Free jars of clay flood software for linux

Object Builder is a tool I wrote to make building and maintaining CeaMuS easier. I stole the idea (but not the code, which is in another language) wholesale from a tool that I wrote to manage the task of making data objects for an enterprise management system.

Object Builder project is a generic, language-neutral implementation of the Active Record software design pattern. Given a database, Object Builder tools will extract the schema to a generic form, then transform that schema into application code to manipulate database records.

If the phrase Active Record sounds familiar, but you dont seem to recall it from any of your computer science courses and it doesnt show up anywhere in Erich Gamma et. al.s Design Patterns, its because youve heard it from the Ruby On Rails crowd. According to its proponents Active Record is what makes Ruby on Rails the best thing since buttered toast (to be fair, there are other advantages; a lot of people seem to like to work in Ruby).

Funny thing is, Ive been using this design pattern for several years now, long before I ever heard of Active Record or Ruby on Rails. Not that it makes me special. Thats what design patterns are: a lot of people come up with a similar way of solving the same problem, so somebody sticks a label on it and weve got a new design pattern. The Ruby On Rails people just had the good sense to get their name behind it.

Object Builder is a great way to make sure that your application code is always in synch with your database schema. Because its made of command line tools, its easy to incorporate it into your build process.

If your application only has a couple of tables, Object Builder might be overkill. If you have half a dozen tables or more though, and you make changes from time to time, Object Builder can make your life a lot easier by incorporating those changes into code automatically.

Scapy is a powerful interactive packet manipulation tool, packet generator, network scanner, network discovery tool, and packet sniffer.
Scapy project provides classes to interactively create packets or sets of packets, manipulate them, send them over the wire, sniff other packets from the wire, match answers and replies, and more.
Interaction is provided by the Python interpreter, so Python programming structures can be used (such as variables, loops, and functions).
Report modules are possible and easy to make. It is intended to do about the same things as ttlscan, nmap, hping, queso, p0f, xprobe, arping, arp-sk, arpspoof, firewalk, irpas, tethereal, tcpdump, etc.
Enhancements:
- This release adds the ability to transcribe ASN1-specified protocols easily, SNMP protocol support, MIB parsing, OID/DNS/OUI resolving, configurable field value resolution, a startup script, and srflood() and srpflood() to flood with packets while catching answers.

Apollo is an open-source developer test skeleton toolkit for Web Start. Apollo lets you turbo-charge Web Start apps without Web Start to speed up your compile/run/test/debug/goof-off cycle avoiding the hassle of stuffing, signing, uploading or downloading your jars every time you rearrange a comma in your source code.

Apollo is not a replacement for Web Start (OpenJNLP, NetX or any other app launcher). Apollo is more like a test emulator (such as POSE - Palm OS Emulator) helping you to speed up your development between full-blown, time-consuming, irreplaceable, real Web Start workouts.

Apollo cant fake every Web Start bell and whistle (e.g. download on demand) but outshines Suns Web Start dumb dev pack stubs that merely let you compile your source. Apollo lets you popup your household browser and more without calling in the Web Start machinery.

Apollo consists of a jar that you can use to replace Suns javax.jnlpx stubs residing in jnlp.jar that only allow you to compile your code and that ship with Suns Web Start dev pack.

Apollo is a thin wrapper around Suns javax.jnlpx services. If your app runs under Web Start Apollo will automatically detect it and pass all runtime service calls (such as poping up a browser window) on to the Web Start engine. If your app, however, runs without Web Start Apollo will kick in and mimick Web Starts runtime services.

To use Apollo replace all javax.jnlpx imports with apollo. Example:

import javax.jnlpx.*; // Web Start only
import apollo.*; // Web Start plus Apollo-propelled stand-alone launching

To spare you from learning yet another API set Apollo reuses all runtime service class and method names. The only exception is Apollos ServiceManager class that adds type-safe methods to lookup pre-defined runtime services (e.g. lookupBasicService()) avoiding unexpected runtime errors and reducing source code bloat. Example:

import javax.jnlp.*
...
BasicService bs = (BasicService) ServiceManager.lookup( "javax.jnlp.BasicService" );
bs.showDocument( new URL( "http://vamphq.com/times" ) );

becomes

import apollo.*;
...
BasicService bs = ServiceManager.lookupBasicService();
bs.showDocument( new URL( "http://vamphq.com/times" ) );

or

import apollo.*;
...
ServiceManager.lookupBasicService().showDocument( new URL( "http://vamphq.com/times" ) );

Apollo lets you configure the codebase or the online/offline status of your app if you want to run it without Web Start but still use BasicService.getCodeBase() or Basic.isOffline().

By default BasicService.isOffline() returns false (meaning your app is online). If you want to change the setting you can pass the property apollo.offline=true to your app. As an alternative you can also add apollo.properties to your classpath or bundle it with your apps jar in the root directory. Inside the apollo.properties file add the apollo.offline property to match your desired setting. Note, that all apollo properties only work if your app runs without Web Start.

By default BasicService.getCodeBase() uses the working directory returned by the system property user.dir. To use a different codebase pass the property apollo.codebase=your_url_here to your app. As an alternative you can also add the apollo.codebase property to the apollo.properties file in your apps root directory where Apollo picks it up if you run your app without Web Start.

THC-Flood Connect is a connection flooding tool which supports SSL, dumping + sending data, closing or keeping sessions etc.

Just a small release. Have fun.

Use allowed only for legal purposes.

To compile:

cc -o flood_connect -O2 flood_connect.c
openssl: cc -o flood_connect -O2 flood_connect.c -DOPENSSL -lssl -lcrypt

Options:

-S use SSL after TCP connect (not usuable with -u, sets port=443)
-u use UDP protocol (default: TCP) (not usable with -c)
-p port port to connect to (default: %d)
-f forks number of forks to additionally spawn (default: 0)
-i file data to send to the port (default: none)
-n connects maximum number of connects (default: unlimited)
-N delay delay between connects in ms (default: 0)
-c close after connect (and sending data, if used with -i)
use twice to shutdown SSL sessions hard (-S -c -c)
-C delay delay before closing the port (for use with -c) (default: 0)
-d dump data read from server
-D delay delay before trying to read+dump data from server (default: 0)
-e stop when no more connects possible (default: retry forever)
-k no keep-alive after finnishing with connects, terminate!
-v verbose mode
TARGET target to flood attack (ip or dns)

Jar::Signer Perl module ease the process of creating a signed Jar file.

SYNOPSIS

# using FindBin is just a suggestion.
use FindBin qw( $RealBin );
use Jar::Signer;
my $signer = Jar::Signer->new;
# location of the keystore, created if needed.
$signer->keystore("$RealBin/MyKeyStore");
# dname properties of the certificate.
$signer->dname("CN=Mark Southern, O=My Corporation, L=My State, C=USA");
# name for .fingerprint and ..cert files, created if needed.
$signer->alias("$RealBin/MyCert");
# the Jar file that we want to sign.
$signer->jar(shift);
# if signed_jar is undefined then the default is basename.signed.jar where basename is the basename of the Jar file.
$signer->signed_jar(shift);
# create the signed Jar.
$signer->process;

This module, and the script that uses it make it a lot simpler to generate signed Jar files for use in Java applets etc. It steps through all the needed jar, jarsigner and keytool command lines.

jjukebox is a multiuser music server capable of selecting music appropriate to its current listeners. Its robust enough for you to store your music (for example, the popular mp3 format) over different locations (network drives, cdroms) and not hang when any device fails.
The music server has been designed around reliability and extensibility, making it extremely reliable even when running under very dubious circumstances.
There is no limit to the amount of music other than the resources of the computer that you are running jjukebox on, or what types of music you can add to the music server, jjukebox can play many different types of music format thanks to Suns JavaMedia framework, and JavaZooms JavaLayerPlayer
Main features:
- Robust management of music mounted on other computers - if a remote computer becomes unreachable jjukebox automatically unmounts all the music stored on it without affecting play.
- Ratings system - so that people can rate tracks they like/hate and jjukebox will do its best to only play tracks people currently logged into it like.
- Programmable fading between tracks for smooth music transitions.
- Coded in pure java - can run on any platform with a conforming Java Virtual Machine
Enhancements:
Added in this release:
- A new looping queue - Plays the current queue forever.
- Faster magazine loading and saving.
- Beta GUI Client.
- Beta DAAP server.
Fixes for this releaes:
- Installer bugs from previous versions fixed - GNOME and KDE shortcuts are now correctly created.
- Play bug where player would sometimes randomly stop playing between tracks has been fixed.
- Increased playback buffer to help prevent skipping on slower machines.
- Client/Server code tidied up and fixes done mainly concerning server responses.
- Updated player jars, and a fix for 1.5 (Java 5) vm where volume setting would cause an exception when a new track was started.
- Multicast DNS fixes, this will form part of server clustering and easy server locating for the GUI client.

Gauge project is a score tracking and reporting tool for clay pigeon.

Gauge is a simple Python script that helps record shooting statistics. It is designed for clay pigeon shooting, or any game with a hit/miss or 1/0 scoring, and allows your to keep a record of your aiming accuracy and scores.

It features a fast and easy to use color console user interface.

SmileTAG is a shoutbox written in PHP. It has a powerful template system; its easy-to-modify templates using only simple tags, and no programming skill is needed.
Smart auto-refresh automatically refreshes whenever a new message is posted. No database is needed.
SmileTAG includes profanity filters, flood guard, IP address/nick banning, customizable smilies, time zone control, multi-language support, email/URL recognition, a custom CSS file, and a lot more.
Main features:
- Powerful template system, easy-to-modify templates using only simple tags, no programming skills required.
- Smart auto-refresh, automagically refreshes whenever new message is posted.
- No database is needed, uses flat file (XML) for storage.
- Profanity filters, easily add your own custom words to filter as well.
- Flood guard, stop spammer from flooding your board.
- IP Address/Nick banning, support for both manual and automatic banning.
- Customizable smilies, you can add your own images as many as you want.
- Time Zone Control, sets the time zone to any GMT offset.
- Multi-language support.
- Email/URL recognition, automatically convert any email or url into link.
- Custom CSS File, you have complete control for your board look and feel.
- Alternate custom text, more than just alternating background color, you can alternate any text to switch for each row.
- Filters HTML tags and blank messages.
- Message formatting, allow bold, italic and underline.
- Custom Header and Footer, put any text at the top and bottom of your board.
- Timestamp, easily change the format using simple rule.
- Logs visitor IP Address.
- Auto rotate each message, in order to avoid a large file from staying on your server.
- Configurable number of messages to display.
- Configurable message length.
Enhancements:
- An admin panel has been added.
- Message moderation has been added.
- This release is valid XHTML 1.0 Transitional.