Free pandorabots chat bot interface 1.0 software for linux

Pandorabots Chat Bot Interface project is a learning tool for implementing AJAX to communicate between the browser and a server. The chat bot interface communicates via XML with a free chat bot you create and host at pandorabots.com. The client script controlls a div that records your ongoing conversation. The final product is an embedded chat bot in your Web sit

An AI chat bot is nothing more than a computer program which has been trained to interact with humans using common communication languages. Some have the ability to learn on the fly, others have a "trainer" that tells them what to say for keywords, etc.

IRCBotNET is a Botnet. It is a network of IRC bots that communicate with one another. They share a means of communication whereby all bots speak to one another and exchange information. They are useful for keeping and maintaining a channel by acting as a group of channel bots that work together with a common goal.

Say, for instance, you have one IRC bot keeping a channel and a netsplit occurs or the bot dies for some reason. Immediately the channel becomes chaotic and anarchic without an IRC bot keeping the peace. With a Botnet, even if an IRC bot dies, here still remains the rest of the bots on the Botnet to continue maintaining the channel and the loss of the one bot means nothing as the other bots do its exact same job.

BotNET is an extremely powerful IRC BOT and has many features.
BotNET doesnt necessarily have to run as a Botnet, it can run as a normal IRC bot and in fact does this by default. It has a massive collection of functions that can be seen in the BotNET man pages. When run as a Botnet, BotNET has supreme capabilities that have never been attempted before in Botnets. When a BotNET bot is run in Botnet mode, it connects to a BotNET Communication Stream Server (botserv) that is included in this package.

It uses this server to communicate with the other bots on the Botnet. The difference here is that not only can it do whatever any other Botnet can do, but it also uses this stream of communication with its added IRC Stand-alone bot functionality. For instance, if you add a user to the bot, immediately, all other bots connected to the database add this user to their local databases and a global-wide Botnet database is maintained. So you can use any one of the bots on the Botnets for anything that you so desire. This powerful feature makes BotNET very predominant over other Botnets.

Form Spam Bot Blocker is a PHP class that can generate forms that prevent submission by spam robots without requiring human users to enter special values.

The project generates hidden inputs for forms that have special values that are verified on the server after the form is submitted to eventually detect whether the form was sent by a spam robot.

The class can generate an hidden input that contains an encoded value of the user browser, user computer IP address and the current time.

The class verifies whether these browser name and IP address are still the same, and also whether the form is being submitted by a normal time interval after it was create, like when it is submitted by a real human user.

The class also generates a text input that are invisible for the user. A human user would not fill this input. If the input is submitted with a value, it was certainly a robot.

When the class detects a situation that demonstrates the form was submitted by a robot, the application should not accept the form submission.

In DroidBattles you design the bots by choosing which hardware they should contain. Each bot can have up to 32 hardware devices that you can choose freely from a list of available types. Examples include weapons, armor, CPU:s, engines... etc.

When you have chosen the hardware its time to program it. You make a program (in an assembler like language) that is loaded into a virtual RAM of the bot and then executed by the CPU device(s) youve included with the bot. You communicate with your devices through simple in/out instruktions.

Other features of DroidBattles includes team-battle and set up of "rules" for a game, (you can enable/disable hardware devices and also set the costs).

You can make the bot have its own graphics that is shown when the simulation runs. When everyhing is ready you assemble the program and a .bot file is created. You can now test this bot against other bots in the simulator, and hopefully your bot will crush its opponents.

Bundle::Colloquy::BotBot2 is a bundle to install all modules required for BotBot2.

SYNOPSIS

perl -MCPAN -e install Bundle::Colloquy::BotBot2

CONTENTS

Colloquy::Bot::Simple - Simple robot interface for Colloquy
Colloquy::Data - Read Colloquy 1.3 and 1.4 data files
Config::General - Generic Config Module
Data::Dumper - stringified perl data structures, suitable for both
DBI - Database independent interface for Perl
File::Type - determine file type using magic
Finance::Currency::Convert::XE - Currency conversion module.
FindBin - Locate directory of original perl script
HTML::Entities - Encode or decode strings with HTML entities
HTML::Strip - Perl extension for stripping HTML markup from text.
Image::Info - Extract meta information from image files
LWP::Simple - simple procedural interface to LWP
LWP::UserAgent - Web user agent class
Net::Dict - client API for accessing dictionary servers (RFC 2229)
Net::Finger - a Perl implementation of a finger client.
Net::Whois::IANA - A universal WHOIS data extractor.
RRD::Simple - Simple interface to create and store data in RRD files
SOAP::Lite - Client and server side SOAP implementation
Text::Aspell - Perl interface to the GNU Aspell library
URI::Escape - Escape and unescape unsafe characters
Weather::Cached - Perl extension for getting weather information from
WebService::Google::Sets - Perl access to Google Labs Sets site
WWW::Google::Calculator - Perl interface for Google calculator
WWW::Search - Virtual base class for WWW searches
XML::Simple - Easy API to maintain XML (esp config files)

This bundle installs a bunch of modules related required to make BotBot version 2 for Colloquy (and Nilex) talkers, install and function correctly.

Relay-bot is a program we initially wrote because our group of friends that hang out on one channel could never seem to all stay on EFnet, and even if we could EFnet was splitting so badly at the time that it was unusable. However, we couldnt readily switch to another network because not everybody is always online and a few people wanted to stick with EFnet because there were other friends of theirs still there. So, relay-bot was born. It allowed us to split our channel across 2 (actually, 3 or 4) different IRC networks fairly effectively.
You[l need a copy Of Perl since perlay bot is written in Perl. Youll also need a copy of Net::IRC.
Theres currently no real installation routine; just untar the tarball, edit "relay-bot.config" and run "relay-bot.pl".
Enhancements:
- relay-bot.config: Fixed small issue in example config file
- BUGS, relay-bot.pl: Prepping for update to a new release

ExplainBot is a single minded IRC bot. Its single purpose is to allow users of a channel to query/store/change information directly from an IRC channel. Administrative features like giving op, setting topic etc. are not implemented and never will be. Another two bots do the same thing
Main features:
- Some of the features of explainBot are as follows:
- 1. Single, XML, configuration file.
- 2. Different types of commands and users.
- 3. Easy extension by adding custom commands.
- 4. Easy installation on any system supporting Java 2.
- The last version of explainBot used a crude config-file format. This has been replaced by a XML file. The configuration file lets you change the important aspects of the bot as which commands to load, nick, ident, logging and verbosity.
-
- Four Types of commands are implemented:
- 1. Unauthorised - available to anybody on the channel where explainBot is.
- 2. Authorised - available to any authorized user on the channel where explainBot is.
- 3. Special - special commands like login.
- 4. Automatic - automatic answer to e.g. ping

SirBot Project provides an easy way to build, program, control, and monitor amateur robots. Programming a bot is done writing a Python class. A declaration protocol syntax is used to define what can be done (primitive/complex actions). Using a Python CLI, the robot can be interactively controlled and dynamically programmed.
While the bot is performing several actions, every piece of information is able to produce events, thanks to the event declaration syntax. Events can also be created from other events (cascading events), conditionnaly triggered under specific conditions (pre-condition), and activate user-defined actions (post-conditions) according to a particular event state. The library provides detailed instructions to build electronic boards (PIC-based) and connect them to build a robot.
Easy way to build the bot
The SirBot Project provides every instructions to build a bot. A main board provides the basic features such as communication capabilities and implementation of a defined protocol. Several module can be plugged into this main board to provide extra feature such as, currently, a servo controller, IR distance ranger. Have a look on the SirBot Module Library to see current available modules/features. Also have a look at the SirBot Labs, where you can find examples of robots built with SirBot.
Easy way to program the bot
SirBot is python-based, your robot is just an object Protocol. Thanks to the power of python and its librairies, performing complex actions is (almost) trivial. No C++ here... just a protocol declaration syntax, easy to use.
Easy way to control the bot
Because SirBot is python-based, you can access your bot with a python CLI, such as ipython, and interactively control and program your bot. Soon, a graphical interface will allow to visually control your robot.
Easy way to monitor the bots actions
While the bot performs several actions, every piece of information is able to produce events, thanks to the event declaration syntax. Events can also be created from other events (cascading events), conditionnaly triggered under specific conditions (pre-condition), and activate user-defined actions (post-conditions) according to a particular event state.
Enhancements:
- Either the robot or PC can initiate the communication (Master/Slave vs. Peer-to-Peer mode).
- Recurrent tasks can be defined as background jobs (polling the bot, etc.).
- There is a dedicated Web site, documentation, and many fixes in Jal libraries.