A script to extract SNESticle from Fight Night Round 2

Overview

fn22snesticle.py

A script for producing a SNESticle ISO from a Fight Night Round 2 ISO and any SNES ROM.

Background

Fight Night Round 2 is a boxing game by Electronic Arts. The Gamecube version of which includes the SNES game Super Punch-Out!!, playable through SNES emulation. Data mining has shown that the DVD contains the strings "SNESticle" and "Copyright (c) 1997-2004 Icer Addis", suggesting that this emulator is in fact SNESticle, the much anticipated but never released follow-up to NESticle.

This script extracts SNESticle from a Fight Night Round 2 ISO (US version) and produces a new ISO containing just SNESticle and a SNES ROM (Super Punch-Out!! or a SNES ROM of your choice). It also patches the joypad emulation to fix some issues and create a more logical button layout.

Requirements

fn22snesticle.py requires Python 3. Using custom banners requires the pillow (PIL) module, but this is strictly optional.

Usage

There are quite a few options but most have sensible defaults, just check the help screen:

./fn22snesticle.py --help

The simplest invocation would look something like this:

./fn22snesticle.py fightnight2.iso superpunchout.iso

This will take SNESticle and the Super Punch-Out!! ROM directly from fightnight2.iso and use them to produce the Gamecube ISO superpunchout.iso.

More interestingly, you can use the --rom option to include a different SNES ROM:

./fn22snesticle.py --rom smw.sfc fightnight2.iso smw.iso

This will produce an ISO containing SNESticle and the ROM smw.sfc (whatever that might mean).

It's generally a good idea to also provide the full name of the SNES game using the --game-name option:

./fn22snesticle.py --rom smw.sfc --game-name "Swell Plumber Place" fightnight2.iso smw.iso

It will be written to multiple fields inside the ISO that can be picked up by your loader. It will also be used to generate the banner image that shows up next to the game in most loaders. If no game name is provided, the ROM filename will be used instead.

If you don't like the generated banners, you can provide your own, using the --banner option:

./fn22snesticle.py fightnight2.iso superpunchout.iso --banner mybanner.png

The image file should be 96 by 32 pixels. Most common image formats are supported, but something non-lossy, like png, is strongly recommended. The pillow (PIL) module is required in order for this to work.

Game IDs

There is generally no need to care about the game id option, just leave it out and hope for the best. But if you are curious, or if you think the game id is causing problems for the script or for your loader, read on.

A game ID is a 6 digit code present on every Gamecube ISO, its structure is the following:

  • A single letter identifying the console type (typically G for Gamecube).
  • Two letters (or digits) identifying the game itself.
  • One letter identifying the region of the game.
  • Two digits (or letters) identifying the publisher.

Fight Night Round 2 (the US version) has game ID GEYE69, where 69 is the publisher code for Electronic Arts, the E before that is for US region, the initial G is for Gamecube and EY is just the unique identifier for Fight Night 2 (unique among Gamecube games published by Electronic Arts in the US that is).

Some loaders will exhibit strange behaviour unless every available ISO has a unique game ID, therefore fn22snesticle.py will try to generate a unique ID for every successfully created ISO. The format used is "ZxxE69". E69 still means Electronic Arts and US, but to avoid collisions with existing games the first letter is set to Z. xx is a two character alphanumeric string, essentially a base 36 number that starts at 00 and increments by one for each generated ISO. So after 09 comes 0A and after 0Z comes 10. After ZZ (or 1296 generated ISOs) it prints a warning and wraps back to 00. The most recently used code is written to a file called .fn22snesticle in your home directory. If the file is deleted, game IDs start over at Z00E69.

You can also freely choose your own game ID using the --game-id option. This will not affect the .fn22snesticle file.

a2bnr.py

A banner is a 96x32 bitmap plus a couple of text strings describing the game. It shows up in the Gamecube OS, as well as in loaders like Swiss and in emulators like Dolphin. a2bnr.py is a Python module that is used by fn22snesticle.py to create a Gamecube banner file from a png, but a2bnr.py can also be used as a stand-alone program to create a new banner from an image file or to modify an existing banner file. A typical invocation would look like this:

./a2bnr.py --image myimage.png mybanner.bnr

This will convert myimage.png to the banner format and write it to mybanner.bnr. If mybanner.bnr already exists, this will only overwrite the bitmap portion of the file, leaving the text strings intact. Similarly, it is possible to replace just (a subset of) the text strings in an existing banner file:

./a2bnr.py --game-name "My game" --developer "I made this" someoldbanner.bnr

This will overwrite the game name and developer fields of someoldbanner.bnr without touching the bitmap or the other text strings.

When creating a new bnr file, the --image option is required but everything else is optional. a2bnr.py will accept any image format that pillow can understand.

SNESticle considerations

Joypad emulation

SNESticle maps the Gamecube buttons to SNES buttons in a very literal way, ie A on the Gamecube controller becomes A on the SNES controller. This works for Super Punch-Out but is useless for most games, so the script patches the code to map buttons based on physical location instead:

GC button SNES button
A B
B Y
X A
Y X
Start Start
Z Select

Compatibility etc

At the time of writing, little is known about the features or accuracy of SNESticle. It happily accept standard SNES ROMS with or without the header (ie SMC or SFC files) and it runs a lot of games with no trouble. It does not seem to support external chips like the DSP or Super FX.

Further reading

More information on this project can be found at https://dataswamp.org/~josk/snesticle/

Owner
Johannes Holmberg
Johannes Holmberg
A small utility to deal with malware embedded hashes.

Uchihash is a small utility that can save malware analysts the time of dealing with embedded hash values used for various things such as: Dyn

Abdallah Elshinbary 48 Dec 19, 2022
Tools for converting Nintendo DS binaries to an ELF file for Ghidra/IDA

nds2elf Requirements nds2elf.py uses LIEF and template.elf to form a new binary. LIEF is available via pip: pip3 install lief Usage DSi and DSi-enhan

Max Thomas 17 Aug 14, 2022
😭 WSOB is a python tool created to exploit the new vulnerability on WSO2 assigned as CVE-2022-29464.

😭 WSOB (CVE-2022-29464) 😭 WSOB is a python tool created to exploit the new vulnerability on WSO2 assigned as CVE-2022-29464. CVE-2022-29464 details:

0p 25 Oct 14, 2022
CodeTest信息收集和漏洞利用工具

CodeTest信息收集和漏洞利用工具,可在进行渗透测试之时方便利用相关信息收集脚本进行信息的获取和验证工作,漏洞利用模块可选择需要测试的漏洞模块,或者选择所有模块测试,包含CVE-2020-14882, CVE-2020-2555等,可自己收集脚本后按照模板进行修改。

23 Mar 18, 2021
Some Attacks of Exchange SSRF ProxyLogon&ProxyShell

Some Attacks of Exchange SSRF This project is heavily replicated in ProxyShell, NtlmRelayToEWS https://mp.weixin.qq.com/s/GFcEKA48bPWsezNdVcrWag Get 1

Jumbo 129 Dec 30, 2022
Seamless deployment and management of cybersecurity solutions 🏗️

Description 🖼️ Background 👴🏼 Vision 📜 Concepts 💬 Solutions' Lifecycle. Operations ⭕ Functionalities 🚀 Supported Cybersecurity Solutions 📦 Insta

MutableSecurity 36 Nov 10, 2022
Simple Python 3 script to detect the "Log4j" Java library vulnerability (CVE-2021-44228) for a list of URL with multithreading

log4j-detect Simple Python 3 script to detect the "Log4j" Java library vulnerability (CVE-2021-44228) for a list of URL with multithreading The script

Wade 1 Dec 15, 2021
SCodeScanner stands for Source Code scanner where the user can scans the source code for finding the Critical Vulnerabilities.

The SCodeScanner stands for Source Code Scanner, where you can scan your source code files like PHP and get identify the vulnerabilities inside it. The tool can use by Pentester, Developer to quickly

136 Dec 13, 2022
Exploit and Check Script for CVE 2022-1388

F5-CVE-2022-1388-Exploit Exploit and Check Script for CVE 2022-1388 Usage Check against single host python3 CVE-2022-1388.py -v true -u target_url At

Andy Gill 52 Dec 22, 2022
A bare-bones POC container runner in python

pybox A proof-of-concept bare-bones container written in 50 lines of python code. Provides namespace isolation and resource limit control Usage Insta

Anirudh Haritas Murali 5 Jun 03, 2021
Password database With special stuff

This is a Password database I made for myself, as I want to keep all my passwords in the same place. but still protected, shall anyone get access to the file. And so I made this simple password datab

9 Oct 30, 2022
阿里云accesskey利用工具

aliyun-accesskey-Tools 此工具用于查询ALIYUN_ACCESSKEY的主机,并且远程执行命令。 对于ALIYUN_ACCESSKEY利用方式可参考文章:记一次阿里云主机泄露Access Key到Getshell 工具截图 安装模块 pip install -r require

一灯老和尚 826 Jan 01, 2023
A GitHub action for organizations that enables advanced security code scanning on all new repos

Advanced-Security-Enforcer What this repository does This code is for an active GitHub Action written in Python to check (on a schedule) for new repos

Zack Koppert 30 May 17, 2022
A Feature Rich Modular Malware Configuration Extraction Utility for MalDuck

Malware Configuration Extractor A Malware Configuration Extraction Tool and Modules for MalDuck This project is FREE as in FREE 🍺 , use it commercial

c3rb3ru5 103 Dec 18, 2022
Searches filesystem for CVE-2021-44228 and CVE-2021-45046 vulnerable instances of log4j library, including embedded (jar/war/zip) packaged ones.

log4shell_finder Python port of https://github.com/mergebase/log4j-detector log4j-detector is copyright (c) 2021 - MergeBase Software Inc. https://mer

Hynek Petrak 33 Jan 04, 2023
Hammer-DDos - Hammer DDos With Python

Hammer-DDos $ apt update $ apt upgrade $ apt install python $ apt install git $

1 Jan 24, 2022
CVE-2021-40346 integer overflow enables http smuggling

CVE-2021-40346-POC CVE-2021-40346 integer overflow enables http smuggling Reference: https://jfrog.com/blog/critical-vulnerability-in-haproxy-cve-2021

donky16 34 Nov 15, 2022
A secure way of storing your passwords.

StrongBox 🔐 A secure way of storing your passwords. 🔑 Why to use StrongBox? StrongBox makes it possible to have a random generated strong password i

Dylan Tintenfich 5 Dec 25, 2021
The best Python Backdoor👌

Backdoor The best Python Backdoor Files Server file is used in all of cases If client is Windows, the client need execute EXE file If client is Linux,

13 Oct 28, 2022
CVE-2021-26855: PoC (Not a HoneyPoC for once!)

Exch-CVE-2021-26855 ProxyLogon is the formally generic name for CVE-2021-26855, a vulnerability on Microsoft Exchange Server that allows an attacker b

ZephrFish 24 Nov 14, 2022