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|
########
# 1oom #
########
1. Options
===========
The configuration options:
--enable-static enable static builds (experimental)
--enable-modebug add debugging options
--without-readline do not try to use the readline library
(used by 1oom_cmdline)
--without-samplerate do not try to use libsamplerate
--disable-tools disables extra tools
(do not build 1oom_pbxmake, 1oom_gfxconv, ...)
--disable-uiclassic disables classic UI
(do not build 1oom_classic_*)
--disable-uicmdline disables cmdline UI
(do not build 1oom_cmdline)
--enable-hwsdl1 enables SDL1 HW
(build 1oom_*_sdl1)
--disable-hwsdl1audio disables SDL1 HW audio support
(no audio for 1oom_*_sdl1)
--disable-hwsdl1gl disables SDL1 HW OpenGL support
(no graphics resizing for 1oom_*_sdl1)
--disable-hwsdl2 disables SDL2 HW
(do not build 1oom_*_sdl2)
--disable-hwsdl2audio disables SDL2 HW audio support
(no audio for 1oom_*_sdl2)
--disable-hwalleg4 disables Allegro 4 HW
(do not build 1oom_*_alleg4)
Parameters for configure:
CFLAGS
SDL1_CFLAGS
SDL1_LIBS
SDL1MIXER_LIBS
SDL2_CFLAGS
SDL2_LIBS
SDL2MIXER_LIBS
2. Preparing build tools
=========================
You'll need autotools, make and a C99 compiler.
You will most likely also want to have SDL development libraries.
Both SDL 1.2.x and SDL2.x are supported.
OpenGL libraries are highly recommended.
2.1. Compiling on Linux
===============================
If you want to use SDL1:
aptitude install libsdl1.2-dev libsdl-mixer1.2-dev
If you prefer SDL2:
aptitude install libsdl2-dev libsdl2-mixer-dev
For better audio quality, also get libsamplerate.
aptitude install libsamplerate-dev
For custom sound fonts support:
aptitude install libfluidsynth-dev
You are now ready to configure and build 1oom as described in Section 3.
2.2. Compiling on Windows
==========================
To compile 1oom, you need a GNU build environment.
2.2.1. Compiling with MinGW
----------------------------
Note: This method is deprecated. Follow 2.2.2 if you want FluidSynth support.
Download and install mingw-get-setup.exe from: https://osdn.net/projects/mingw/releases/
This will install a graphical package manager. Ensure that you have the latest autoconf,
automake and make versions available and also MSYS.
Download the SDL2 development libarary for MinGW from:
https://github.com/libsdl-org/SDL/releases
Download the SDL2 mixer development library for MinGW from:
https://github.com/libsdl-org/SDL_mixer/releases
Then unzip the two archives you downloaded.
Then, run:
C:\MinGW\msys\1.0\msys.bat
which gives you a UNIX-style command prompt with the correct PATHs already configured.
Then, go to the directory where you extracted SDL2 and enter:
make native
Do the same for SDL2 Mixer.
You are now ready to configure and build 1oom as described in Section 3. When
running configure, pass the following options:
../configure --disable-hwalleg4
To run 1oom, place the *32-bit* versions of SDL2.dll and SDL2_mixer.dll in the
same directory as the binary.
2.2.2. Compiling with MSYS2
----------------------------
https://kilgoretroutmaskreplicant.gitlab.io/plain-html/howto_build_windows.html
For Windows 7, you can download the old version of MSYS2 here:
https://github.com/msys2/msys2-installer/releases/tag/2022-10-28
Note: Add the --enable-static flag for static build when you run ./configure.
To run 1oom with FluidSynth support, before building you need to install
the appropriate fluidsynth package in MSYS2 and copy the fluidsynth DLLs to
same directory as 1oom binary (even for static build).
3. Compiling 1oom
==================
The following needs to be run from the 1oom folder.
If you checked this out with git, do this first:
autoreconf -fi
Make a build directory:
mkdir build-native
cd build-native
Then the usual:
../configure
make -j 3
!!! You need the data files from the original Master of Orion to run 1oom. !!!
Actual install step is not needed:
src/1oom_classic_sdl1 -data /path/to/moo
src/1oom_classic_sdl2 -data /path/to/moo
4. Cross-compiling
===================
Something like this may work:
mkdir build-win32d
cd build-win32d
../configure --host=i686-w64-mingw32.shared
If the libraries are not found, try something like:
../configure --host=i686-w64-mingw32.shared
SDL1_CFLAGS="`i686-w64-mingw32.shared-sdl-config --cflags`" \
SDL1_LIBS="`i686-w64-mingw32.shared-sdl-config --libs`" \
SDL1MIXER_LIBS="`i686-w64-mingw32.shared-pkg-config --libs SDL_mixer`" \
SDL2_CFLAGS="`i686-w64-mingw32.shared-sdl2-config --cflags`" \
SDL2_LIBS="`i686-w64-mingw32.shared-sdl2-config --libs`" \
SDL2MIXER_LIBS="`i686-w64-mingw32.shared-pkg-config --libs SDL2_mixer`"
Good luck!
4.1. Unix to win32
===================
This is a quick guide to make a cross compiler based on MXE: http://mxe.cc/
First we build MXE:
git clone https://github.com/mxe/mxe.git
cd mxe
make MXE_TARGETS='i686-w64-mingw32.shared' gcc sdl sdl_mixer sdl2 sdl2_mixer libsamplerate readline
(or i686-w64-mingw32.static if you want static binaries, or maybe both)
Edit your .bashrc, .profile or equivalent and add/edit:
export PATH="/MXE_path/usr/bin:$PATH"
(If you are unsure of the MXE_path, run pwd.)
Run the export line on the current terminal to set the PATH for this session.
Now to cross compile 1oom:
cd ~/path/to/1oom
mkdir build-win32d
cd build-win32d
../configure --host=i686-w64-mingw32.shared && make -j 3
If you want to make distributable packages of .shared compiles:
mkdir extrabindist_win32
cp /MXE_path/usr/i686-w64-mingw32.shared/bin/{SDL*,libgcc_s_sjlj-1.dll,libsamplerate.dll} extrabindist_win32
(the list may be incomplete; run the EXEs in wine and see the error messages)
4.2. Unix to msdos
===================
This is a quick guide to cross compile a MSDOS binary.
First get a cross compiler:
git clone https://github.com/andrewwutw/build-djgpp.git
...
(or just grab a prebuilt one from the GitHub page)
Edit your .bashrc, .profile or equivalent and add/edit:
export PATH="/djgpp_path/bin:$PATH"
Run the export line on the current terminal to set the PATH for this session.
Get allegro-4.2.3.1.tar.gz from http://liballeg.org/
tar xaf allegro-4.2.3.1.tar.gz
cd allegro-4.2.3.1
"Fix" it for djgpp:
./fix.sh djgpp
Apply patches:
patch -p1 < /path/to/1oom/doc/ext/allegro-4.2.3.1-p1-modern-xmake.patch
patch -p1 < /path/to/1oom/doc/ext/allegro-4.2.3.1-p2-remove-mouse-cursor.patch
patch -p1 < /path/to/1oom/doc/ext/allegro-4.2.3.1-p3-disable-unused.patch
Edit xmake.sh and check that the paths and compiler name are correct.
./xmake.sh
Copy the header files to the cross compiler:
cp -r include/* /opt/djgpp/i586-pc-msdosdjgpp/include
Copy the library file to the cross compiler:
cp lib/djgpp/lib*a /opt/djgpp/i586-pc-msdosdjgpp/lib
Now to cross compile 1oom:
cd ~/path/to/1oom
mkdir build-msdos
cd build-msdos
../configure --host=i586-pc-msdosdjgpp && make -j 3
5. Building distributable packages
===================================
Build a tarball requiring no Autotools:
make dist
Some OS targets support building binary distributions. The bindist scripts
use git for version information if .git/ exists, otherwise the version is
"vUnknown". Files from extrabindist_common/ and extrabindist_$OS/ are copied
to the distribution.
Build a binary distribution:
make -j 3 && make bindist
Build a binary distribution zip:
make -j 3 && make bindistzip
|
