Free advance software for linux

GnomeBoyAdvance is a GNOME frontend for the Visual Boy Advance emulator.

All the options of VisualBoyAdvance are graphically configurable and stored using Gconf.

The controls are configurable with a pressing on the wished key or joystick button.

You can easily manage your roms collection and associate a screenshot to each game.

These two scripts were made to simplify the mount of file *.iso . AcetoneISO is perfectly integrated in KDE and it takes use of KDESU.

They are 2 simply scripts that autamatically creates a folder on Your Desktop and mounts the ISO file that is on the Deskop. Be sure that on your desktop there is only 1 iso file or else it will mount the iso file giving priority(i suppose) to the ascii code.

HOW TO USE :

1) mount and unmount ISO and MDF(if iso-9660 standard)
2) Convert BIN/CUE, MDF, DAT, NRG, CCD/IMG, CDI, XBOX to ISO
3) Burn Your ISO, CUE, TOC images directly in K3b
4) verify md5sum of image files
5) ability to create ISO from Folder and CD/DVD
6) Mount, unmount, create ISO from Folder or CD/DVD from servicemenu
7) Play a DVD-Movie ISO with Kaffeine, Mplayer or VLC from GUI or servicemenu(only kaffeine)
8) Split ISOs in smaller files of 649MB or 125MB ad merge them
9) Force the mount/eject of a CD/DVD media in your device

Advanced tic-tac-toe project is an advanced version of tic-tac-toe.
It is a version of the popular game with different rules for placing and winning the game.
Enhancements:
- Removed all unused vars

Aasm is an advanced assembler designed to support several target architectures. It has been designed to be easily extended and, should be considered as a good alternative to monolithic assembler development for each new target CPUs and binary file formats.

Aasm should make assembly programming easier for developer, by providing a set of advanced features including symbol scopes, an expressions engine, big integer support, macro capability, numerous and accurate warning messages.

Its dynamic modular architecture enables Aasm to extend its set of features with plug-ins by taking advantages of dynamic libraries.

The input module supports Intel syntax (like nasm, tasm, masm, etc.). The x86 assembler module supports all opcodes up to P6 including MMX, SSE and 3DNow! extensions.

F-CPU and SPARC assembler modules are under development. Several output modules are available for ELF, COFF, IntelHex, and raw binary formats.

Advanced game library project is a library designed to ease game development.
It uses the SDL library and provides 2D graphical functions, sound streaming and events functions, video streaming, AI engines, and map generator.
This software is primarily designed for LINUX.
This SDK uses the SDL library for the bitmap, sound and events system. SDL provides accelerated and portable interfaces for the video and sound hardware.
The abstraction of the low level layer makes possible the extension of adgali to other low level libraries like Allegro or GGI.
This library tends to provide useful functions for bitmap and sprite display, game GUI, game sound events and music stream , network management and video streaming.
Well, only a subset of these features are implemented for now.
Main features:
- underlying library:
- SDL
- General features:
- The library is thread safe and reentrant
- Error management system: adgali provides a system to trace the origin of an error
- Unified data streaming system: memory, files, network or archives are simple to manage and can provide the game datas
- A modular conception for the loaders (streaming system, images, fonts ...)
- A memory leak detection system
- A postmortem backtracing system
- A general parser for a general treatment of the configuration files and scripts (in the spirit of the GTK+ description files).
- All major features are designed as modules integrated with a general engine
- a dynamic loading system of modules or third part libraries (work in progress)
- A cache system is designed for all objects to accelarate object loading
- 2D graphics features are:
- 32 bits pictures management: 24 bits of colour, 8 bits of alpha
- image loading: support BMP, PCX, GIF, TGA, JPG, PNG, PPM, PNM, PGM, TIFF, XCF, XPM image formats
- unified fonts management: true type fonts (TTF using freetype 2) and bitmap fonts ( an image file and a text description file)
- Color separation, modification and combination for an image (RGB, green level, CMY and HSV)
- zone filling, copying, tiling, clipping with optionnal rotation and mirror
- color filling, mask-ing, key color alpha channel treatment
- lines drawing with clipping functions
- Graphical user interface:
- a tree organized bitmap hierarchy with an automatic refresh system to the viewport
- basic string printing

Aps is a small tool for analyzing network traffic. It prints out a great deal of information about the relevant protocols including TCP, UDP, ARP, and ICMP.
It allows you to filter IP addresses, hardware addresses, ports, and specific protocols. It comes with a little GTK-GUI displaying packet counters for each protocol.
APS tries to print detailed info about network frames that are received from the SOCK_RAW (ETH_P_ALL) socket. I am not sure if this is the clean way, but it works fine. APS prints info about the hardware layer and the IP and TCP/UDP/ICMP header.
The tail of the packet (mostly the data) wich could not be interpreted is written on the screen as ascii/hex-dump or both (your choice).
Example
HW-ADDR: 00:60:8c:f6:40:96 -----> 00:80:ad:30:8f:3b
IP-ADDR: 192.168.17.52 -----> 192.168.17.50
IP-Ver4 || Head:0x0a (bytes) || Service(TOS):16 || Length over all:0061
Fragmentation: ID:0x4079 - Flags: 0 1 0 - Offset:00000
TTL:064 || Protokoll:006 (TCP) || HeaderCRC:0x567b
TCP-HEADER:
Ports: 0023-->1034 (telnet) Seq./Ack. Nr.:0x70843468 / 0xeae29434
Data-Offset:0x05 Reserved-6Bit:00 Flags:-urg-ACK-PSH-rst-syn-fin-
Window:0x7fe0 CRC:0x9420 Urgent-Pointer:0x0000
73 61 74 75 72 6e 32 3a 2f 73 72 76 2f 70 72 69 6e 74 71 23 20
HW-ADDR: 52:54:40:25:8d:88 -----> ff:ff:ff:ff:ff:ff
SAMBA/NetBios
e0 e0 03 ff ff 00 22 00 11 00 00 00 00 ff ff ff ff ff ff 04 52 00 00 00 00 52
40 25 8d 88 40 08 00 03 00 04 20 20 20 20 20 20 20 20 20
HW-ADDR: 00:80:ad:30:8f:3b -----> 00:60:8c:f6:40:96
IP-ADDR: 192.168.17.50 -----> 194.112.123.200
IP-Ver4 || Head:0x0a (bytes) || Service(TOS):0 || Length over all:0029
Fragmentation: ID:0x29ae - Flags: 0 0 0 - Offset:00000
TTL:064 || Protokoll:001 (ICMP) || HeaderCRC:0x411f
echo request CODE:0x0 CRC:0xf9f5 SIG:0x602 NUM:0x0
00 ea
Enhancements:
- added break for Packet-counter and fixed some minor bugs