A fan-made multiplayer Super Mario Bros. style deathmatch game
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README.md

Super Mario War

Travis AppVeyor Freenode channel

Super Mario War is a fan-made multiplayer Super Mario Bros. style deathmatch game in which players try to beat one another in a variety of gameplay modes. You can play on teams, design your own levels, design your own worlds, and much more!

History

The original Mario War was created by Samuele Poletto in 2002, in which four Super Mario characters could fight on various levels by jumping on each other's head. It was written in Pascal/Assembly, and was released for DOS. Later versions also included a map editor.

In 2004, Florian Hufsky, founder of the 72dpiarmy forum started working on an open-source rewrite, which became Super Mario War. This version introduced custom characters, additional gameplay modes and map mechanics, items and powerups. Custom user contents were stored on (the now defunct) smwstuff.com site, with thousands of maps and skins available. Due to its open-source nature, the game has been ported to pretty much every desktop and console system.

At the end of 2009, Florian died. The development of the game slowed down and eventually stopped, with SMW 1.8 beta 2 being the last official release. While there have been several attempts for continuing or restarting the development, none of them seem to have succeeded in the long term. In addition, due to technical issues the whole smwstuff.com site and all of its contents has also been lost, with partial backups from the uploaders available on the forum.

This is a fork I've started working on around 2014, with the initial goal of implementing network multiplayer support that would work cross-platform between different devices. I've also wanted to make a site for collecting the scattered content from the forum in one place once again. This became smwstuff.net.

As for the game, unfortunately it became clear very soon that the quality and structure of the original source code will make effective work impossible: most source files were in the "around 10000 lines" category, with 1000+ LOC functions being common, most of them modifying global variables, and there was even an if-else with a hundred branches.

Eventually I've managed to make the network multiplayer working, but it's far from perfect. With good conditions, on local networks it may work fine, but subtle bugs and lag usually makes the gameplay over the internet far from optimal. A proper implementation would likely require a redesign of several core parts of the game and another several hundred clean up/refactoring patches to make the code maintainable. And, with this kind of project of course, there's also a chance that next morning you get a cease-and-desist letter from whatever company.

For me, this was the point where I've stopped putting more time on this project (2016). In the long term, a complete rewrite might be faster and more effective than patching the original game for years. Either way, I hope I've left the project in a better state than it was, and that it will be of use for future developers. Have fun!

About

Super Mario War is a Super Mario multiplayer game. The goal is to stomp as many other Mario's as possible to win the game. There is a range of different gameplay modes in the game, like Capture-The-Flag, King of The Hill, Deathmatch, Team Deathmatch, Tournament Mode, Collect The Coins, Race, and many more. The game also includes a level editor which lets you create your own maps from scratch, or re-create sections from your favorite Mario game, your imagination is the limit! Recently included is a world editor, which strings a bunch of levels with specified conditions to create an SMB3-like experience merged with tournament like play. The game is more importantly a tribute to Nintendo and the original fangame game Mario War by Samuele Poletto.

The game uses artwork and sounds from Nintendo games. We hope that this noncommercial fangame qualifies as fair use work. We just wanted to create this game to show how much we adore Nintendo's characters and games.

Features

  • Up to four players deathmatch fun
  • a whole bunch of game modes (featuring GetTheChicken, Domination, CTF, ...)
  • online and local multiplayer
  • Comes with the leveleditor - you can create your own maps...
  • ... and a lot of people did so. There are currently over 1000 maps
  • More fun than poking a monkey with a stick
  • The whole source code of the game is available, for free
  • uses SDL and is fully portable to windows, linux, mac, ...
  • CPU Players
  • will make you happy and gives you a fuzzy feeling

Supported platforms

  • Linux
  • Windows
  • Mac OS X
  • ARM devices (eg. Raspberry Pi)
  • XBox (?)
  • Android (experimental)
  • asm.js (experimental)

Building instructions

Requirements

  • C++11 supporting compiler (eg. gcc-4.8)
  • CMake (>= 2.6)
  • SDL (1.2 or 2.0), with
    • SDL_image
    • SDL_mixer
  • zlib
  • yaml-cpp (included)
  • ENet (optional, included)

You can use package managers for getting these dependencies:

  • Debian-based: apt-get install cmake libsdl1.2-dev libsdl-image1.2-dev libsdl-mixer1.2-dev zlib1g-dev
  • Fedora/RPM: yum install cmake SDL-devel SDL_image-devel SDL_mixer-devel zlib-devel
  • Arch: pacman -S cmake sdl sdl_image sdl_mixer zlib
  • MSYS2: pacman -S mingw-w64-x86_64-SDL mingw-w64-x86_64-SDL_image mingw-w64-x86_64-SDL_mixer mingw-w64-x86_64-zlib

For other systems, you can download the development files manually from:

Get the code

This repository contains some submodules which you can use if the dependencies are not available for your OS, are outdated or you simply don't want to install them on your system. To use the included libraries, do a recursive cloning:

git clone --recursive https://github.com/mmatyas/supermariowar.git

Alternatively, you can also initialize the submodules manually:

git clone https://github.com/mmatyas/supermariowar.git
cd supermariowar
git submodule update --init

If you'd rather use the system libraries, please see the Build configuration section for disabling this feature.

Linux

Create a build directory and run CMake there to configure the project. Then simply call make every time you want to build. The binaries will be generated in ./build/Binaries/Release by default. In short:

unzip data.zip
mkdir build && cd build
cmake ..
make -j4 # -jN = build on N threads
./Binaries/Release/smw ../data

The main build targets for make are:

  • smw
  • smw-leveleditor
  • smw-worldeditor
  • smw-server

If you prefer to work within an IDE (CodeBlocks, Eclipse, ...), you can also generate project files for it using CMake. You can find more information in Build configuration.

To create installable packages, simply run make package. This will create TGZ, DEB and RPM archives.

Mac OSX

You'll probably need Xcode and its command line tools; you can install SDL and CMake manually from its site, or you can get them with Homebrew: brew install cmake sdl2 sdl2_image sdl2_mixer. Then follow the Linux instructions to build SMW.

Windows

If you're using MinGW Shell/MSYS or Cygwin, you can follow the Linux guide. You can also generate a project file with CMake for various IDEs, such as CodeBlocks, Eclipse or Visual Studio.

For more details, see the wiki: Building on Windows.

ARM devices

You can build SMW on ARM devices, like the Raspberry Pi, following the Linux instructions. If you know how to do it, you can also cross-compile the usual way, either by setting up a cross toolchain or emulating your device. For more details, see the wiki: Cross compiling to ARM.

The build configuration contains some default compiler flags already, but since there are many possible combinations (hard float, Thumb, NEON, ...), you might want to use custom parameters. In this case, define the CFLAGS and CXXFLAGS vars, and run CMake with the DISABLE_DEFAULT_CFLAGS option (see Build configuration).

Android

The Android port uses a different build system, you can find more details here.

Emscripten

SMW can be build to run in your browser using Emscripten. You can find the build instructions in the wiki.

Other devices

You should be able to port SMW to any device where SDL (either 1.2 or 2.0) works. Generally, this involves the following steps:

  • get the cross compiler toolchain of your device
  • cross-compile the SDL libs, if they are not included
    • build SDL
    • build SDL_image with at least PNG support
      • requires zlib
      • requires libpng
    • build SDL_mixer with at least OGG support
      • requires libogg
      • requires libvorbis
  • create a CMake toolchain file and define your compiler and paths
  • build using the toolchain file

Build configuration

TODO: expand this section

You can change the build configuration by setting various CMake flags. The simplest way to do this is by running cmake-gui .. from the Build directory. You can read a short description of an element by hovering the mouse on its name too.

Alternatively, you can pass these options directly to CMake as -DFLAGNAME=VALUE (eg. cmake .. -DUSE_SDL2_LIBS=1).

How to play

Please see documentation in the docs/ directory.