Free deleted software for linux

Deletemail is a non-interactive tool for removing mail from one or more IMAP4 mailboxes. It removes mail older than a configurable number of days, and by default does not remove mail that is not marked as seen on the server.
By default, mail which is not marked as seen on the server will not be deleted. If, for example, fetchmail is used for receiving mail from an IMAP server, deletemail might be useful, since fetchmail deletes mail either immediately or not at all.
Thus, you could use fetchmails keep option (so that fetchmail never deletes anything) and let deletemail handle the removal of mail. Currently, the IMAP4 and IMAP4rev1 protocols are supported, optionally using SSL/TLS for secure IMAP connections.
Enhancements:
- The handling of unexpected IMAP server behavior and connection problems was improved, and a few minor bugs have been fixed.

KCAD (Kontrol-Alt-Delete) is a somewhat sarcastic screensaver for KDE. It is intended for those of you who are stuck with BOFH-type bosses who insist on running Windows NT.
This screensaver should assist you in appeasing their Microsoft-enhanced sensibilities. By default, KCAD looks just very KDE-ish, but with a little bit of configuration-editing, it will fool 99% of the Bosses out there.
Installation
- tar xzfv kcad-1.00.tgz
- cd kcad-1.00
- ./configure (on FreeBSD: --prefix=/usr/local --with-qt-includes=/usr/X11R6/include/qt2)
- make (on FreeBSD: gmake)
- (become root)
- [g]make install
Using
In order to make KCAD look like it does in the second screenshot above, you must create a configuration file for KCAD. Put the following text in the file $HOME/.kde/share/config/kcad.kss:
[Settings]
NtLike=1
Voila! Thats all there is to it! Consider your boss fooled!

e2undel is an interactive console tool that recovers the data of deleted files on an ext2 file system under Linux.

Included is a library that allows to recover deleted files by name. It does not require any knowledge about the secrets of the ext2 file system and should be useable by everyone.

e2undel does not manipulate internal ext2 structures and requires only read access to the file system where the files to recover are located. It accesses the ext2 file system by way of Ted Tsos ext2fs library; so I think ist is safe to use.

The e2undel package contains a library that allows you to recover deleted files by their names. Usually, when a file is deleted, its name is lost; after installing this library, the names of deleted files are logged and accessible via the e2undel program.

e2undel searches all inodes marked as deleted on a file system and lists them assorted by owner and time of deletion. Additionally, it gives you the file size and tries to determine the file type in the way file(1) does.

If you did not just delete a whole bunch of files with a rm -r *, this information should be helpful to find out which of the deleted files you would like to recover. After selecting a deleted file, e2undel assembles its data by reading the data blocks (whose numbers are still stored in the inode), and writes the data to a new file.

Inluded in the package is the undel library. This library, loaded by the $LD_PRELOAD mechanism, hooks into the system calls unlink(2) and remove(3). libundel logs the device (like /dev/hdb7 etc.), the inode number, and the name of each file that is deleted by these system calls in a log file (/var/e2undel/e2undel by default).

With this information, it is possible to recover deleted files by name. Of course, e2undel also works without the undel library (as outlined in the deleted file recovery howto), but you lose the functionality to recover deleted files by name if you dont use libundel - maybe the best part of this tool.

e2undel does not actually undelete a file (i.e., does not manipulate ext2 internal structures like inode, block bitmap, and inode bitmap). Instead it recovers the data of a deleted file and saves it in a new file.

Leonardo is an extensible content management system written in Python. Leonardo is architected in a REST-like style and initially focused on providing for personal websites with a password-protected wiki and blog (including Atom feed).
It can be run as CGI and uses the filesystem as a database.
Enhancements:
- support for Atom 1.0
- comments optionally can require answering a simple question to reduce spamming
- site owner can optionally be emailed when new comments are made
- pages now record their author which is displayed on the page, in blog lists and atom feeds
- there is now a provider which lists blog months
- it is now possible to update a page or its properties without the last modified changing
- comments can be deleted if logged in
- formatting of comments is improved by translating newlines to br
- the main page template is now in LFS
- home page link is now part of menu rather than template to give user more control
- subtitle is now completely formatted in page template to give user more control
- copyright_holder changed to general rights statement
- removed stray ) in draft template causing malformed html
- delete page no longer has duplicate headings
- template files now have provider name in the filename
- leonardo library now in Python package to avoid name clashes
- after delete there is now a link to return to deleted resources parent
- switched from using shelve to pickle (shelve was causing problems for people moving between different systems with different anydbm implementations)
- files are now written in binary mode to avoid problems on Windows
- fixed bug where question mark in permalink wasnt getting escaped

phpCodeGenerator is a free database driven website code generator. This application reads the database and generates a website with the ability to Create, List, Edit, Update, Delete and Search Records.

queue-admin provides a shell script for managing the mail queue of the qmail MTA.

queue-admin is a bash2 shell script for managing the mail queue of the qmail MTA.

It can provide a summarized list of the messages in the queue, optionally filtered by number or by whether a message is local or remote.

The messages themselves can be listed, viewed, or deleted by the same criteria.

It can also search for expressions within the messages, and can return the entire email or only the line where the expression was found.

The output is colorized.

DARE is a small Linux kernel patch to VFS (Virtual Filesystem) which transparently moves files into a special directory on each filesystem instead of removing them. DARE works similar like Novell Netware Data Recovery or MS Windows Recycle Bin.

DARE is independent on filesystem type, so it can be used without constraints on almost every filesystem. Deleted files are collected in directory deleted on the filesystem root dir. This directory have to be created manualy on each filesystem on which you want the DARE functionality. Filesystem without directory deleted works without DARE.

Deleted files are grouped into subdirectories by N hours. The N is configurable at the kernel compiling time. This simplifies removing of old deleted files from directory deleted. Subdirectories are named numericaly by UNIX time. Aditionaly to each subdirectory, an informational file is created.

This file is named the same way as corresponding subdirectory and aditionaly the file has suffix .inf. Informational file contains informations about deleted files, directories, special files including original pathname, permissions, deletion time and id of user who deleted this file.

There are also user space utilities for dealing with deleted files and content of directory deleted. There are these utilities:

lsdel - list of files deleted in actual directory
salvage - recovery deleted files
purge - utterly remove deleted files
deleted - daemon watching disks free space and removing old deleted files to keep disk free space in defined boundaries.