Free spell checker software for linux

SMTP Relay Checker is a fully configurable, multithreaded open mail relay scanner. It supports scanning of IP blocks, and can print the results to a Web page.
SMTP Relay Checker is intended for Systems Administrators to check IP blocks under their control.
Compilation / Installation
To build SmtpRC please run "make" in the package directory. This will build the package and create the binary "smtprc". To install the package, please run "make install".
By Default, the binary will be installed into /usr/local/bin/, configuration files will be installed under /usr/local/etc/smtprc/ and all documentation files will be installed under /usr/local/share/doc/smtprc/. Please see below for a full list of installed files.
/usr/local/bin/smtprc
/usr/local/bin/gsmtprc
/usr/local/etc/smtprc/auto.conf
/usr/local/etc/smtprc/email.tmpl
/usr/local/etc/smtprc/rcheck.conf
/usr/local/share/doc/smtprc/README
/usr/local/share/doc/smtprc/FAQ
/usr/local/man/man1/smtprc.1
/usr/local/man/man1/gsmtprc.1
Using Smtprc
SmtpRC can be run by specifying options on the command line, or by configuring an "auto configuration" file and letting SmtpRC parse the options from there. The latter is recommended.
When SmtpRC is installed, a example "auto configuration" file is installed in "/usr/local/etc/smtprc/auto.conf". Edit this file, changing the values to suit your specific network requirements and run smtprc with the following option (a full list of options
is detailed below):
"/usr/local/bin/smtprc -j /usr/local/etc/smtprc/auto.conf"
To be sure that a mailserver relays third-party email, SmtpRC will attempt to relay mail to an address specified. It is recommended that this address is a mailbox on the local machine that is being used to run SmtpRC - pop support is a planned feature, but for now, SmtpRC only supports checking local mailboxes (mbox and Maildir). Create a new user account (smtprc), specify the email address for this account, and the local mailbox (on the command line or in the "auto configuration" file), and SmtpRC will attempt to relay emails to this address and check for recieved emails after scanning.
There is also a GUI interface to smtprc (gsmtprc) that is installed in /usr/local/bin. This requires Perl Tk to run.
Enhancements:
- Fixes a race condition between the master and reaper threads.

XML::Checker is a Perl module for validating XML.

SYNOPSIS

XML::Checker::Parser - an XML::Parser that validates at parse time
XML::DOM::ValParser - an XML::DOM::Parser that validates at parse time
(Some of the package names may change! This is only an alpha release...)

XML::Checker can be used in different ways to validate XML. See the manual pages of XML::Checker::Parser and XML::DOM::ValParser for more information.
This document only describes common topics like error handling and the XML::Checker class itself.

WARNING: Not all errors are currently checked. Almost everything is subject to change. Some reported errors may not be real errors. For production code, it is recommended that you use XML::LibXML or XML::GDOME instead of XML::Checker. Both modules share the same DTD validation code with libxml2 and XML::LibXML is easier to install.

Tired of clicking the reload button? Page Update Checker (aka PUC -- pronounced "Puke" is a FireFox extension that automatically checks to see if web pages have changed.

How to Use:

Once installed, you will be able to right-click on any page in Firefox and select "Monitor for Updates". The PUC options will open up and you can select how often you would like PUC to download the webpage and see if it has changed. To return to the options menu later, select "Tools" -> "Page Update Checker Options..."

Click the homepage link to find the PUC Wiki and share your Update Checkers!

RSpell is a software library that can be linked to your program to provide spell checking routines.

RSpell project requires that you provide a list of acceptable words in a file, but will work with characters in UTF-8 or ASCII format.

Words can be added in real time, either for the current session or permanently. The functions are simple to use and fully documented.

GMail::Checker is a Perl wrapper for Gmail accounts.

SYNOPSIS

use GMail::Checker;

my $gwrapper = new GMail::Checker();
my $gwrapper = new GMail::Checker(USERNAME => "username", PASSWORD => "password");

# Lets log into our account (using SSL)
$gwrapper->login("username","password");

# Get the number of messages in the maildrop & their total size
my ($nb, $size) = $gwrapper->get_msg_nb_size();

# Do we have new messages ?
my $alert = $gwrapper->get_pretty_nb_messages(ALERT => "TOTAL_MSG");

# Get the headers for a specific message (defaults to last message)
my @headers = $gwrapper->get_msg_headers(HEADERS => "FULL", MSG => 74);

# Get a message size
my ($msgnb, $msgsize) = $gwrapper->get_msg_size(MSG => 42);

# Retrieve a specific message
my @msg = $gwrapper->get_msg(MSG => 23);
print $msg[0]->{content}, "n";
print $msg[0]->{body};

# Retrieve UIDL for a message
my @uidl = $gwrapper->get_uidl(MSG => 10);

This module provides a wrapper that allows you to perform major operations on your gmail account.

You may create a notifier to know about new incoming messages, get information about a specific e-mail, retrieve your mails using the POP3 via SSL interface.

SYNOPSIS

# automatical computer-vus-computer play script
use Games::Checkers::Constants;
use Games::Checkers::Board;
use Games::Checkers::BoardTree;

my $board = new Games::Checkers::Board;
my $color = White;
my $numMoves = 0;
print $board->dump;

while ($board->canColorMove($color)) {
sleep(2);
# allow 100 moves for each player
die "Automatical drawn" if $numMoves++ == 200;
my $boardTree = new Games::Checkers::BoardTree
($board, $color, 2); # think 2 steps ahead
my $move = $boardTree->chooseBestMove; # or: chooseRandomMove

$board->transform($move);
print $move->dump, "n", $board->dump;
$color = ($color == White)? Black: White;
}

print "n", ($color == White? "Black": "White"), " won.n";
ABSTRACT ^
Games::Checkers is a set of Perl classes implementing the Checkers game play. Several national rule variants are supported. A basic AI heuristics is implemented using the Minimax algorithm. Replay of previously recorded games is supported too.
DESCRIPTION ^
This package is intended to provide complete infrastructure for interactive and automatic playing and manipulating of Checkers games. Some features are not implemented yet.

System Integrity Checker can make sure that no unauthorized changes have been made to your computer systems.
Installation:
$ tar zxvf sic-x.y.z.tar.gz
$ cd sic-x.y.z
$ ./configure
$ make
$ make install
Enhancements:
- Threading support was improved.
- Support for internationalization and localization (i18n) was added.
- An XML Schema was created for the configuration file.
- Code cleanups were made.