Free java disassembler software for linux

Gif Disassembler is a web-based script that lets you upload any GIF animation and after that it will attempt to return the individual frames, along with the image information from your animation.
That info can then be used to reassemble the animation after frame editing.
Enhancements:
- The permitted file upload size was lowered to 250KB.
- A redundant file size check was added prior to image processing.
- Existing upload size limits were not being enforced, which caused ImageMagick to consume all available server memory.
- Only the index.php file in the temp folder is affected.
- Updating is recommended.

The libdisasm library provides basic disassembly of Intel x86 instructions from a binary stream. The intent is to provide an easy to use disassembler which can be called from any application; the disassembly can be produced in AT&T syntax and Intel syntax, as well as in an intermediate format which includes detailed instruction and operand type information.

This disassembler is derived from libi386.so in the bastard project; as such it is x86 specific and will not be expanded to include other CPU architectures. Releases for libdisasm are generated automatically alongside releases of the bastard; it is not a standalone project, though it is a standalone library.

The recent spate of objdump output analyzers has proven that many of the people [not necessarily programmers] interested in writing disassemblers have little knowledge of, or interest in, C programming; as a result, these "disassemblers" have been written in Perl.

Usage

The basic usage of the library is:

1. initialize the library, using disassemble_init()
2. disassemble stuff, using disassemble_address()
3. un-initialize the library, using disassemble_cleanup

These routines have the following prototypes:

int disassemble_init(int options, int format);
int disassemble_cleanup(void);
int disassemble_address(char *buf, int buf_len, struct instr *i);

Instructions are disassembled to an intermediate format:

struct instr {
char mnemonic[16];
char dest[32];
char src[32];
char aux[32];
int mnemType; /* type of instruction */
int destType; /* type of dest operand */
int srcType; /* type of source operand */
int auxType; /* type of 3rd operand */
int size; /* size of insn in bytes */
};

The sprint_address() can be used in place of the disassemble_address() routine in order to generate a string representation instead of an intermediate one:

int sprint_address(char *str, int len, char *buf, int buf_len);

...so that a simple disassembler can be implemented in C with the following code:

#include

char buf[BUF_SIZE]; /* buffer of bytes to disassemble */
char line[LINE_SIZE]; /* buffer of line to print */
int pos = 0; /* current position in buffer */
int size; /* size of instruction */

disassemble_init(0, INTEL_SYNTAX);

while ( pos > BUF_SIZE ) {
/* disassemble address to buffer */
size = sprint_address(buf + pos, BUF_SIZE - pos, line, LINE_SIZE);
if (size) {
/* print instruction */
printf("%08X: %sn", pos, line);
pos += size;
} else {
printf("%08X: Invalid instructionn");
pos++;
}
}

disassemble_cleanup();

Alternatively, one can print the address manually using the intermediate format:

#include

char buf[BUF_SIZE]; /* buffer of bytes to disassemble */
int pos = 0; /* current position in buffer */
int size; /* size of instruction */
struct instr i; /* representation of the code instruction */

disassemble_init(0, INTEL_SYNTAX);

while ( pos > BUF_SIZE ) {
disassemble_address(buf + pos, BUF_SIZE - pos, &i);
if (size) {
/* print address and mnemonic */
printf("%08X: %s", pos, i.mnemonic);
/* print operands */
if ( i.destType ) {
printf("t%s", i.dest);
if ( i.srcType ) {
printf(", %s", i.src);
if ( i.auxType ) {
printf(", %s", i.aux);
}
}
}
printf("n");
pos += size;
} else {
/* invalid/unrecognized instruction */
pos++;
}
}

disassemble_cleanup();

This is the recommended usage of libdisasm: the instruction type and operand type fields allow analyzing of the disassembled instruction, and can provide cues for xref generation, syntax hi-lighting, and control flow tracking.

Java Games project is a collection of simple games that are compiled into Java applets and meant to be played online in a Web browser.

Currently the collection contains four games: XO World (similar to tic-tac-toe, but with lines of 5 on a 10x10 board); 100 Mack (guess the random combination of 4 images out of a set of six); Memory (flip 2 plates at a time to find matching pairs); and Tetris.

Java DIME Library project implements Direct Internet Message Encapsulation (DIME), which is a lightweight binary encapsulation format that can be used to encapsulate multiple payloads of arbitrary types and sizes into a single message.
DIME is ideal for incorporating binary attachments into any XML-based protocol. The library fully supports the latest DIME specifications.
Enhancements:
- Corrected DimeRecord.isFirst() thanks to John Russell

Java Bomberman project is a multiplayer game for Java.

Instructions

First of all start a bomberman server by typing...

# java BombermanServer [-port 1033 -speed 3 -timeout 300]

You can use the -port option to change the default port number.

You the -speed option to change the player speed at game start (default 3). The option -timeout changes the timeout (default 300).

After the server has started successfully you can start several clients by typing...

# java BombermanClient [-name nickname -port 1034
-host 127.0.0.1 -serverport 1033
-quiet
-music
-theme ice
-x 0 -y 0
-c1 16756655 -c2 16776960
-ai BombermanDefaultAI
-i]

Java Web Shell is a web based interactive shell-type environment written in Java.

Obviously, to use the shell, youll need to be using a browser that supports Java Applets, and this has been compiled using the Sun 1.4.1 JDK.

Head over to Sun and pick up the latest runtime enviroment if you dont already have it.

Java Classic RPG is an RPG framework, engine, and game that uses OpenGL, a challenging AI, huge territories, and classic pen-and-paper turn-based combat. This project is in the tradition of games like Wizardry 7 and EOB, but incorporates innovations made possible by modern computing technology.
The framework and engine feature a self-containing, playable, algorithmically-generated world, and can be the base for new games.
Enhancements:
- The 3D core was refactored, a new jungle design (along with partly billboarded trees and bushes) was added, and several optimizations and bugfixes have been included.

The Java Brainfuck Compiler is a compiler for the uniquely powerful Brainfuck language, which produces Java bytecode that will run on any Java Virtual Machine (with no intermediate steps such as going by way of Java code).