Free email and data extractor pro 3.2.13 software for linux

GNU DDD is a graphical front-end for command-line debuggers such as GDB, DBX, WDB, Ladebug, JDB, XDB, the Perl debugger, the bash debugger, or the Python debugger.

Besides "usual front-end features such as viewing source texts, DDD has become famous through its interactive graphical data display, where data structures are displayed as graphs.

Xephyrus Data Structures Tag Library provides an easy way to create and manipulate the contents of common Java data-structures such as maps and lists.
Enhancements:
- The library was polished up.
- Several improvements were made and a few bugs were fixed.
- This version is aimed at Java 5 and JSP 2.0.

IIE stands for Image Information Extractor. IIE is designed to extract metadata from images and export it to different formats.

Currently IIE has support for reading EXIF metadata and exporting it CSV or plain text. IIE is written in C# using Mono and Gtk#.

IIE is licensed under the terms of the GNU General Public License (GPL).

phpFormGenerator is an easy-to-use tool to create reliable and efficient web forms. No programming of any sort is required.
It has the ability to create up to 100 form fields, and to add a variety of field types including text boxes, drop down selection menus, check boxes, radio buttons, and freeform text areas. All field types are highly customizable.
The form data can be sent to a provided email address, or stored in a database table (currently MySQL).
Main features:
- Ability to create up to 100 form fields
- Ability to add a variety of field types including Text Boxes, Passwords, Drop Down Selection menus, Check Boxes, Radio Buttons, free form Text Areas, and File Uploads
- All field types are highly customizable (for example you can specify the sizes, options, etc)
- Ability to have the form data emailed to a provided email address
- Ability to store the form data in a database table (currently supporting MySQL)
- Ability to create a file based database to store form data for those who dont have access to a MySQL database server
- Administration portal to manage your stored form data

netAI comes from Network Traffic based Application Identification and has been developed for identifying the end host applications that are responsible for traffic flows in the network.
Unlike previous solutions that identify the application based on port numbers or packet payload (either through protocol decoding or signatures) netAI computes various payload independent features (e.g. packet length and packet inter-arrival time statistics) for a traffic flow and uses machine learning (ML) techniques.
ML is a discipline of the wider area of Artificial Intelligence (AI). Before netAI can be used to classify a particular application it must be trained on a representative set of traffic flows of that application. netAI can be used offline (reading packet data from tracefiles) and online (live capturing on network interfaces).
Main features:
- Reading packet data from live network interfaces or tracefiles (tcpdump or Endance format)
- Direct creation of WEKA data files (.arff files) from the packet data
- Interim flow information export (while flows are still active), TCP and time-based flow timeouts
- Flexible packet classification and filtering thanks to NetMate
- New features can be easily added and used
- Flexible selection of features to be used for classification
- A large number of machine learning algorithms can be used thanks to WEKA
- Feature extraction and ML based flow classification can be run on different machines - feature extractor supports data export via UDP or TCP

Since MySQL is the most popular SQL server that is used in conjunction with web sites, there was a need for incremental backup utility. ZZEE Active SQL Backup is designed for clients of web hosting companies, and can be useful to system administrators as well.
Main features:
- Can perform *incremental* backup of MySQL database
- Can perform full backup of MySQL database
- Can replicate database
- Can process SQL queries
- Can dump database structure
- Can suggest database changes needed to process incremental backup
- Can send data backed up by email
- Can transfer backed up data by FTP to other computer (if Net::FTP is installed)
- Can compress backed up data
Usage synopsis
Active SQL Backup can do incremental or full backups of MySQL database as often as needed. It is suitable both for the clients of web hosting companies who can not get access to MySQL update logs and for the host administrators. Backup syntax is:
shell> ./zmdb.pl -b
It stores backup files in BACKUP_DIR, specified in user_settings.txt, named like YYYY_MM_DD_hh_mm_ss.sql[.gz]. The backup files consist of series of SQL INSERT statements and may contain DELETE statements. The database scheme is stored in file database_name.create.sql. If gzip is available, then Active SQL Backup automatically uses it to compress stored data. The program can automatically send backed up files by email or upload to the other computer by FTP.
If the system fails, Active SQL Backup can restore the database. Restore syntax for incremental backups is:
shell> ./zmdb.pl -r
If you make full backups, restore syntax is the following:
shell> ./zmdb.pl -e < BACKUP_DIR/database_name.create.sql
shell> ./zmdb.pl -e < BACKUP_DIR/YYYY_MM_DD_hh_mm_ss.sql &
The first line is needed to restore database structure, and the second is the *most recent* data file. You may need to "gunzip" it before supplying to restore.
You can use the program to dump database structure
shell> ./zmdb.pl -s > structure_dump_file
or to process queries. The latter feature is useful if you need to process queries regularly, for example, to update membership status of the users of your online service. The syntax to execute SQL queries is:
shell> ./zmdb.pl -e < some_sql_file
Where format of some_sql_file is the same as with Mysql utility: SQL statements are separated by semicolon. Note that if you pass SELECT queries to Active SQL Backup, then no result will be returned.
Syntax summary is:
zmdb.pl [SINGLE_OPTION]
-a --advice suggest database modifications and tables_config.txt
-b --backup backup database structure and data
-e --execute execute SQL queries [from STDIN]
-h --help print this screen
-r --restore restore database structure and data
-s --structure dump database structure [to STDOUT]

Libmtrwes purpose is to connect a data producer and consumer with optional encoders transparently managing sync issues in a multithreaded environment (GNU phtreads tested).

The user should only provide the routines (or use the supplied ones) and forget all the rest.

Provided examples show a Digital Audio Extractor, an ogg decoder, a mp3 encoder...

Im working on it, it seems to be somewhat stable (not the alarm code. All the buffering systems have been tested. It lacks some serious error management code and signal handling needs testing.

wpoison.php is a script that generates page after page of random fake email addresses, and is intended to be used for poisoning spambot email address databases.

wpoison.php is based on verion 1.8p of his script. It is a direct port and functionally equivalent. The reason for this port is that quite a few people do not have the ability to use CGI scripts on their sites. [cCOPYRIGHT=1]

All that is required to run wpoison.php is a web server configured for PHP and some form of a words file. You may download the words file that Ronald makes available on his site below along with the script.

Wpoison helps to combat the junk e-mail problem by effectively thwarting the efforts of junk e-mailers who regularly scan web pages, looking for target e-mail addresses to harvest. (The junk e-mailers subsequently send junk e-mail to all of the e-mail addresses that they harvest from various web sites.)

The idea behind Wpoison is really very simple. Junk e-mailers write programs to automatically scan thousands and thousands of web pages, looking for e-mail addresses which they then send unsolicited junk e-mail to, or which they sell to other spammers. By and large, these address harvesting web crawlers are about as intelligent as the spammers who use and/or develop them, which is to say not very. The majority of these programs can be easily fooled into accepting lots and lots of completely fake and useless e-mail addresses, so long as the bogus addresses in question appear to reside on ordinary nondescript web pages. That is where Wpoison comes in.

Wpoison is what is called a web CGI program. A CGI program is just like any other program, except that its purpose is to generate web pages on the fly and with dynamic content that can be different each time the program runs, which is to say each time the URL where the program is installed is referenced, either by someones web browser, or else by some web-scanning robotic program.

In the case of the Wpoison CGI program, the dynamic content that is generated each time the program is ``visited (by a web browser, or by a web-scanning robot program) is just a list of randomized bogus e-mail addresses, together with a list of randomized web hyper-links.

Now heres the catch... and this is the clever part. Each of the randomized web hyper-links that Wpoison generates looks exactly like an ordinary web hyper-link that leads off to someplace else, i.e. to some different web page having a different web URL. But in fact, that is just a matter of appearances, and the reality is that if you follow any one of these hyper-links, you will actually end up coming right back and executing the Wpoison CGI program again, at which point you will get yet another randomized dynamically generated web page, and that new page will contain its own totally new set of bogus E-mail addresses and also a fresh new set of randomized hyper-links. And of course, each of those new hyper-links will, if followed, lead right back to the Wpoison CGI program yet again, thus starting the whole cycle all over again.

It is important to note that when Wpoison is generating its randomized bogus e-mail addresses (and also its randomized pseudo-hyper-links) it uses an algorithm which makes the total number of different bogus e-mail addresses and pseudo-hyper-links essentially unlimited. In effect, Wpoison is capable of generating an infinite number of different bogus E-mail addresses!

So the basic idea behind Wpoison is to trap unwary and badly engineered address harvesting web crawlers, and to fool them into adding enormous quantities of completely bogus e-mail addresses to the E-mail address data bases of the spammers, thus polluting those data bases so badly that they become essentially useless, thereby putting the spammers who are using them out of business, or at least shutting them down for a time and causing them some major headaches while they try to clean up the messes in their now-heavily-polluted e-mail address data bases.