1.1.4


1-ClickWeather is a Firefox extension which enables users to quickly view current weather conditions. more>>
Because weather is important to you everyday... weather.com offers you instant local weather conditions, alerts, radar in motion, satellite maps, and forecasts all within your Firefox browser.

1-ClickWeather is a Firefox extension which enables users to quickly view current weather conditions and up to 5 days of forecast information within the browser and allows for instant access to detailed and customized weather content through clickable icons. All weather data in provided by weather.com.

In addition, the extension features color coded severe weather alerts from the National Weather Service and links to unique features available from weather.com.

All of the weather information displayed by 1-ClickWeather relates to a user-selected geographic location. This information includes:

Weather Videos - pre-selected weather video from weather.com. Choices include Top Story, Severe Weather Outlook, European travel forecast, US national forecast or a choice of one of four US regional forecasts.

Radar - animated in-motion Doppler radar image pre-selected by the user from one of nine US regions.

Satellite - satellite map pre-selected by the user for a defined international geographic region. Choices include Europe, Russia, Asia, Middle East, Africa, Canada, Mexico, Central America, and South America.

Quick Launch - up to 16 user-defined quick launch links to unique content on the weather.com website, including local 36-hour forecasts, local 10-day forecasts and links to customized lifestyle content such as Personal PetCasts, Baseball Game Day Forecasts and PollenCasts.

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Download (0.62MB)
Added: 2007-05-02 License: MPL (Mozilla Public License) Price:
978 downloads
Enterprise File Exchange 0.1

Enterprise File Exchange 0.1


Enterprise File Exchange slots in where email file attachment limits stop your users from sending those important files... more>>
Enterprise File Exchange (EFX) slots in where email file attachment limits stop your users from sending those important files to a contact.

In the EFX world, the user visits the EFX site, uploads the file, enters the receivers email address and lets the system notify the receiver that theres a file waiting for them, via a simple email message.

Senders need to sign up, and the EFX system only allows transfers between internal users (those with addresses in an approved list) and external users, never external to external.

It is written in Python, using the Pylons framework.

This project is licensed under the GNU GPL version 3.
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Added: 2007-07-26 License: GPL v3 Price:
825 downloads
Astro::Coord::ECI 0.012

Astro::Coord::ECI 0.012


Astro::Coord::ECI is a Perl module to manipulate geocentric coordinates. more>>
Astro::Coord::ECI is a Perl module to manipulate geocentric coordinates.

SYNOPSIS

use Astro::Coord::ECI;
use Astro::Coord::ECI::Sun;
use Astro::Coord::ECI::TLE;
use Astro::Coord::ECI::Utils qw{rad2deg};
# 1600 Pennsylvania Avenue, in radians, radians, and KM
my ($lat, $lon, $elev) = (0.678911227503559,
-1.34456123391096, 0.01668);
# Record the time
my $time = time ();
# Set up observers location
my $loc = Astro::Coord::ECI->geodetic ($lat, $lon, $elev);
# Instantiate the Sun.
my $sun = Astro::Coord::ECI::Sun->universal ($time);
# Figure out if the Sun is up at the observers location.
my ($azimuth, $elevation, $range) = $loc->azel ($sun);
print "The Sun is ", rad2deg ($elevation),
" degrees above the horizon.n";
# Instantiate a satellite. The parser returns a list.
my ($tle) = Astro::Coord::ECI::TLE->parse (universal ($time));
# Find the satellites ECI coordinates at the given time.
# It is not necessary to run the model again, unless you
# want coordinates for a different time.
my ($X, $Y, $Z) = $tle->eci ();
print<<less
Download (0.16MB)
Added: 2007-02-21 License: Perl Artistic License Price:
978 downloads
DVB Driver Project 1.1.1

DVB Driver Project 1.1.1


DVB Driver Project is a driver for DVB cards by many manufacturers. more>>
If you want to receive IP over Satellite and DVB on your Linux machine, you might want to buy one of these DVB PCI cards (see also the developer section for a list of card revisions supported by our driver):

* The Siemens DVB card - this is the card we developped the Linux drivers for (thanks to the Siemens guys). The Siemens DVB-S card is identical to the cards built by Hauppauge, Technotrend, Galaxis and Katek. We also support the Siemens DVB-C card.
* Hauppauge has released a low budget version of the Siemens card. The WinTV Nova has no MPEG2 decoder chip anymore. From driver version 0.8 on we support this card - you should be able to get a complete transport stream from it.
* Technotrend has developed a DVB-T card and our driver also supports this card (both, the version with DSP and the Nova card). Most DVB-S cards (except for Version 1.6) are also supported by us. The Technotrend DVB-C card (at least the newer version 2.1) is currently not working with our driver.
* The Telemann Skymedia card - never seen that card, but there are Linux drivers
* The Pentamedia cards - Linux drivers for a IP-over-Satellite card.
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Download (0.32MB)
Added: 2005-08-09 License: GPL (GNU General Public License) Price:
1540 downloads
SWIFT::Factory::ApplicationHeader 0.02

SWIFT::Factory::ApplicationHeader 0.02


SWIFT::Factory::ApplicationHeader is a Perl module that provides an Application Header Block for a SWIFT message. more>>
SWIFT::Factory::ApplicationHeader is a Perl module that provides an Application Header Block (Block 2) for a SWIFT message.

SYNOPSIS

use SWIFT::Factory::ApplicationHeader;
my $hdr2=SWIFT::Factory::ApplicationHeader->new();

This class is primarily intended to be used by the different SWIFT::Factory::MTnnn modules to provide full SWIFT messages for input to the SWIFT network.

Nevertheless, there is nothing prohibiting an application to directly use this class for whatever purpose.

Given reasonable parameter values in the constructor, the string() method in this class will return an Application Header Block (Block nbr 2) that can be used in a SWIFT message sent to the SWIFT network.

CONSTRUCTOR

new( MESSAGE_TYPE=>300, BIC=>VALIDBIC, TERMINAL=>X, BRANCH_CODE=>XXX, MESSAGE_PRIORITY=>N, DELIVERY_MONITORING=>1, OBSOLESCENCE_PERIOD=> )

The parameters may be given in arbitrary order. Many parameters have builtin default values. If the calling application doesnt provide the parameter at all, the object will apply the default value.

MESSAGE_TYPE=>

Technically optional, but its hard to see a reason not to provide this parameter.
A numeric scalar value that indicates the message type being provided. For an MT300 message, use the value 300. For an MT515, use 515. Etc.

BIC=>

An eight character scalar value that contains a valid receiver BIC.
The receiver BIC is technically optional, but it will probably quite rarely make sense to instantiate an object of this class without specifying a BIC.

TERMINAL=>

Optional. A one character scalar value that identifies the receiving terminal.
Default value: X. It is very unusual that the sending party would populate this entity with anything else than the default value. It is thereby recommended that most applications dont provide this parameter at all.

BRANCH_CODE=>

Optional. A three character scalar value that identifies the branch code at the receiver.

Default value: XXX.

MESSAGE_PRIORITY=>

Optional. A one character scalar value indicating the requested network priority for the message.

If given, use one of the values:

SWIFT::Factory::ApplicationHeader::MSG_PRIORITY_SYSTEM();
SWIFT::Factory::ApplicationHeader::MSG_PRIORITY_URGENT();
SWIFT::Factory::ApplicationHeader::MSG_PRIORITY_NORMAL();
Default value provided by the class:
SWIFT::Factory::ApplicationHeader::MSG_PRIORITY_NORMAL();

DELIVERY_MONITORING=>

Technically optional. SWIFT requires this entity for urgent messages. A one digit numeric scalar value or a zero length string.

If given, use one of the values:

SWIFT::Factory::ApplicationHeader::MONITORING_NON_DELIVERY();
SWIFT::Factory::ApplicationHeader::MONITORING_DELIVERY_NOTIFICATION();
SWIFT::Factory::ApplicationHeader::MONITORING_DELIVERY_BOTH();

Default value provided by the class: A zero length string which implies No monitoring.

OBSOLESCENCE_PERIOD=>

Optional. A numeric scalar value expressing the delay in units of 5 minutes. I.e. 3 means 15 minutes and 20 means 100 minutes.

Maximum three digits long. See the relevant SWIFT handbook for details.
Default value provided by the class: A zero length string which implies No obsolescence period.

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Download (0.004MB)
Added: 2007-05-25 License: Perl Artistic License Price:
882 downloads
SWIFT::Factory::BasicHeader 0.03

SWIFT::Factory::BasicHeader 0.03


SWIFT::Factory::BasicHeader is a Perl module that provides a Basic Header Block (Block 1) for a SWIFT message. more>>
SWIFT::Factory::BasicHeader is a Perl module that provides a Basic Header Block (Block 1) for a SWIFT message.

SYNOPSIS

use SWIFT::Factory::BasicHeader;
my $hdr1=SWIFT::Factory::BasicHeader->new();

This module is primarily intended to be used by the different SWIFT::Factory::MTnnn modules to provide full SWIFT messages for input to the SWIFT network.

Nevertheless, there is nothing prohibiting an application to directly use this module for whatever purpose.

Given reasonable parameter values in the constructor, the string method in this module will return a Basic Header Block (Block nbr 1) that can be used in a SWIFT message sent to the SWIFT network.

CONSTRUCTOR

new( APPLICATION_ID=>F, SERVICE_ID=>1, BIC=>VALIDBIC, TERMINAL=>X, BRANCH_CODE=>XXX, SESSION_NBR=>0, INPUT_SEQUENCE_NBR=>0)

The parameters may be given in arbitrary order. Many parameters have builtin default values. If the calling application doesnt provide the parameter at all, the object will apply the default value.

APPLICATION_ID=>

Optional. A one character value that indicates the application within which the message is being sent.

Valid values are:

F (FIN = All user-to-user, FIN system and FIN system msgs),
A (GPA = Most GPA system mesgs)
and
L (Certain GPA msgs, for ex. LOGIN).

Default value: F, which is the most commonly used application.

To set this value, use one of:

SWIFT::Factory::BasicHeader->APP_ID_FIN,
SWIFT::Factory::BasicHeader->APP_ID_GPA,
and
SWIFT::Factory::BasicHeader->APP_ID_GPA_LOG.

Yes, these are constants, and yes, since they are class methods they are available before calling the constructor.

Opposit of the object methods that are functional only after having called the new() constructor.

SERVICE_ID=>

Optional. A numeric value that identifies the type of data that is being sent. Maximum two characters long. See the relevant SWIFT handbook for details.
Default value: 1, which will output as 01.

BIC=>

Technically optional, but it will probably quite rarely make sense to instantiate an object of this class without specifying a BIC. An eight character value that contains a valid receiver BIC.

TERMINAL=>

Optional. A one character value that identifies the receiving terminal.
Default value: X.

BRANCH_CODE=>

Optional. A three character value that identifies the branch code at the receiver.
Default value: XXX.

SESSION_NBR=>

Optional. A numeric value. Maximum four characters long. See the relevant SWIFT handbook for details.

Default value: 0, which will output as 0000.

INPUT_SEQUENCE_NBR=>

Optional. A numeric value. Maximum six characters long. See the relevant SWIFT handbook for details.

Default value: 0, which will output as 000000.

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Download (0.004MB)
Added: 2007-05-25 License: Perl Artistic License Price:
882 downloads
Doc::Perlish::Writer 0.14

Doc::Perlish::Writer 0.14


Doc::Perlish::Writer is a base class for stream output functions. more>>
Doc::Perlish::Writer is a base class for stream output functions.

SYNOPSIS

# using - generally use a subclass
my $writer = Doc::Perlish::Writer::XML->new();

$doc->receiver($writer);
$doc->send_all();

my $output = $writer->output; # an IO::All object

# or, you can pass an object or specify an IO::All source
$writer->output("filename");
$writer->output($scalar);

# to get the document body
$writer->doc;

A writer is something that takes Doc::Perlish Serial API events, and converts them into a stream.

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Download (0.055MB)
Added: 2007-03-10 License: Perl Artistic License Price:
958 downloads
Jawa Open Eyes 5.1

Jawa Open Eyes 5.1


Jawa Open Eyes is a visual network monitoring tool developed in Java for managing network and Internet resources. more>>
Jawa Open Eyes is a visual network monitoring tool developed in Java for managing network and Internet resources.

Jawa Open Eyes supports SNMP v1/2/2c for collecting MIB-II information, port scanning, and SSL capable URL time response.

The main features include visual network monitoring, an enhanced network topology designer, email alert, trap receiver, trap agent, and real time logging to DB and Web.

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Download (2.6MB)
Added: 2005-12-06 License: Free To Use But Restricted Price:
1445 downloads
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