Free netscape radio software for linux

Netscape::History is a Perl object class for accessing Netscape history database.

SYNOPSIS

use Netscape::History;

$history = new Netscape::History();
while (defined($url = $history->next_url() ))
{
}

The Netscape::History module implements an object class for accessing the history database maintained by the Netscape web browser. The history database keeps a list of all URLs you have visited, and is used by Netscape to change the color of URLs which you have previously visited, for example.

With this module, you can get at the URLs stored in a Netscape history file, delete URLs, and add new ones. With the associated Netscape::HistoryURL module you can access the information which is associated with each URL.

Please Note: the database format for the browser history was changed with Netscape 4. Previously only the time of most recent visit was available; now you can also get at the time of your first visit, the number of visits, the title of the referenced page, and another value.

Netscape::Cache is a Perl object class for accessing Netscape cache files.

SYNOPSIS

The object oriented interface:

use Netscape::Cache;

$cache = new Netscape::Cache;
while (defined($url = $cache->next_url)) {
print $url, "n";
}

while (defined($o = $cache->next_object)) {
print
$o->{URL}, "n",
$o->{CACHEFILE}, "n",
$o->{LAST_MODIFIED}, "n",
$o->{MIME_TYPE}, "n";
}

The TIEHASH interface:

use Netscape::Cache;

tie %cache, Netscape::Cache;
foreach (sort keys %cache) {
print $cache{$_}->{URL}, "n";
}

The Netscape::Cache module implements an object class for accessing the filenames and URLs of the cache files used by the Netscape web browser.

Note: You can also use the undocumented pseudo-URLs about:cache, about:memory-cache and about:global-history to access your disk cache, memory cache and global history.
There is also an interface for using tied hashes.

Netscape uses the old Berkeley DB format (version 1.85) for its cache index index.db. Version 2.x.x is incompatible with the old format (db_intro(3)), so you have either to downgrade or to convert the database using db_dump185 and db_load. See convert_185_2xx for a (experimental) converter function.

GNU Radio is a collection of software that when combined with minimal hardware, allows the construction of radios where the actual waveforms transmitted and received are defined by software. What this means is that it turns the digital modulation schemes used in todays high performance wireless devices into software problems.
What is a Software Defined Radio?
Joe Mitola says, "A software radio is a radio whose channel modulation waveforms are defined in software. That is, waveforms are generated as sampled digital signals, converted from digital to analog via a wideband DAC and then possibly upconverted from IF to RF. The receiver, similarly, employs a wideband Analog to Digital Converter (ADC) that captures all of the channels of the software radio node. The receiver then extracts, downconverts and demodulates the channel waveform using software on a general purpose processor."
For our purposes, on the receive side, the idea is to get a wide band ADC as close to the antenna as is convenient, get the samples into something we can program, and then grind on them in software.
Enhancements:
- GNU Radio 2.6 includes sending and receiving data at up to 1Mbit/sec using GMSK. - Theres also support for the new USRP Flex 400 transceiver daughterboards.
- Handling of all daughterboards has been unified, so most apps will work without modification on any of them. For those of you interested in wireless networking, see especially gnuradio-examples/python/gmsk2. Weve got a framework in place to allow you to build and experiment with your own MACs. 2.6 includes the "null MAC". A carrier sense MAC is the next logical step.

A tool to take that corrupted Netscape Address Book and get your information out of it. This is a tool to take that corrupted Netscape Address Book and get your information out of it. After the third time my book got corrupted, I gave up trying to fix it by hand and wrote this program. This program attempts to get as much information out of the address book as is possible. But as with all programs of this type, it will always need to change to keep track of the different ways in which the address book can be corrupted. It can output .csv (Comma Separated Values) or .ldi (LDAP Date Interchange Format) files.Dont output .csv files, you will lose all mailing list information.
Enhancements:
- Major bugfixes with handling indexes
- Major bugfixes with handling edits
- Added LDIF support
- Added support for mailling lists

Netscape::Bookmarks is a Perl module to parse, manipulate, or create Netscape Bookmarks files.

SYNOPSIS

use Netscape::Bookmarks;

# parse an existing file
my $bookmarks = Netscape::Bookmarks->new( $bookmarks_file );

# -- OR --
# start a new Bookmarks structure
my $bookmarks = Netscape::Bookmarks->new;

# print a Netscape compatible file
print $bookmarks->as_string;

[ Note: I wrote this a long time ago. Although this should still work with "Netscape" browsers, Mozilla browsers do the same thing. When the docs say "Netscape", I mean either branch of browsers. ]

The Netscape bookmarks file has several basic components:

title
folders (henceforth called categories)
links
aliases
separators

On disk, Netscape browsers store this information in HTML. In the browser, it is displayed under the "Bookmarks" menu. The data can be manipulated through the browser interface.

This module allows one to manipulate the bookmarks file programmatically. One can parse an existing bookmarks file, manipulate the information, and write it as a bookmarks file again. Furthermore, one can skip the parsing step to create a new bookmarks file and write it in the proper format to be used by a Netscape browser.

The Bookmarks module simply parses the bookmarks file passed to it as the only argument to the constructor:

my $bookmarks = Netscape::Bookmarks->new( $bookmarks_file );

The returned object is a Netscape::Bookmarks::Category object, since the bookmark file is simply a collection of categories that contain any of the components listed above. The top level (i.e. root) category is treated specially and defines the title of the bookmarks file.

HTML::Parser is used behind the scenes to build the data structure (a simple list of lists (of lists ...)). Netscape::Bookmarks::Category, Netscape::Bookmarks::Link, Netscape::Bookmarks::Alias, or Netscape::Bookmarks::Separator objects can be stored in a Netscape::Bookmarks::Category object. Netscape::Bookmarks::Alias objects are treated as references to Netscape::Bookmarks::Link objects, so changes to one affect the other.

Methods for manipulating this object are in the Netscape::Bookmarks::Category module. Methods for dealing with the objects contained in a Netscape::Bookmarks::Category object are in their appropriate modules.

new( [filename] )

The constructor takes a filename as its single (optional) argument. If you do not give new an argument, an empty Netscape::Bookmarks::Category object is returned so that you can start to build up your new Bookmarks file. If the file that you name does not exist, undef is returned in scalar context and an empty list is returned in list context. If the file does exist it is parsed with HTML::Parser with the internal parser subclass defined in the same package as new. If the parsing finishes without error a Netscape::Bookmarks::Category object is returned.

parse_string

Method for HTML::Parser subclass method

start

Method for HTML::Parser subclass method

text

Method for HTML::Parser subclass method

end

Method for HTML::Parser subclass method

my_init

Method for HTML::Parser subclass method

P2P-Radio provides a peer-to-peer audio and video broadcasting system.
P2P-Radio is a peer-to-peer audio (MP3) and video (NSV) broadcasting system that features freeloader detection, stream signing, SHOUTcast support, an easy-to-use GUI, and a separate monitor application which displays the current structure of the P2P network.
P2P-Radio is programmed in Java and runs on Windows, Mac OS X, Linux and many other systems.
Main features:
- Easy to use (graphical user interface)
- You can play the music/video with your media player (i.e. Winamp)
- A Shoutcast/Icecast Internet radio/TV station is used as audio/video source
- Freeloaders (peers that only listen but dont want to send the stream to other listeners) will be detected
- The data stream is signed, you can be sure that it arrives unchanged
- Very efficient communication (low overhead)
- The network structure can be viewed with a monitor
Enhancements:
- Signing of streams has been turned off by default in order to save CPU time (enable it with the parameter "-sign")
- P2P-Radio will only cooperate with a monitor if it was started with the parameter "-enablemonitor"
- Two parameters control whether the media player will be started:
- startmediaplayer: Start the media player in broadcasting mode
- dontstartmediaplayer: Dont start the media player in listening mode