Free producer 1.5 software for linux

IO::Pipe::Producer is a Perl module that provides two modules getSubroutineProducer and getSystemProducer.

SYNOPSIS

# Module which provides 2 methods: getSubroutineProducer
# and getSystemProducer. They take a subroutine reference
# (with associated arguments) and a system call
# respectively and return (blessed) handles on their
# streaming standard output and standard error output.


# EXAMPLES of usage

use IO::Pipe::Producer;
$obj = new IO::Pipe::Producer();
$stdout_fh =
$obj->getSubroutineProducer($subroutine_reference,
@subroutine_parameters);

# OR

use IO::Pipe::Producer;
$obj = new IO::Pipe::Producer();
($stdout_fh,$stderr_fh) =
$obj->getSubroutineProducer($subroutine_reference,
@subroutine_parameters);

# OR

use IO::Pipe::Producer;
$stdout_fh = new IO::Pipe::Producer($subroutine_reference,
@subroutine_parameters);

# OR

use IO::Pipe::Producer;
($stdout_fh,$stderr_fh) =
new IO::Pipe::Producer($subroutine_reference,
@subroutine_parameters);

# Then you can read the returned handles like any other
# file handle...

while()
{print "STDOUT From Producer: $_"}
while()
{print "STDERR From Producer: $_"}

# You can also do the same thing with system calls using
# the getSystemProducer subroutine. However, this feature
# is not accessible via the new constructor

use IO::Pipe::Producer;
$obj = new IO::Pipe::Producer();
$stdout_fh =
$obj->getSystemProducer("echo "Hello World!"");

use IO::Pipe::Producer;
$obj = new IO::Pipe::Producer();
($stdout_fh,$stderr_fh) =
$obj->getSystemProducer("echo "Hello World!"");

# However, this is exactly the same as:

use IO::Pipe::Producer;
$stdout_fh = new Producer(sub{system(@_)},
"echo "Hello World!"");

# OR

use IO::Pipe::Producer;
($stdout_fh,$stderr_fh) =
new IO::Pipe::Producer(sub{system(@_)},
"echo "Hello World!"");

lcdproc_amarok is a lcdproc client script for amaroK to show the currently playing song, how long it is and what number in the playlist it is. For streaming contents, the length in stead says streaming.

It is pretty difficult to show how this works in a screenshot, so I suggest that you take a look at my video in stead if you dont just download it straight off.

You can observe it here:

http://www.martinm-76.dk/md8800/LCD/md8800.avi

A word of caution: The video is almost 40 MB in size.

Futher ideas for enhancement welcome.

I am using it on my Medion MD8800 machine and as such I have added some extras for this display. Those are disabled by default so it shouldnt bother anyone.

You need the latest CVS version of lcdproc to use this version of the script. An older version that works with lcdproc 0.5 can be found here:

http://www.martinm-76.dk/software/amarok/lcdproc_amarok-1.3.amarokscript.tar.bz2

It will not be developed further by me, though...

cPige is a tool for webradios that want to backup their stream on a 1 day period. cPige is listening to an icecast/shoutcast webradio, and write the stream using 2 different methods: Artist - Title.mp3, or in Pige mode, cPige write files like 0.mp3 1.mp3 .. corresponding to the current hour. Each mp3 should be 60 min long. Existing files are overwriten. So you can keep 1 day streaming 24/7.
Usage:
./cpige -h http://stream-hautdebit.frequence3.net:8000/ -h http://fallback.stream:8000/fallback -d .
-h host to connect to.
-V show cpige Version.
-d directory save stream to this directory.
-P Pige mode (takes no argument), save stream by hour.
-M Use pige Meta: will write id3v1 tag (only usefull with pige mode).
-q Quite mode, does not output stream status.
-b Background mode (UNIX only) use cPige as a daemon.
-l Path to logfile.
-I [h|m] pige mode will cut on a hour by hour basis or min by min basis.
-i nb how many "nb" hour(s) or minute(s) we should wait before cutting.
-n cPige will append xxxx to file in non pige mode, where xxxx is a number.
-h is the stream URL (not a .m3u or .pls playlist).
-d select where data should be written.
-P Pige mode, keeps 24h of data, by 1h segment, overwriting existing files.
-b Background mode. (UNIX only)
-l path to the logfile.
-q Quiet mode, does not output stream status on stdout
-M Use pige Meta: will write id3v1 tag (only usefull with pige mode)
-I [h|m] pige mode will cut on a hour by hour basis or min by min basis.
-i nb how many "nb" hour(s) or minute(s) we should wait before cutting.
Practical example:
If you have a stream url like http://stream-hautdebit.frequence3.net:8000/ you can use this command line:
./cpige -h http://stream-hautdebit.frequence3.net:8000/ -d /where/to/store/data [ -P ] [ -b ] [ -l cpige.log ]
Parameters in brackets are OPTIONAL. Brackets should not be given to the command line.
Enhancements:
- A Gtk2 GUI was added.
- Metaint changes during reconnections are correctly handled.
- Non-printable characterss are no longer used in filenames created in non pige mode.
- Directly starts recording without waiting for a new interval.
- A memory leak has been fixed.
- A potential bug in getHeaders() has been fixed.
- The ability to stop cPige after a certain amount of time has been added.
- NULL strings are not printed.
- There are some fixes for the Win32 platform.

DVDStyler is a crossplatform DVD Authoring System.
DVDStyler project is free software distributed under GNU General Public License (GPL).
Main features:
- drag and drop MPEG files directly
- import image file for background
- create NTSC/PAL menus
- place text and images anywhere on the menu screen
- change font/color
- put basic text buttons, change font/color and background color
- copy and paste any menu object
- set chapters for each movie
- change post command for each movie

Cammgr manages a collection of web cameras. It will bring cameras online or offline, and initiate or suspend image capture operations.
Any camera can be controlled provided a driver is available. Cammgr supports multiple images per camera, default images for inactive cameras, per- user/host/camera notifications, and an easy-to- use configuration file.
Cammgr can scan Apache log files to auto-initiate image capture, and tune capture frequency can to the minimum needed to ensure that clients receive a new image on request.
Enhancements:
- Support for Axis network cameras was added.
- A bug where the pipe file descriptor was left open across shell exec was fixed.
- A client capture manager from where all capture processes are dispatched and monitored was created.
- A bug where the capture process did not go away when cammgr exited was fixed.
- Other miscellaneous cleanups were done.

Thirdphase automatically downloads, installs, backs up, and runs any software downloadable from a static URL, with a couple of other user-provided variables. The project is useful for keeping nightly builds of software up-to-date.

Usage: thirdphase [options] product_list
product:
a config file name located in ~/.thirdphase/config
options:
c - cleanup the downloads folder
d - download only (No decompression or installation)
D - Dont run the app once installed
f - force download (this option will not backup your current app)
i - set a personal install path (defaults are set in config files)
enter a empty string to return to default
I - install a config file to ~/.nightly/config/
h - help (this message)
l - list settings for a config
L - list all installed configs
p - Ignore if a products download has been marked problematic
q - quiet thirdphases output
r - revert to backup (should be used without any other options)
t - Edit the config file of the given product
R - if your sever supports resume offset downloading use this option
v - version

PyGCS is designed to be a VERY stripped down MUD-like chat-server that runs in a small amount of memory. It differs from common MUDs in several ways:
1. PyGCS has a single "room" and no large database to keep in memory and on disk.
2. PyGCS has no embedded programming language

PyGCS is ideally meant to be a small multi-user real-time chat system for people who have a need to talk to more than one person at a time online. It fits somewhere in between the setup IRC uses and the MUCK/MUSH/MOO style of server.
You can use it at things like:
A central location for system administrators and other administrative people to discuss immediate problems with local networks, etc
- A personal place to talk with friends without loading down the machine its run on.
- A continuous backup for social type MUDs

The PyGCS server that I run is very regularly up for 70+ days at a time and usually goes down because of the host being rebooted.

Once you get the server installed and up-and-running, youll need a way to connect to the server. More specifically, youll need a client program to connect to the server. This topic isnt my problem :), but basically you have two options:
1. Raw telnet. (Already installed on almost any OS, but it is poor for this use because it doesnt seperate the servers output lines from your input (typed) lines.)
2. MUD Client. (You MAY have to compile it, but it gives you the benefit of seperating input and output as well as some sort of macro language possibly, etc).