Free id3lib 1.05 software for linux

AudioFile::Info::MP3::ID3Lib is a Perl extension to get info from MP3 files.

This is a plugin for AudioFile::Info which uses MP3::ID3Lib to get data about MP files.
See AudioFile::Info for more details.

METHODS

new

Creates a new object of class AudioFile::Info::MP3::ID3Lib. Usually called by AudioFile::Info::new.

djbdns is a collection of Domain Name System tools. Security is one of the primary motivations for the development of djbdns.

Every step of the design and implementation has been carefully evaluated from a security perspective. The djbdns package has been structured to minimize the complexity of security-critical code.

dnscache is immune to cache poisoning. It is advisable to use the package as a secure alternative to BIND.

Installation

Like any other piece of software (and information generally), djbdns comes with NO WARRANTY. Exception: See the djbdns security guarantee.

djbdns works only under UNIX. One UNIX flavor, SCO UnixWare, is not supported at this time.

Before installing djbdns, install daemontools 0.70 or above, and install ucspi-tcp.

As you go through the installation and configuration process, please keep notes of exactly what you did and exactly what the computer did. Put the notes on your web pages, and include the URL with any questions that you send to the dns mailing list.

1. If you would like a local copy of these web pages, download the djbdns documentation package and unpack it under under /doc:

gunzip < doc.tar.gz | (cd /; tar -xf -)

Then run slashdoc-merge to create indices such as /doc/commands.html.

2. Download the djbdns package. The latest published djbdns package is djbdns-1.05.tar.gz.

3. Unpack the djbdns package:

gunzip djbdns-1.05.tar
tar -xf djbdns-1.05.tar
cd djbdns-1.05

4. Compile the djbdns programs:

echo gcc -O2 -include /usr/include/errno.h > conf-cc
make

The first line, modifying conf-cc, is necessary for some Linux systems, to work around a Linux bug. It can be skipped under BSD, Solaris, and other systems that comply with IEEE Std 1003.1-1990.

5. As root, install the djbdns programs under /usr/local:

make setup check

6. Report success:

( echo First M. Last; cat `cat SYSDEPS` )
| mail djb-sysdeps@cr.yp.to

Replace First M. Last with your name.

Image::PBMlib Perl module contains helper functions for PBM/PGM/PPM image file formats.

SYNOPSIS

use Image::PBMlib;

... open(PPM, "< image.ppm")...

my $ref = readppmheader(*PPM);

my @pixels = readpixels_raw(*PPM, $$ref{type},
($$ref{width} * $$ref{height}) );

my @pixels = readpixels_dec(*PPM, $$ref{type},
($$ref{width} * $$ref{height}) );

my @rgb = hextriplettoraw("F00BA4");

my @rgb = dectriplettoraw("17:34:51");

my $header = makeppmheader($ref);

This is primarily a library for reading portable bitmap (PBM), portable graymap (PGM), and portable pixmap (PPM) files. These image formats are only the barest step up from raw data, and have a very simple format which is the key to be "portable". Writing out images in these formats is very easy.

Reading images in these formats is also easy, but not quite "very easy". Proper reading of the file needs to happen one byte at a time, since there is no fixed header length. Headers can also contain comments, which must be ignored. Then, once past the header, there are a total of six different ways that the data might need to be read: a raw and an ascii encoding of each image color level.

Sanefile is a tool to easily and quickly clean and change a large number of filenames. The idea started when I started “ripping” my own CD’s and the filenames were all different and full of errors. When I started getting TV downloads from other sources, the issue became a problem.

I had to find an efficient way of changing a large number of filenames. Sanefile was the result. Simple, single-purpose and very efficient at it with total exploitation of Tcl’s rich Regular Expression capabilities.

What this tool is NOT: spy-ware, spam-ware, virus or any other crappy stuff.

With Sanefile, you can use the full power of regular expressions. For instance, imagine that you want to filter off all files starting with a A. To use the just A would remove from the list all the files with A in it. Not the solution. If you use ^A (Carat and A) it means that it has to match A only at the beginning of the text.

More examples:

^text matches "text" in the beginning of the name
text$ matches "text" in the END of the filename
. matches ANY character
[ ] range indicator as in:
[a-z] matches ONE letter "a" to "z"
[a-zA-Z] matches ONE letter "a" to "z" and "A" to "Z"
[0-9] matches ONE digit
[^range] (caret) matches if NOT in the range as in:
[^0-9] matches if it is NOT a digit
* operator for repetition
.* matches everything
[0-9]* multiple digits
[^a-zA-Z0-9]* a bunch of everything BUT a letter or digit
escape operator
t tab
( when you want to match (
. when you want to match .
when you want to match (RARELY DONE! Think why.)
() used to group expressions
ab* a followed with multiple bs
(ab)* multiple ab (different from above!)

^Doors.*([A-Z][0-9]*).*.mp3$ Matches all files starting with Doors, have somewhere in the middle a letter followed by digits and end in ".mp3"

TxSig project is a small signature rotator.
It can randomly pick from a directory of files containing fortunes or quotes. It offers a variety of features such as compatibility with files from fortune. Users can generate their own quote files.
Main features:
- Quotes chosen based on length
- Quotes chosen based on rating
- Multiple configuration files
- Multiple quote/fortune files
- 100% Compatability with standard fortune files
- Drop-in compatability with pine V 4.44
- Optional apending of .signature (or any other file)
- Uses only standard perl modules
- Tastes Good
- Possibly Sexy
Enhancements:
- fixed a problem with creating and updating the data.cnt file

FreeMIS project is developing a free and better alternative to the commercial MIS products. All the FreeMIS files and data are stored on a web server, and the FreeMIS system is accessed via the Internet. Users simply need an Internet connection and a modern web browser (preferrably Firefox, but Internet Explorer 6 and Safari work fine).
Each user has a unique username and password, which grant them access to the system. At present, only teachers can access the system, but the design of FreeMIS is ready for access by any of the stakeholders in the school system - students, parents, governors etc.
At present, FreeMIS is used to write reports to parents on pupil progress. Using FreeMIS, teachers can write reports at a time and place of their own choosing. Some choose to write reports in school, but many now write their reports from home.
Main features:
- Password protected access, to ensure security of data.
- Web-based, so it can be accessed on any computer connected to the Internet, without the need for special software.
- Storage of pupil and staff data
- Storage of class enrollment and course data
- Production of reports to parents/guardians on pupil progress
- Monitoring of pupil progress through a tracking and target setting system, which includes the automatic generation of letters to parents/guardians
- Noting of unexplained absences, which automatically generates a warning email to the school office
The FreeMIS project aims to provide schools with a high quality alternative to the proprietary Management Information Systems that abound in schools in the UK and beyond.
We at the FreeMIS project believe that the best way to create a high quality MIS is to develop it as an Open Source project. This means that the system and the code from which it is built will always be freely available.
At present, FreeMIS only offers a subset of the functionality of a comprehensive MIS. Development is ongoing, however, and FreeMIS has stood the test of being used in a Scottish High School.
Becta has recently published a report highlighting the financial savings possible if schools move towards Open Source alternatives. FreeMIS aims to be part of the package that schools will adopt.
Enhancements:
- Added user/admin_edit screen to simplify administration
- Cleaned up xhtml
- Fixed bug #1497176
- Refactored code to make it more DRY
- Removed historic tables from old PHP version
- Improved admin screen to edit pupil sets
- Increased coverage of unit/functional tests
- Cleared up css for reports, and switched full reports to print on blank page, rather than having fancy hiding of navigation stuff for printing.
- Fixed bug that made reports vanish if pupil was dropped from a pupil set
- Put together all academic_year related details on one form for ease of administration
- Gave Heads of Faculties write access to all faculty reports

Pod::TOC is a Perl module to extract a table of contents from a Pod file.

SYNOPSIS

This is a Pod::Simple subclass, so it can do the same things.
use Pod::TOC;

my $parser = Pod::TOC->new;

my $toc;
open my($output_fh), ">", $toc;

$parser->output_fh( $output_fh );

$parser->parse_file( $input_file );

This is a Pod::Simple subclass to extract a table of contents from a pod file. It has the same interface as Pod::Simple, and only changes the internal bits.

DBIx::HTML::ClientDB is a Perl module to convert sql into a client-side db with keyed access.

Synopsis

use DBIx::HTML::ClientDB;

my($object) = DBIx::HTML::ClientDB -> new
(
dbh => $dbh,
row_headings => Unit code,Unit code,Campus name,Unit name,
sql => select unit_code, unit_code, campus_name, unit_name .
from unit, campus where unit_campus_id = campus_id .
order by unit_code,
);

print $object -> javascript_for_client_db();
print $object -> table();
print $object -> javascript_for_client_init();

This module takes a db handle, an SQL statement and a specially-formatted row_headings parameter, and builds an array of rows as returned by the SQL.

Then you ask for that array in HTML, ie as a table.

After a call to the table() method, you can call the size() method if you need to check how many rows were returned by the SQL you used.

Neither the module CGI.pm, nor any of that kidney, are used by this module. We simply output pure HTML.

However, for simplicity, this document pretends you are using CGI.pm rather than an alternative. The sentences would become too convoluted otherwise.

The output table is formatted as N rows of 2 columns:

First column

The first column contains the row headings you supply in the row_headings parameter. row_headings is a comma-separated list of strings you want to appear in the first column of the table.

There must be one string in row_headings for each column mentioned in the SQL.

Second column

The second column contains the current record in the database.

Now for the rows:

First row

The first row contains the first prompt string in the first column.

The first row contains a HTML popup menu in the second column.

This menu is what you use to choose the current record in the database.
Since two (2) SQL columns are used to build this menu, two (2) strings from the row_headings parameter are consumed building the first row. The first of these 2 strings appears in the first column, as explained above. The second of these 2 strings is, much to your amazement, discarded!

This way of doing things makes it easy for you to count row_heading strings and their corresponding SQL columns, and makes it easy for me to cross-check your ability to count to 2.

Other rows

Each other row contains a field in the current record. The value in the first column comes from the row_headings parameter, and the value in the second column comes from the database.

The sum result is menu-driven access to the data returned by the SQL. All this is downloaded from your CGI script to the web client. Since changing the current menu item updates the other fields in this table using JavaScript, no message is sent to the web server, and hence you have maximum speed of access.

The whole point of the exercise is to give you simple code for simple access to simple data.

See examples/test-clientdb.cgi for an example which will make all this clear.