T313C0mun1s7
June 5th, 2006, 07:42 PM
I am installing mame from source (downloaded as of yesterday) and the make portion went ok, but not make install. I am not extreamly familiar with installing from source, but I have done it a couple of times under slackware.
If I can remember correctly it goes like this:
become root
./configure
make
make installthere is no configure file so I made the modifications to the Makefile manually, the make seemed to go ok. I got warnings but did not see any errors. Then when I tried make install I get this:
Installing binaries under /usr/local/bin...
/usr/local/install -d -o root -g bin -m 755 /usr/local/bin
make: execvp: /usr/local/install: Permission denied
make: [doinstall] Error 127 (ignored)
/usr/local/install -c -o root -g bin -m 555 xmame.x11 /usr/local/bin
make: execvp: /usr/local/install: Permission denied
make: *** [doinstall] Error 127
The permissions on the /usr/local/install directory are 777, and as I said I am root (via the "Root Terminal" icon in the Applications menu under System Tools. Any assistance is appreciated. Thank you
T313C0mun1s7
June 7th, 2006, 01:06 AM
So am I in the wrong forum for this? MAME is a game hardware emulator, so I thought this would be the place. Could someone at least suggest which forum I might try to have a better change at a reply?
seth0x2b
June 7th, 2006, 01:12 AM
How exactly are you becoming root?!
This would be a correct compile sequence:
extract source archive.
goto to the extracted archive's folder
./configure
make
sudo make install
Cheers
T313C0mun1s7
June 7th, 2006, 01:46 AM
I am in a terminal windows as root.
. . . and as I said I am root (via the "Root Terminal" icon in the Applications menu under System Tools.
So then I got there via Applications --> System Tools --> Root Terminal
I have a # at the end of the prompt and a prompt of:
root@powerhouse:/usr/src/xmame-0.106#
seth0x2b
June 7th, 2006, 01:50 AM
Sorry...I skipped the end of your initial post. But still, you could try with sudo.
Other than that, I have no ideea ](*,)
Cheers and good luck
engla
June 7th, 2006, 02:16 AM
Packages without a configure file can be complicated..
it looks like it expects to find the 'install' program at /usr/local/install, while it is really at /usr/bin/install. This probably means that you have to tweak the Makefile further, either finding that explicit path, or making sure that prefix is /usr, exec_prefix is /usr/bin etc etc.. the only way to know what exactly to do is to read the Makefile.
T313C0mun1s7
June 7th, 2006, 05:12 AM
Ah Ha, thank you engia for such a great reply. I thought it was looking for a location to install to, and after a precursory glance in the /usr/bin directory and not finding an install directory I created a directory under /usr/local called install, and changed the makefile.
So in all it seems it is MY FAULT. There of course is an executable in the /usr/bin directory named install. I will fix the Makefile and report back.
T313C0mun1s7
June 7th, 2006, 05:36 AM
The make install finished ok, but I am not sure I did it correctly.
My processor is an AMD Athlon64 X2, but I am running and wanting to compile for 32 bit. So I may have my processor incorrect in the Makefile. I am not sure what to select to build 32 bit but still get all the features and optimizations I can out of the build. I am also getting other errors, but I think that they may be related to the fact that I have not yet copied any roms into the location it will be looking for them.
root@powerhouse:/usr/src/xmame-0.106# make install
Installing binaries under /usr/local/bin...
/usr/bin/install -d -o root -g bin -m 755 /usr/local/bin
/usr/bin/install -c -o root -g bin -m 555 xmame.x11 /usr/local/bin
/usr/bin/install -c -o root -g bin -m 555 romcmp chdman xml2info jedutil /usr/local/bin
Installing manual pages under /usr/local/man/man6 ...
/usr/bin/install -d -o root -g bin -m 755 /usr/local/man/man6
/usr/bin/install -c -o root -g bin -m 444 src/unix/doc/xmame.6 /usr/local/man/man6/xmame.6
xmame for linux-amd64 installation completed
root@powerhouse:/usr/src/xmame-0.106# xmame.x11
info: trying to parse: /usr/local/share/xmame/xmamerc
info: trying to parse: /root/.xmame/xmamerc
info: trying to parse: /usr/local/share/xmame/xmame-x11rc
info: trying to parse: /root/.xmame/xmame-x11rc
info: trying to parse: /usr/local/share/xmame/rc/robbyrc
info: trying to parse: /root/.xmame/rc/robbyrc
loading rom 0: rotox1.bin
loading rom 1: rotox2.bin
loading rom 2: rotox3.bin
loading rom 3: rotox4.bin
loading rom 4: rotox5.bin
loading rom 5: rotox6.bin
loading rom 6: rotox7.bin
loading rom 7: rotox8.bin
loading rom 8: rotox9.bin
loading rom 9: rotox10.bin
done
rotox1.bin NOT FOUND
rotox2.bin NOT FOUND
rotox3.bin NOT FOUND
rotox4.bin NOT FOUND
rotox5.bin NOT FOUND
rotox6.bin NOT FOUND
rotox7.bin NOT FOUND
rotox8.bin NOT FOUND
rotox9.bin NOT FOUND
rotox10.bin NOT FOUND
ERROR: required files are missing, the game cannot be run.
Below is my Makefile (I cut out the header comments because this post was to long):
################################################## #########################
# Xmame or xmess or...?
################################################## #########################
# Uncomment one of these.
TARGET = mame
# TARGET = mess
# TARGET = mage
# TARGET = mmsnd
# example for a tiny compile
# TARGET = tiny
################################################## #########################
# Special features
################################################## #########################
# Enable experimental network support. See
# src/unix/doc/multiplayer-readme.txt for more information. (CURRENTLY
# BROKEN)
# XMAME_NET = 1
# Uncomment to use DRC MIPS3 engine (faster emulation, but only works on x86-
# compatible CPUs).
X86_MIPS3_DRC = 1
# Uncomment to use DRC PowerPC engine (faster emulation, but only works on x86-
# compatible CPUs).
X86_PPC_DRC = 1
# Uncomment to use DRC Voodoo rasterizers (faster emulation, but only works on
# x86-compatible CPUs).
X86_VOODOO_DRC = 1
# Uncomment to disable effects. This can considerably speed up compilation of
# the blit files.
# DISABLE_EFFECTS = 1
# Uncomment the line below to enable the MMX assembly-language optimized
# routines for the "light scanlines" and "6-tap filter" effects. This
# requires an IA-32 processor with MMX capability and the NASM assembler.
#
# On Linux-i386 you can enable this without causing problems on non
# MMX capable processors: the Linux code will autodetect if an MMX
# capable processor is present and use the right code.
EFFECT_MMX_ASM = 1
################################################## #########################
# Development environment options
################################################## #########################
# GNU make is MANDATORY!!!
################################################## #########################
# Choose your compiler.
################################################## #########################
# Support for the Intel C++ Compiler is new and experimental. Be sure
# to check the CFLAGS, RANLIB, IL, LD, and MY_CPU sections in this
# makefile. If you've set up a nice environment or alias or wrapper
# script, then you can use `icc'.
#
# Use of `c89' is recommend for Ultrix as it generates faster code, which
# means fewer frames to be skipped and better graphics, but `gcc' works
# just as well. However, stay away from the `cc' Ultrix compiler if
# possible.
CC = @gcc
# CC = @cc
# CC = @icc
# CC = @c89
# Uncomment for Sun Forte 7 and above C/C++ compiler, see below for
# additional optimizations.
# CC = @sun-forte
# Compiler for host compilations in cross-compiling environments (used
# in src/unix/unix.mak for m68k).
HOST_CC = $(CC)
# HOST_CC = @gcc
################################################## #########################
# Reset CFLAGS
################################################## #########################
# If you want to use whatever CFLAGS are currently set in your
# environment, then comment this out.
CFLAGS =
################################################## #########################
# Choose from some preset CFLAGS. Or, if you want to tweak some more, skip
# this section.
################################################## #########################
# GCC on x86
CFLAGS = -O2
# GCC on x86 with some optimizations
# CFLAGS = -O2 -mtune=i686 -fomit-frame-pointer -fstrength-reduce -ffast-math
# GCC on Linux/PowerPC
# CFLAGS = -O2 -funroll-loops -fstrength-reduce -fomit-frame-pointer \
# -ffast-math -fsigned-char -mlongcall
# GCC on OpenStep/Intel
# CFLAGS = -O2 -finline-functions -ffast-math -fstrength-reduce \
# -traditional-cpp
# GCC on OpenStep/PPC or Mac OS X.
# CFLAGS = -O2 -funroll-loops -fstrength-reduce -fomit-frame-pointer \
# -ffast-math -fsigned-char
# IRIX MIPSpro R5+K without IPA
# CFLAGS = -n32 -mips4 -O3 -OPT:Olimit=0
# IRIX MIPSpro with really serious optimization for R10K O2
# CFLAGS = -fullwarn -n32 -mips4 -Ofast=ip32_10k -TARG:platform=ip32_10k \
# -OPT:Olimit=0 -IPA
# IRIX with more general optimization for R5+K MIPS machines
# CFLAGS = -fullwarn -n32 -mips4 -Ofast -OPT:Olimit=0 -IPA
# IRIX with R4K MIPS chips (older Indys, Indigo2s, etc).
# CFLAGS = -fullwarn -n32 -mips3 -Ofast -OPT:Olimit=0 -IPA
# PlayStation2 Linux
# CFLAGS = -O2 -mcpu=r5900 -fsingle-precision-constant -fstrength-reduce \
# -fomit-frame-pointer -ffast-math -fsigned-char -pipe -malign-loops=2
# -malign-jumps=2 -funroll-loops
ifneq (,$(findstring gcc,$(CC)))
################################################## #######################
# Special cases
################################################## #######################
# Uncomment for a Linux/PowerPC system.
# CFLAGS += -fsigned-char -mlongcall
# Uncomment for OpenStep. This might also apply to some early versions
# of Mac OS X.
# CFLAGS += -traditional-cpp
################################################## #######################
# Warnings
################################################## #######################
# Check for C89 + GNU extensions compliance.
CFLAGS += -std=gnu89
# Show all warnings.
CFLAGS += -Wall
# Don't warn about unused variables.
CFLAGS += -Wno-unused
# Warn about declarations after statements.
# CFLAGS += -Wdeclaration-after-statement
# Don't warn about code that might break strict aliasing rules.
# CFLAGS += -Wno-strict-aliasing
################################################## #######################
# Debugging
################################################## #######################
# Detect non-ANSI C code.
# CFLAGS += -pedantic -ansi -D_XOPEN_SOURCE -D_BSD_SOURCE \
# -Wno-long-long -Wno-trigraphs -Dasm=__asm__
# Check for C89 compliance.
# CFLAGS += -std=c89
# Enable debugging (e.g., using gdb).
# CFLAGS += -ggdb
# Enable gprof profiling.
# CFLAGS += -pg
################################################## #######################
# General optimizations
################################################## #######################
# Optimization level -- choose one of these.
# Use -O1 if you suspect that -O2 is producing bad code; use -O3 for a
# possible speedup, -Os for a smaller executable, and -O0 to aid
# debugging.
CFLAGS += -O2
# CFLAGS += -O1
# CFLAGS += -O3
# CFLAGS += -Os
# CFLAGS += -O0
# This option should reduce compilation time and disk activity, but at
# the expense of using a LOT more memory. If you have less than
# 256Mb of RAM, you may not want to use this.
# CFLAGS += -pipe
# If you use GCC 3.x and find that it's taking many minutes to link,
# enable this to speed up the link stage considerably.
# CFLAGS += -fno-merge-constants
# Free up the frame pointer register for other uses. This can make
# debugging impossible on some platforms, notably x86. Also, GCC 3.0.2
# can produce invalid code for x86 with this enabled.
# CFLAGS += -fomit-frame-pointer
# Use with GCC 2.95.1 and above for a nice speedup. For GCC 3.0 and
# up, this is automatically turned on by -O2 and higher.
# CFLAGS += -fstrict-aliasing
# Use with EGCS 1.1.x and GCC 2.95; otherwise, xmame compilation will
# break.
# CFLAGS += -fno-strict-aliasing
# Unroll loops for a possible speedup. Beware that combining this with
# -O2 in GCC 3.0.x on x86 platforms miscompiles src/sndhrdw/williams.c,
# causing narc (and possibly other games) to segfault.
# CFLAGS += -funroll-loops
# Produce faster floating point code that isn't IEEE/ISO-compliant.
# CFLAGS += -ffast-math
# Strength reduction and elimination of iteration variables.
CFLAGS += -fstrength-reduce
# Enable minor optimizations that are relatively expensive.
# CFLAGS += -fexpensive-optimizations
################################################## #######################
# Architecture-specific optimizations
################################################## #######################
# Note that -march may produce an executable that won't run on lesser
# CPUs. If you're aiming for portability across an entire architecture,
# use -mtune instead. For example, -mtune=pentiumpro will produce an
# executable that (in theory) should be optimized for a PentiumPro
# system, but it will still run on a 386.
# Note: For older versions of GCC, you may have to use -mcpu instead of
# -mtune.
# x86 options that work with any version of GCC:
# CFLAGS += -march=i386
# CFLAGS += -march=i486
# CFLAGS += -march=i586
# CFLAGS += -march=i686
# CFLAGS += -march=pentium
# CFLAGS += -march=pentiumpro
# x86 options that work only with newer versions of GCC:
# CFLAGS += -march=pentium-mmx
# CFLAGS += -march=pentium2
# CFLAGS += -march=pentium3
# CFLAGS += -march=pentium3m
# CFLAGS += -march=pentium-m
# CFLAGS += -march=pentium4
# CFLAGS += -march=pentium4m
# CFLAGS += -march=prescott
# CFLAGS += -march=nocona
# CFLAGS += -march=k6
# CFLAGS += -march=k6-2
# CFLAGS += -march=k6-3
# CFLAGS += -march=athlon
# CFLAGS += -march=athlon-tbird
# CFLAGS += -march=athlon-4
# CFLAGS += -march=athlon-xp
# CFLAGS += -march=athlon-mp
# CFLAGS += -march=k8
# CFLAGS += -march=opteron
CFLAGS += -march=athlon64
# CFLAGS += -march=athlon-fx
# CFLAGS += -march=winchip-c6
# CFLAGS += -march=winchip-2
# CFLAGS += -march=c3
# CFLAGS += -march=c3-2
# x86 SIMD options that work only with newer versions of GCC:
# CFLAGS += -mfpmath=sse
# CFLAGS += -mfpmath=sse,387
#
# CFLAGS += -mmmx
# CFLAGS += -msse
# CFLAGS += -msse2
# CFLAGS += -m3dnow
#
# A good value for PIII/Athlon XP(MP) and above:
CFLAGS += -mfpmath=sse -msse -msse2 -msse3
else
ifeq ($(CC),icc)
# Optimizations for the Intel compiler.
CFLAGS = -O3 -rcd -Xa -ipo -ipo_obj
else
ifeq ($(CC),sun-forte)
#
# sun-forte given above is just an artifice to get us into this section
CC = cc
# uncomment to set compiler defaults oriented for maximum performance
XOPT += -fast
# Choose one optimization level;
#XOPT += -xO0
#XOPT += -xO1
#XOPT += -xO2
#XOPT += -xO3
# -xO4 and above automatically inline
#XOPT += -xO4
XOPT += -xO5
# uncomment for code generation targeted to the local machine; this
# supplies -xarch, -xcpu, -xtarget. It also seems to cause an annoying
# message related to code generated at -native being compatible with
# older hardware, which apparently can't be disabled. As an alternative,
# the particular -xtarget for your system could be specified;
# -xtarget=ultra2/2300
XTARGET += -native
#XTARGET += -xtarget=ultra2/2300
# uncomment to inline library math functions
EXTRA_OPTS += -xlibmil
################################################## ####
# Additional options for parallelization optimizations
################################################## ####
# uncomment for automatic parallelization (if your machine has > 1 cpu)
# Before starting xmame, be sure to set the env variable PARALLEL to the #
# of processors to use; PARALLEL=2 ./xmame.x11
# xmame doesn't appear to like these at present
# XPARALLEL += -xparallel
# uncomment to have cc collapse various math expression sequences, possibly
# affecting roundoffs. Requires -xparallel
# EXTRA_OPTS += -xreduction
# Sparc only, uncomment to do loop restructuring optimizations
# and speculative prefetch for v8plusa and above
EXTRA_OPTS += -xdepend -xsafe=mem
#################################################
# Additional options for glx builds
#################################################
#
# uncomment and modify as required if Mesa wants /lib/libCrun.so
# (libGLU dlopen() complains of missing name mangled symbols)
# GLCFLAGS += -DSUN_FORTE_DLOPEN_LIBCRUN='\"libCrun.so.1\"'
CFLAGS= $(XOPT) $(XTARGET) $(XPARALLEL) $(EXTRA_OPTS)
LDFLAGS=$(XOPT) $(XTARGET) $(XPARALLEL) $(EXTRA_OPTS)
# uncomment for silence...
CFLAGS += -erroff
# Tell xmame that we really are in fact elf. If not supplied,
# SHARED_PREFIX is set causing dlopen()'s to fail.
CFLAGS += -D__ELF__
endif
endif
endif
################################################## #########################
# Inlining
################################################## #########################
# This can very noticeably increase xmame's performance, so enabling this
# is encouraged. It works fine with GCC, MIPSpro, and probably with most
# other compilers.
IL = '-DINLINE=static __inline__'
# Use this with strict ANSI or BeOS or Sun Forte
# IL = -DINLINE=static
# Intel C++ Compiler doesn't know about __inline__.
# IL = '-DINLINE=static inline'
################################################## #########################
# Linker and linker flags
################################################## #########################
# Normal linking.
LD = $(CC) -Wl,-s
# For a Linux/PowerPC system.
# LD = $(CC) -Wl,-s,--relax
# For the Intel C++ Compiler -- expect large link time due to -ipo
# optimization.
# LD = $(CC) -Wl,-s -ipo -ipo_obj
# To profile with GCC and gprof.
# LD = $(CC) -pg
# No profiling (less strace output), but include debug info.
# LD = $(CC)
# For debugging only. This only works with GNU binutils!!
# LD = $(CC) -Wl,-warn-common
# For IRIX MIPSpro, no IPA
# LD = $(CC) -fullwarn -n32 -mips4
# For IRIX R5+K MIPSpro, optimization at link time. This takes nearly a
# gig of memory!!
# LD = $(CC) -fullwarn -n32 -mips4 -IPA
# For IRIX R4K MIPSpro, optimization at link time. This takes nearly a gig
# of memory!!
# LD = $(CC) -fullwarn -n32 -mips3 -IP
################################################## #########################
# Assembler and object file format
################################################## #########################
ASM = @nasm
# Choose ELF or a.out
# ELF settings: No leading underscores + ELF object format. Tested with
# Linux/i386. Also for Solaris/x86, for example.
ASM_STRIP = src/unix/contrib/porting/strip_
ASM_FMT = -f elf
# a.out settings: Leading underscores + a.out object format. Tested with
# netBSD i386. Also for older Linux installs, FreeBSD, and others.
# ASM_STRIP = true # no strip command
# ASM_FMT = -f aoutb
################################################## #########################
# Archiver
################################################## #########################
AR = @ar
AR_OPTS = rc
################################################## #########################
# Math library and ranlib
################################################## #########################
# Does your platform have a separate libm? Only comment this out if you
# have math libraries included within libc. This is very rare; you will
# probably only need it for OpenStep and BeOS systems.
SEPARATE_LIBM = 1
# Does your platform have ranlib? Leave this untouched unless you are
# using IRIX, Unixware 7, or the Intel C++ Compiler.
RANLIB = @ranlib
# RANLIB = @true
################################################## #########################
# Install method and paths for the executable, man pages, and data
################################################## #########################
# OSes that don't have an install command should use the provided
# install.sh script.
INSTALL = /usr/bin/install
# INSTALL = install-sh
# INSTALL = /bin/install
# INSTALL = install # e.g., for BeOS
# The user and group to be used for installation.
INSTALL_USER = root
INSTALL_GROUP = bin
INSTALL_PROGRAM_DIR = $(INSTALL) -d -o $(INSTALL_USER) -g $(INSTALL_GROUP) -m 755
INSTALL_MAN_DIR = $(INSTALL) -d -o $(INSTALL_USER) -g $(INSTALL_GROUP) -m 755
INSTALL_DATA_DIR = $(INSTALL) -d -o $(INSTALL_USER) -g $(INSTALL_GROUP) -m 755
INSTALL_PROGRAM = $(INSTALL) -c -o $(INSTALL_USER) -g $(INSTALL_GROUP) -m 555
INSTALL_PROGRAM_SUID = $(INSTALL) -c -o $(INSTALL_USER) -g $(INSTALL_GROUP) -m 4555
INSTALL_MAN = $(INSTALL) -c -o $(INSTALL_USER) -g $(INSTALL_GROUP) -m 444
INSTALL_DATA = $(INSTALL) -c -o $(INSTALL_USER) -g $(INSTALL_GROUP) -m 644
################################################## #########################
# Extra include and/or library paths
################################################## #########################
# These are sometimes needed for zlib.
# SuSE Linux may require -L/usr/X11R6/lib.
# UnixWare7 requires -lsocket.
# LIBS = -L/usr/X11R6/lib -L/usr/local/lib
# INCLUDES = -I/usr/X11R6/include -I/usr/local/include
################################################## #########################
# Miscellaneous settings
################################################## #########################
# Uncomment next line to build expat as part of the build.
# BUILD_EXPAT = 1
# Uncomment next line to build zlib as part of the build.
# BUILD_ZLIB = 1
# Does your system support the gettimeofday() function? If so, we
# encourage you to enable this feature. Otherwise, comment it out.
# :-(
HAVE_GETTIMEOFDAY = 1
# Does your system support the mmap() function? If not, comment this out.
HAVE_MMAP = 1
# Most UNIX-like systems use LF for an end-of-line. Set this to 1 for CR, 2
# for LF, or 3 for CR/LF.
CRLF = 2
# Most of the time, the pause key uses keycode 101, but sometimes it uses
# keycode 119. Uncomment this if the pause key doesn't work for you.
# PAUSE_KEY_119 = 1
# Uncomment this if you want to link with ElectricFence (for developers
# only).
# EFENCE = 1
################################################## #########################
# Configuration files and directories
################################################## #########################
# Select destination directory for your compiled program, manual page,
# and binary distribution.
ifndef PREFIX
PREFIX = /usr/local
endif
BINDIR = $(PREFIX)/bin
MANDIR = $(PREFIX)/man/man6
# This is the default path for ROMs and other data files.
XMAMEROOT = $(PREFIX)/share/x$(TARGET)
# This is the default path for system-wide configuration files.
SYSCONFDIR = $(XMAMEROOT)
################################################## #########################
# Architecture; choose your CPU (only one!!)
################################################## #########################
# i386, GNU asm
#MY_CPU = i386
# i386, no asm -- needed for the Intel C++ compiler, which does not fully
# understand GCC's inline assembly syntax, though you may still enable
# X86_ASM_68000, etc., which are assembled by NASM. You may also need to
# use this for BeOS.
# MY_CPU = i386_noasm
# IA64
# MY_CPU = ia64
# Opteron/Athlon64
MY_CPU = amd64
# Intel EM64T
# MY_CPU = em64t
# DEC Alpha
# MY_CPU = alpha
# Motorola M68K
# MY_CPU = m68k
# Generic RISC (PowerPC, SPARC, HPPA, IBM)
# MY_CPU = risc
# Generic RISC, LSB-first (RISC Ultrix machines & PlayStation2)
# MY_CPU = risc_lsb
# MIPS (generic RISC + SGI compiler bug workarounds)
# MY_CPU = mips
################################################## #########################
# Architecture; choose your OS (only one!!)
################################################## #########################
# Linux
ARCH = linux
# FreeBSD
# ARCH = freebsd
# NetBSD
# ARCH = netbsd
# OpenBSD
# ARCH = openbsd
# Solaris/SunOS
# ARCH = solaris
# For Solaris, you MIGHT need to add paths where other stuff is; libjpeg and
# so on... If so, uncomment the next two lines.
# CFLAGS += -I/usr/local/include -I/usr/sfw/include
# LDFLAGS += -L/usr/local/lib -L/usr/sfw/lib
# QNX Neutrino (QNX4/QNX6)
# ARCH = nto
# OpenStep on NeXT systems
# ARCH = next
# OpenStep on Apple systems (Cocoa)
# ARCH = macosx
# IRIX (with sound using the old AL (version 1) package) (*)
# ARCH = irix
# IRIX (with sound using the al (IRIX 6.x) package) (*)
# ARCH = irix_al
# AIX (with sound, you'll need the UMS and SOM lpp's installed (under
# AIX4))
# ARCH = aix
# BeOS on Intel
# ARCH = beos
# generic UNIX, no sound
# ARCH = generic
# (*) For IRIX 6.5 or higher add -DHAVE_SNPRINTF to CFLAGS.irix(_al) in
# src/unix/Makefile
################################################## #########################
# Input Devices
################################################## #########################
# Uncomment any joystick types that you want to use; the one that is
# actually used can be selected at runtime with the -joytype switch.
# Enable the standard joystick driver, which should work in Linux, OpenBSD,
# NetBSD, and FreeBSD.
# JOY_STANDARD = 1
# Linux FM-TOWNS game pad joystick emulation support. Thanks to Osamu
# Kurati.
# JOY_PAD = 1
# NetBSD/FreeBSD USB joystick support.
# JOY_USB = 1
# PlayStation2-Linux native pad support.
# JOY_PS2 = 1
# SDL joystick support.
# JOY_SDL = 1
# This will enable the use of the Happ Controls UGCI(tm) USB devices'
# Coin/Start inputs using the libugci library available from
# http://www.phunnypharm.org/ugci/
# UGCICOIN = 1
# Enables use of Linux input devices that support ABS (absolute) X/Y axis
# events as lightguns. This can be tablets, touchpads or lightguns. You
# must have the input layer and support for your devices (e.g. USB) for
# this to work.
# LIGHTGUN_ABS_EVENT = 1
# Uncomment this if you get errors about a input_absinfo being undefined.
# Some versions of the Linux headers define this, others don't, and it
# seems to vary by distribution.
# LIGHTGUN_DEFINE_INPUT_ABSINFO = 1
# Uncomment this to add LIRC support to xmame.
# LIRC = 1
################################################## #########################
# Sound Devices
################################################## #########################
# Choose any additonal sound drivers you want to include, besides the
# native sound driver for your system.
# SOUND_ESOUND = 1
# SOUND_ALSA = 1
# SOUND_ARTS_TEIRA = 1
# SOUND_ARTS_SMOTEK = 1
# SOUND_SDL = 1
# SOUND_WAVEOUT = 1
################################################## #########################
# Select your display method; choose only one.
################################################## #########################
# Note: x11 is the only one supported on almost all platforms. For BeOS,
# use SDL.
# X11 (including Glide & OpenGL if enabled below)
DISPLAY_METHOD = x11
# SDL library
# DISPLAY_METHOD = SDL
# SVGALib, only supported under Linux
# DISPLAY_METHOD = svgalib
# GGI, only tested under Linux
# DISPLAY_METHOD = ggi
# Glide in console mode
# DISPLAY_METHOD = svgafx
# OpenStep bitmaps
# DISPLAY_METHOD = openstep
# Photon 2.x (QNX6), currently buggy, but working...
# DISPLAY_METHOD = photon2
################################################## #########################
# X-Window options (only needed when X is the display method)
################################################## #########################
# Uncomment any extensions you wish to use.
# MIT-Shared Memory X Extensions
X11_MITSHM = 1
# Use Xv extension for hardware scaling.
X11_XV = 1
# Enable XFree86 DGA. This also causes "make install" to set the suid bit
# on the executable.
# X11_DGA = 1
# Build support for OpenGL rendering into the X-Window version
# X11_OPENGL = 1
# Build support for rendering through Glide into the X-Window version
# X11_GLIDE = 1
# The XIL library (Solaris 2.5.1 and higher)
# X11_XIL = 1
# Turn off the annoying obsolesence message if XIL is enabled
# CFLAGS += -DSUNXIL_WARNING_DISABLE
# Choose the location of your X headers and libraries.
# Standard location for X11
# X11INC = -I/usr/include/X11
# X11LIB = -L/usr/lib/X11
# Standard location for XFree86
X11INC = -I/usr/X11R6/include
X11LIB = -L/usr/X11R6/lib
# Standard location for Sun systems
# X11INC = -I/usr/openwin/include
# X11LIB = -L/usr/openwin/lib
# Some non-standard locations
# X11INC = -I/usr/local/include/X11
# X11LIB = -L/usr/local/lib
# The default name for the input device used by the X11 joystick driver.
# Use provided program "xlistdev" to list available ones.
X11_JOYNAME = "Joystick"
# Uncomment this to use XInput devices, e.g. additional mice as
# trackballs.
# XINPUT_DEVICES = 1
# Enable Xinerama support
# X11_XINERAMA = 1
################################################## ############################
# SDL options (only needed when SDL is the display method)
################################################## ############################
# The name of your sdl-config executable
SDL_CONFIG = sdl-config
################################################## ############################
# 3Dfx options (only needed when xfx or svgafx is the display method)
################################################## ############################
# Uncomment if you want to build against Glide2x instead of Glide3.
# GLIDE2 = 1
################################################## ############################
# OpenGL info -- configure if you are using the xgl display option
################################################## ############################
GLLIBS += -ldl
# General OpenGL (GL/GLU) dynamic loading support for:
#
# <OS - System> <#define> commentary
# -----------------------------------------------
# GNU/Linux, UNIX/X11 _X11_ (loads glx also)
# Macinstosh OS 9 _MAC_OS9_
# Macinstosh OS X _MAC_OSX_
# Win32 _WIN32_ (load wgl also)
#
# GLU version 1.2 is recommended (e.g., from SGI). If you
# use Mesa's GLU, you may have to add -DGLU_VERSION_1_2 to
# the GLCFLAGS below.
#
# If you wish you can add -DNOGLCHECKS for a small speedup, but this is not
# advised, or you can add -DGLDEBUG to get more verbose debugging messages.
GLCFLAGS += -D_X11_
# Uncomment to add more libraries that Mesa may require.
GLLIBS += -lXmu -lXi
# Added because I found a doc saying I should add this for Athlon64 X2
MAKEOPTS += -j3
################################################## #########################
# Debug support
################################################## #########################
# Uncomment the next lines to build xmame with a built-in debugger (only
# supported for X11 and SVGALib). Only enable this if you need it -- if you
# want to develop drivers, that is, since it slows down xmame considerably.
# This also enables the built-in profiler.
# DEBUG = 1
# Uncomment the next line to use the new multiwindow debugger. This is
# currently not supported by xmame or xmess.
# NEW_DEBUGGER = 1
ifdef DEBUG
NAME=x$(TARGET)d
else
NAME=x$(TARGET)
endif
################################################## #########################
# All done. Type make -f makefile.unix and enjoy xmame/xmess. ;)
# No configurable options below this line.
################################################## #########################
include src/unix/unix.mak
Here is some more info:
Linux powerhouse 2.6.15-23-k7 #1 SMP PREEMPT Tue May 23 14:20:54 UTC 2006 i686 GNU/Linux
display: :0.0 screen: 0
OpenGL vendor string: Mesa project: www.mesa3d.org (http://www.mesa3d.org)
OpenGL renderer string: Mesa GLX Indirect
OpenGL version string: 1.2 (1.5 Mesa 6.4.1)
My video card is an ATI Radeon X300 based PCI-Express card with 256Mb video RAM, but I have not been able to get direct rendering to work so I avoided using it in this makefile.
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