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configure.ac
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/
configure.ac
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dnl
dnl Copyright (C) 2005, 2006, 2007, 2008, 2009, 2010, 2011, 2012, 2014
dnl Free Software Foundation, Inc.
dnl
dnl This program is free software; you can redistribute it and/or modify
dnl it under the terms of the GNU General Public License as published by
dnl the Free Software Foundation; either version 3 of the License, or
dnl (at your option) any later version.
dnl
dnl This program is distributed in the hope that it will be useful,
dnl but WITHOUT ANY WARRANTY; without even the implied warranty of
dnl MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
dnl GNU General Public License for more details.
dnl You should have received a copy of the GNU General Public License
dnl along with this program; if not, write to the Free Software
dnl Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
dnl
AC_PREREQ(2.59c)
AC_INIT(gnash, 0.8.11dev)
AC_CONFIG_SRCDIR([libcore/as_object.h])
AC_CONFIG_HEADERS([gnashconfig.h])
AC_CONFIG_MACRO_DIR([macros])
AC_CANONICAL_BUILD
AC_CANONICAL_HOST
dnl --------------------------------------------------------
dnl Figure out development tool stuff
dnl --------------------------------------------------------
AC_PROG_CXX
AX_CXX_COMPILE_STDCXX_11(noext, mandatory)
AC_PROG_CC
AM_PROG_CC_C_O
AC_EXEEXT
AC_PROG_INSTALL
dnl Set the default values for Flash Version. These are converted into
dnl various strings to make JavaScript or ActionScript detectors
dnl recognize Gnash as a SWF Player.
DEFAULT_FLASH_MAJOR_VERSION="10"
DEFAULT_FLASH_MINOR_VERSION="1"
DEFAULT_FLASH_REV_NUMBER="999"
AC_SUBST(DEFAULT_FLASH_MAJOR_VERSION)
AC_SUBST(DEFAULT_FLASH_MINOR_VERSION)
AC_SUBST(DEFAULT_FLASH_REV_NUMBER)
AC_DEFINE_UNQUOTED([DEFAULT_FLASH_MAJOR_VERSION], ["${DEFAULT_FLASH_MAJOR_VERSION}"], [Default Flash major version])
AC_DEFINE_UNQUOTED([DEFAULT_FLASH_MINOR_VERSION], ["${DEFAULT_FLASH_MINOR_VERSION}"], [Default Flash minor version])
AC_DEFINE_UNQUOTED([DEFAULT_FLASH_REV_NUMBER], ["${DEFAULT_FLASH_REV_NUMBER}"], [Default Flash revision number])
dnl TODO: use host/build/target -- whatever is more appropriate
case "${host}" in
*-apple-*)
DEFAULT_FLASH_PLATFORM_ID="MAC"
DEFAULT_FLASH_SYSTEM_OS="MacOS"
;;
*-openbsd*)
DEFAULT_FLASH_PLATFORM_ID="BSD"
DEFAULT_FLASH_SYSTEM_OS="OpenBSD"
;;
*-freebsd* | *-kfreebsd*)
DEFAULT_FLASH_PLATFORM_ID="BSD"
DEFAULT_FLASH_SYSTEM_OS="FreeBSD"
;;
*-netbsd*)
DEFAULT_FLASH_PLATFORM_ID="BSD"
DEFAULT_FLASH_SYSTEM_OS="NetBSD"
;;
*-android*)
DEFAULT_FLASH_PLATFORM_ID="AND"
DEFAULT_FLASH_SYSTEM_OS="Linux"
;;
*-linux-gnu)
DEFAULT_FLASH_PLATFORM_ID="LNX"
DEFAULT_FLASH_SYSTEM_OS="GNU/Linux"
;;
*-linux*)
DEFAULT_FLASH_PLATFORM_ID="LNX"
DEFAULT_FLASH_SYSTEM_OS="Linux"
;;
*-cygwin* | *-mingw* | *-pw32*)
DEFAULT_FLASH_PLATFORM_ID="WIN"
DEFAULT_FLASH_SYSTEM_OS="Windows"
;;
*-*solaris*)
DEFAULT_FLASH_PLATFORM_ID="SUN"
DEFAULT_FLASH_SYSTEM_OS="Solaris"
;;
*-os2*)
DEFAULT_FLASH_PLATFORM_ID="OS2"
DEFAULT_FLASH_SYSTEM_OS="OS/2"
;;
*-sco*)
DEFAULT_FLASH_PLATFORM_ID="SCO"
DEFAULT_FLASH_SYSTEM_OS="SCO/Unix"
;;
*-irix*)
DEFAULT_FLASH_PLATFORM_ID="IRX"
DEFAULT_FLASH_SYSTEM_OS="IRIX"
;;
*-hpux*)
DEFAULT_FLASH_PLATFORM_ID="HPX"
DEFAULT_FLASH_SYSTEM_OS="HPUX"
;;
*-amigaos*)
DEFAULT_FLASH_PLATFORM_ID="OS4"
DEFAULT_FLASH_SYSTEM_OS="AmigaOS4"
;;
*-haiku*)
DEFAULT_FLASH_PLATFORM_ID="HAIKU"
DEFAULT_FLASH_SYSTEM_OS="Haiku"
;;
*-gnu*)
DEFAULT_FLASH_PLATFORM_ID="GNU"
DEFAULT_FLASH_SYSTEM_OS="GNU/HURD"
;;
*)
DEFAULT_FLASH_PLATFORM_ID="UNK"
DEFAULT_FLASH_SYSTEM_OS="Unknown"
;;
esac
AC_DEFINE_UNQUOTED([DEFAULT_FLASH_PLATFORM_ID], ["${DEFAULT_FLASH_PLATFORM_ID}"], [Default 3-letter platform identifier for version string])
AC_DEFINE_UNQUOTED([DEFAULT_FLASH_SYSTEM_OS], ["${DEFAULT_FLASH_SYSTEM_OS}"], [Default value for System.capabilities.os])
AC_SUBST(DEFAULT_FLASH_PLATFORM_ID)
AC_SUBST(DEFAULT_FLASH_SYSTEM_OS)
DEFAULT_STREAMS_TIMEOUT=60
AC_SUBST(DEFAULT_STREAMS_TIMEOUT)
AC_DEFINE_UNQUOTED([DEFAULT_STREAMS_TIMEOUT], [${DEFAULT_STREAMS_TIMEOUT}], [Default streams timeout in seconds])
DEFAULT_SOL_SAFEDIR="~/.gnash/SharedObjects"
AC_SUBST(DEFAULT_SOL_SAFEDIR)
AC_DEFINE_UNQUOTED([DEFAULT_SOL_SAFEDIR], ["${DEFAULT_SOL_SAFEDIR}"], [Default SharedObject base directory])
dnl Some things you can only do by looking at the platform name.
case "${host}" in
powerpc-apple-darwin*)
AC_DEFINE([__powerpc64__], [1], [this is a 64 bit powerpc])
darwin=yes
AC_DEFINE([DARWIN_HOST], [1], [this is a Darwin platform])
;;
*-apple-darwin*)
darwin=yes
AC_DEFINE([DARWIN_HOST], [1], [this is a Darwin platform])
;;
dnl Unfortunately, all BSD distributions are not identical, so
dnl as tacky as it is to look for the distribution name, we don't
dnl have much choice. The use of these should be avoid as much as possible.
*-openbsd*)
bsd=yes
openbsd=yes
AC_DEFINE([OPENBSD_HOST], [1], [this is an OpenBSD platform])
;;
*-freebsd* | *-kfreebsd*)
bsd=yes
freebsd=yes
AC_DEFINE([FREEBSD_HOST], [1], [this is a FreeBSD platform])
;;
*-netbsd*)
bsd=yes
netbsd=yes
AC_DEFINE([NETBSD_HOST], [1], [this is a NetBSD platform])
;;
*-*solaris*)
solaris=yes
AC_DEFINE([SOLARIS_HOST], [1], [this is a Solaris platform])
;;
*-android*)
android=yes
AC_DEFINE([ANDROID_HOST], [1], [this is an Android platform])
;;
*-*linux*)
linux=yes
AC_DEFINE([LINUX_HOST], [1], [this is a Linux platform])
;;
*-cygwin* | *-mingw* | *-pw32*)
windows=yes
AC_DEFINE([WIN32_HOST], [1], [this is a Win32 platform])
;;
*64-*-*bsd*)
bsd_os=bsd
AC_DEFINE([WORDSIZE], [64], [this is a 64 platform])
;;
*-*amigaos*)
amigaos4=yes
AC_DEFINE([AMIGAOS4_HOST], [1], [this is an AmigaOS4 platform])
;;
*-*haiku*)
haiku=yes
AC_DEFINE([HAIKU_HOST], [1], [this is a Haiku platform])
;;
*-gnu*)
gnu=yes
AC_DEFINE([GNU_HOST], [1], [this is a GNU platform])
;;
*-*wince)
wince=yes
AC_DEFINE([WINCE_HOST], [1], [this is a WINCE platform])
;;
*-*winmo)
wince=yes
AC_DEFINE([WINCE_HOST], [1], [this is a WINCE platform])
AC_DEFINE([WINCE6_HOST], [1], [this is a WINCE6 platform])
;;
esac
AM_CONDITIONAL(LINUX, test x$linux = xyes)
AM_CONDITIONAL(WIN32, test x$windows = xyes)
AM_CONDITIONAL(HAIKU, test x$haiku = xyes)
AM_CONDITIONAL(AMIGAOS4, test x$amigaos4 = xyes)
dnl Get build date for helping us debugging
BUILDDATE="`date +%Y%m%d`"
AC_SUBST(BUILDDATE)
dnl These are required by automake
AM_INIT_AUTOMAKE
m4_ifdef([AM_SILENT_RULES], [AM_SILENT_RULES([yes])])
AM_MAINTAINER_MODE
AC_PROG_MAKE_SET
AM_GNU_GETTEXT([external])
AM_CONDITIONAL(HAS_GETTEXT, test x$ac_cv_path_XGETTEXT != x)
dnl Many of the Gnash macros depend on gettext macros defining shlibext; recent
dnl gettext however does not.
if test x"${shlibext}" = x; then
if test x"${acl_cv_shlibext}" = x; then
echo "Gettext macros were supposed to define shared library extensions"
exit 1;
else
shlibext="${acl_cv_shlibext}"
fi
fi
dnl This is primarily used when compiling for a similar architecture,
dnl like pentium->geode, which can use the same compiler, but have
dnl different development libraries.
AC_ARG_WITH(sysroot,
AC_HELP_STRING([--with-sysroot], [system root directory for cross compiling]),
with_top_level=${withval};
cross_compiling=yes)
if test x"${cross_compiling}" = xyes; then
dnl Check if /usr isn't part of the specified path
if test -d ${with_top_level}/usr; then
with_top_level=${withval}/usr
else
dnl Check if the specified path supplies /usr
if test -d ${with_top_level}/include; then
with_top_level=${withval}
else
AC_MSG_ERROR([Specified sysroot \"${with_top_level}/include\" doesn't exist!])
fi
fi
fi
dnl Android is a little different when using a standard cross toolchain,
dnl so we have to configure especially for it for now. Usually it's
dnl something like this:
dnl
dnl arm-linux-eabi-gcc -Wl,--dynamic-linker -Wl,/system/bin/linker
dnl -nostdlib -Wl,-rpath -Wl,/system/lib -Wl,-rpath
dnl -Wl,/opt/android-ndk-r3/build/platforms/android-5/arch-arm/usr/lib
dnl -L/opt/android-ndk-r3/build/platforms/android-5/arch-arm/usr/lib
dnl -lc -o hello
dnl /opt/android-ndk-r3/build/platforms/android-3/arch-arm/usr/lib/crtbegin_dynamic.o
dnl Recent versions of G++ (I'm using 4.5 from source
android_ndk=no
AC_ARG_WITH([android],
AC_HELP_STRING([--with-android], [directory where android NDK is installed]),
android_ndk=${withval}
if test x"${withval}" != x; then
android_ndk=${withval}
fi
)
CROSS_CXXFLAGS=
if test x"${android}" = xyes; then
CROSS_CXXFLAGS='-fexceptions -frtti -I${prefix}/include'
CROSS_LDFLAGS='-all-static -L${prefix}/lib'
if test x"${with_top_level}" = x; then
with_top_level=/usr/local/android-arm/sysroot/usr
cross_compiling=yes
fi
ANDROID_NDK=${android_ndk}
AC_DEFINE(ANDROID, [1], [This is an Android build])
CXXFLAGS="${CXXFLAGS} ${CROSS_CXXFLAGS}"
else
CROSS_CXXFLAGS=
ANDROID_NDK=
fi
AC_SUBST(ANDROID_NDK)
AM_CONDITIONAL(ANDROID, [ test x"${android}" = xyes ])
AC_SUBST(CROSS_LDFLAGS)
AC_SUBST(CROSS_CXXFLAGS)
AC_C_BIGENDIAN
AC_C_CONST
AC_C_INLINE
AC_PATH_PROG(DEJAGNU, runtest)
dnl These options are for Cygnal, which collects optional statistics
dnl on all the network traffic By default, we turn on statistics
dnl collecting for the incoming and outgoing queues, since those are
dnl required to be compatiable with FMS 3, and the ActionScript server
dnl management API. buffers are the lowest level data storage, this
dnl data is the time spent in the queue, and is primarily only used
dnl for tuning the queueing API in Gnash. Memoryis the same, it's only
dnl used by developers for tuning performance of memory allocations in
dnl Gnash.
buffers=no
que=no
memory=no
cache=yes
stat_proplookup=no
AC_ARG_WITH(statistics,
AC_HELP_STRING([--with-statistics], [Specify which statistics features to enable]),
if test -n ${withval}; then
if test "x${withval}" != "xno"; then
extlist="${withval}"
withval=`echo ${withval} | tr '\054' ' ' `
else
extlist=""
withval=""
fi
fi
statistics_list=""
nstatistics=0
while test -n "${withval}" ; do
val=`echo ${withval} | cut -d ' ' -f 1`
[case "${val}" in
buffers)
buffers=yes
nstatistics=$((nstatistics+1))
;;
que)
que=yes
nstatistics=$((nstatistics+1))
;;
memory)
memory=yes
nstatistics=$((nstatistics+1))
;;
cache)
cache=yes
nstatistics=$((nstatistics+1))
;;
proplookup)
stat_proplookup=yes
nstatistics=$((nstatistics+1))
;;
all|ALL)
buffers=yes
memory=yes
queu=yes
cache=yes
stat_proplookup=yes
nstatistics=5 dnl this must be incremented if you add anything
;;
*) AC_MSG_ERROR([invalid statistics feature specified: ${withval} given (accept: buffers|que|memory|cache|proplookup|all)])
;;
esac]
withval=`echo ${withval} | cut -d ' ' -f 2-6`
if test "x$val" = "x$withval"; then
break;
fi
done
)
if test x${buffers} = xyes; then
statistics_list="${statistics_list} buffers"
AC_DEFINE(USE_STATS_BUFFERS, [1], [Support statistics collecting for the queue buffers])
AC_MSG_WARN([This option will effect your performance])
fi
if test x${memory} = xyes; then
statistics_list="${statistics_list} memory"
AC_DEFINE(USE_STATS_MEMORY, [1], [Support statistics collecting for all memory profiling])
AC_MSG_WARN([This option will effect your performance])
fi
if test x${que} = xyes; then
statistics_list="${statistics_list} queues"
AC_DEFINE(USE_STATS_QUEUE, [1], [Support statistics collecting for the queues])
fi
if test x${cache} = xyes; then
statistics_list="${statistics_list} cache"
AC_DEFINE(USE_STATS_CACHE, [1], [Support statistics collecting for the cache])
fi
if test x${stat_proplookup} = xyes; then
statistics_list="${statistics_list} proplookup"
AC_DEFINE(GNASH_STATS_OBJECT_URI_NOCASE, [1], [Collecting and report stats about ObjectURI case lookups])
AC_DEFINE(GNASH_STATS_PROPERTY_LOOKUPS, [1], [Collecting and report stats about property lookups])
AC_DEFINE(GNASH_STATS_STRING_TABLE_NOCASE, [1], [Collecting and report stats about string_table::key case lookups])
fi
dnl this is just so Makefile can print the same list
STATISTICS_LIST="$statistics_list"
AC_SUBST(STATISTICS_LIST)
#
# These settings are compile time options for the security
# setting for anything that lets gnash exchange data with
# other applications. Currently this only supports Shared
# Objects and Local Connections. Shared Objects are like
# your web browsers cookies, and Local Connections use
# shared memory to execute methods remotely, and to
# exchange data.
#
# The default is to enable everything, and these can
# also be controlled dynamically by the $HOME/.gnashrc
# file.
#
solreadonly=no
localconnection=yes
AC_ARG_WITH(security,
AC_HELP_STRING([--with-security], [Specify which security features to enable]),
if test -n ${withval}; then
if test "x${withval}" != "xno"; then
extlist="${withval}"
withval=`echo ${withval} | tr '\054' ' ' `
else
extlist=""
withval=""
fi
fi
security_list=""
nsecurity=0
while test -n "${withval}" ; do
val=`echo ${withval} | cut -d ' ' -f 1`
[case "${val}" in
solreadonly)
solreadonly=yes
nsecurity=$((nsecurity+1))
;;
lc)
localconnection=yes
nsecurity=$((nsecurity+1))
;;
all|ALL)
solreadonly=yes
lc=yes
nsecurity=3
;;
*) AC_MSG_ERROR([invalid security feature specified: ${withval} given (accept: solreadonly|lc)])
;;
esac]
withval=`echo ${withval} | cut -d ' ' -f 2-6`
if test "x$val" = "x$withval"; then
break;
fi
done
)
if test x$localconnection = xyes; then
security_list="${security_list} localconnection"
AC_DEFINE(USE_LC, [1],
[Support LocalConnection])
AC_MSG_NOTICE([This build supports LocalConnection])
fi
if test x$solreadonly = xyes; then
security_list="${security_list} solreadonly"
AC_DEFINE(USE_SOL_READONLY, [1],
[Shared Objects are read-only])
AC_MSG_NOTICE([Shared Objects are read-only])
fi
SECURITY_LIST="$security_list"
AC_SUBST(SECURITY_LIST)
dnl For Haiku, we know the sysroot is in a non-standard place
dnl it is important that -lagg comes before -lbe
if test x"${haiku}" = xyes; then
HAIKU_LIBS=-lbe
AC_SUBST(HAIKU_LIBS)
fi
dnl Darwin uses libtool instead of ar to produce libraries. We determine which one
dnl we have here now. For some reason on Darwin, we don't get the
dnl count from grep via stdin correctly. Writing a temp file does the
dnl trick, so although it's ugly, that's what we gotta do...
AC_MSG_CHECKING([which type of library archiver we have])
rm -f .tmp
libtool > .tmp 2>&1
archiver=`grep -c dynamic .tmp 2>&1`
rm -f .tmp
dnl is there any good way to report what we found here?
AC_MSG_RESULT()
if test x"${archiver}" != x && test "${archiver}" -eq 1; then
export MACOSX_DEPLOYMENT_TARGET="10.3"
darwin=yes
else
darwin=no
fi
dnl When cross compiling, limit the search directories cause otherwise
dnl we may get the host headers or libraries by accident. These values
dnl are exported, so all the other configure tests in macros/*.m4 use
dnl these same settings rather than duplicating them like we used to.
dnl To override thise, use the --with-*-incl= and --with-*-libs=
dnl options to configure.
if test x$cross_compiling = xyes; then
AC_MSG_NOTICE([Configuring Gnash for cross compilation])
export pkgroot="`$CXX -print-search-dirs | grep "install:" | sed -e 's/install: //' -e 's:/lib/gcc/.*::'`"
dnl pkgroot only works correctly with builds of cross tools not in
dnl /usr, ie... installed from the distribution packages, or just
dnl plain installed in the system tools. This contaminates configure
dnl when building for variations of the same basic architecture,
dnl like i686-linux -> i586-mingw32.
if test x"${pkgroot}" = x"/usr"; then
export pkgroot=""
fi
export incllist="`eval echo ${with_top_level}/include ${pkgroot}/${host_alias}/include ${pkgroot}/include`"
export libslist="`eval echo ${with_top_level}/lib ${pkgroot}/${host_alias}/lib ${pkgroot}/lib64 ${pkgroot}/lib32 ${pkgroot}/lib`"
export pathlist="`eval echo ${pkgroot}/${host_alias}/bin:${pkgroot}/bin`"
npapi=no
else
AC_MSG_NOTICE([Configuring Gnash for native compilation])
export incllist="`eval cat ${srcdir}/macros/incllist`"
libslist="`cat ${srcdir}/macros/libslist`"
if test -f /usr/bin/dpkg-architecture; then
export DEB_HOST_MULTIARCH="`eval dpkg-architecture -qDEB_HOST_MULTIARCH`"
export libslist="${libslist} /lib/${DEB_HOST_MULTIARCH} /usr/lib/${DEB_HOST_MULTIARCH}"
fi
export pathlist=$PATH
fi
if test x"${android_ndk}" != xno; then
incllist="${android_ndk}/include ${incllist}"
fi
AM_CONDITIONAL(CROSS_COMPILING, [ test x$cross_compiling = xyes ])
for dir in ${incllist}; do
test -d ${dir} && pruned_incllist="${pruned_incllist} ${dir}";
done
for dir in ${libslist}; do
test -d ${dir} && pruned_libslist="${pruned_libslist} ${dir}";
done
libslist="${pruned_libslist}";
incllist="${pruned_incllist}";
dnl !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
dnl !!
dnl !! IMPORTANT NOTICE
dnl !!
dnl !! Any call to GNASH_PATH_XXX must be be given *after* this snippet.
dnl !! This is to ensure that PKG_CONFIG, cross_compiling and incllist are
dnl !! properly set at the time of call.
dnl !!
dnl !! Also GNASH_PKG_FIND has to be called later. Not sure
dnl !! why but calling before breaks detection of CPP (see
dnl !! gnash-dev mailing archives for June 12 2009
dnl !! http://lists.gnu.org/archive/html/gnash-dev/2009-06/index.html
dnl !!
dnl !!
dnl !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
dnl Check for PKG_CONFIG before any GNASH_PATH call
PKG_PROG_PKG_CONFIG
dnl --------------------------------------------------------
dnl GUI selection
dnl --------------------------------------------------------
build_haiku=no
build_aos4=no dnl AmigaOS4 GUI
build_kde3=no dnl WARNING: doesn't work (see https://savannah.gnu.org/bugs/index.php?31782)
build_qt4=no
build_qtopia3=no
build_qtopia4=no
build_gtk=no
build_fb=no dnl Raw framebuffer
build_fltk=no
build_sdl=no
build_aqua=no dnl Native MacOSX
build_dump=no
AC_ARG_ENABLE(gui,
AC_HELP_STRING([--enable-gui], [Enable support for the specified GUI toolkits (default=gtk,qt4)]),
[if test -n ${enableval}; then
enableval=`echo ${enableval} | tr '\054' ' ' `
fi
while test -n "${enableval}" ; do
val=`echo ${enableval} | cut -d ' ' -f 1`
case "${val}" in
gtk|GTK|gtk2|GTK2)
build_gtk=yes
;;
kde3|KDE3)
build_kde3=yes
;;
qt4|QT4|kde4|KDE4)
build_qt4=yes
;;
qtopia3|QTOPIA3)
build_qtopia3=yes
;;
qtopia4|QTOPIA4)
build_qtopia4=yes
;;
sdl|SDL)
build_sdl=yes
;;
aqua|AQUA|Aqua)
build_aqua=yes
;;
fltk|FLTK|fltk2|FLTK2)
build_fltk=yes
;;
fb|FB)
build_fb=yes
;;
aos4|AOS4)
build_aos4=yes
;;
haiku|HAIKU)
build_haiku=yes
;;
dump|DUMP)
build_dump=yes
;;
all|ALL)
build_dump=yes
dnl BSD doesn't have a framebuffer interface
if test x${linux} = xyes; then
build_fb=yes
fi
if test x${openbsd} != xyes; then
build_qt4=yes
fi
build_sdl=yes
build_gtk=yes
;;
*) AC_MSG_ERROR([invalid gui ${enableval} given (accept: gtk|kde3|qt4|fltk|sdl|aqua|fb|qtopia3|qtopia4|dump|aos4|haiku)])
;;
esac
enableval=`echo ${enableval} | cut -d ' ' -f 2-6`
if test "x$val" = "x$enableval"; then
break;
fi
done],
[ dnl Run the following code if no --enable-gui is given
build_fb=auto
build_sdl=auto
if test x"${openbsd}" = xyes; then
build_gtk=yes
build_dump=auto
else if test x"${haiku}" = xyes; then
build_haiku=yes;
else
build_qt4=auto
build_gtk=yes
build_dump=auto
fi
fi
]
)
if test x"${build_haiku}" = xyes; then
if test x"$haiku" != xyes; then
echo " ERROR: Can not build Haiku gui outside of Haiku
operating system." >&3
fi
fi
dnl We can use Xephyr or fbe to create a fake framebuffer instead of real
dnl video memory. This lets us test on a desktop machine.
AC_ARG_WITH(fakefb,
AC_HELP_STRING([--with-fakefb],
[specify a file to be mapped instead of a real framebuffer]),
with_fakefb=${withval})
fakefb=
if test x"${with_fakefb}" = xyes; then
dnl This is the default file name fbe uses.
fakefb=/tmp/fbe_buffer
else
if test x"${with_fakefb}" != x; then
fakefb=${with_fakefb}
fi
fi
FAKEFB=${fakefb}
AC_SUBST(FAKEFB)
if test x"${fakefb}" != x; then
AC_DEFINE(ENABLE_FAKE_FRAMEBUFFER, [1], [Enable using a file instead of a real framebuffer])
fi
dnl This enable a small handful of tests that aren't designed to be
dnl run as part of "make check", as they are either incomplete, or
dnl can only be run interactively. These are all primarily oriented
dnl towards code development and debugging, instead of regression
dnl or unit testing.
AC_ARG_ENABLE(devtests, AC_HELP_STRING([--enable-devtests],
[Developer only tests, not to be included in make check]),
[case "${enableval}" in
yes) devtests=yes ;;
no) devtests=no ;;
*) AC_MSG_ERROR([bad value ${enableval} for enable-devtests option]) ;;
esac], devtests=no)
AM_CONDITIONAL(ENABLE_DEVELOPER_TESTS, [test x${devtests} = xyes])
dnl --------------------------------------------------------
dnl Sound handler selection
dnl --------------------------------------------------------
add_sound=
build_sound_none=no
build_sound_sdl=no
build_sound_ahi=no
build_sound_mkit=no
AC_ARG_ENABLE(sound,
AC_HELP_STRING([--enable-sound=[[sdl|ahi|mkit]]], [Use the specified sound handler (default=sdl)]),
[case "${enableval}" in
sdl|SDL|Sdl)
build_sound_sdl=yes
add_sound="sdl"
;;
none|NONE|None)
build_sound_none=yes
add_sound="none"
;;
ahi|AHI|Ahi)
build_sound_ahi=yes
add_sound="ahi"
;;
mkit|MKIT|Mkit)
build_sound_mkit=yes
add_sound="mkit"
;;
esac],
[if test x"${haiku}" = xyes; then
build_sound_mkit=yes
add_sound="mkit"
else
if test x${build_sound_none} = xno; then
build_sound_sdl=yes
add_sound=sdl
fi
fi]
)
AM_CONDITIONAL(BUILD_LIBSOUND, test x${build_sound_none} != xyes)
if test x${build_sound_none} != xyes; then
AC_DEFINE(USE_SOUND, [1], [Build any sound code])
fi
dnl --------------------------------------------------------
dnl Media handler selection
dnl --------------------------------------------------------
build_media_gst=no
build_media_ffmpeg=auto
build_media_none=no
AC_ARG_ENABLE(media,
AC_HELP_STRING([--enable-media=handler],
[Enable media handling support using the specified handlers: ffmpeg gst none(no sound) (default=auto) ]),
if test -n ${enableval}; then
enableval=`echo ${enableval} | tr '\054' ' ' `
fi
dnl When --enable-media is given, all media defaults to off
dnl except the explicitly enabled ones
build_media_ffmpeg=no
build_media_gst=no
while test -n "${enableval}"; do
val=`echo ${enableval} | cut -d ' ' -f 1`
[case "${val}" in
GST|gst)
build_media_gst=yes
media_list="${media_list}gst "
;;
FFMPEG|ffmpeg)
build_media_ffmpeg=yes
media_list="${media_list}ffmpeg "
;;
no|NO|none)
build_media_none=yes
media_list="none"
;;
*)
AC_MSG_ERROR([bad value ${enableval} for --enable-media option])
;;
esac]
enableval=`echo ${enableval} | cut -d ' ' -f 2-6`
if test "x$val" = "x$enableval"; then
break;
fi
done,
[if test x"${build_haiku}" = xyes; then
build_media_ffmpeg=yes
build_media_haiku=yes
media_list="ffmpeg haiku"
else
build_media_gst=yes
media_list="gst"
fi]
)
AM_CONDITIONAL(BUILD_LIBMEDIA, test x${build_media_none} != xyes)
if test x${build_media_none} != xyes; then
AC_DEFINE(USE_MEDIA, [1], [Build any media code])
fi
dnl If no media is selected, and media handling isn't disabled, then enable gst
if test x${build_media_none} = xno -a x${build_media_gst} = xno -a x${build_media_ffmpeg} = xno; then
build_media_gst=yes
fi
if test x"$build_media_ffmpeg" != x"no"; then # yes or auto
GNASH_PATH_FFMPEG
if test x"${build_media_ffmpeg}" = xauto; then
dnl TODO: have GNASH_PATH_FFMPEG set ${has_ffmpeg}
if test x"$FFMPEG_LIBS" != x; then
build_media_ffmpeg=yes
media_list="${media_list} ffmpeg"
else
build_ogl=no
fi
fi
fi
MEDIA_CONFIG="${media_list}"
AC_SUBST(MEDIA_CONFIG)
dnl Multiple input devices are supported. These can all work in
dnl varying combinations, so several may be listed. These are only
dnl required when using the Framebuffer, as without the X11 desktop,
dnl Gnash has to handle all these internally. This can get
dnl messy, as one might want to use a touchscreen with a normal mouse
dnl or keyboard attached.
dnl By default, don't build any of these, as they are only for the
dnl Framebuffer running without X11.
if test x"${build_fb}" = xyes -a x"${linux}" = xyes; then
build_ps2mouse=no
build_ps2keyboard=yes
build_input_events=yes
build_tslib=yes
input_events="PS/2 Mouse, PS/2 Keyboard, Input Devices, Touchscreen via Tslib"
else
build_ps2mouse=no
build_ps2keyboard=no
build_input_events=no
build_tslib=no
input_events=
fi
AC_ARG_ENABLE(input,
AC_HELP_STRING([--enable-input], [Enable support for the specified input devices for the framebuffer GUI (default=ps2mouse|ps2keyboard|events|touchscreen)]),
[if test -n ${enableval}; then
enableval=`echo ${enableval} | tr '\054' ' ' `
fi
build_ps2mouse=no
build_ps2keyboard=no
build_input_events=no
build_tslib=no
while test -n "${enableval}" ; do
val=`echo ${enableval} | cut -d ' ' -f 1`
case "${val}" in
ps2m*|PS2m*|m*|M*) dnl a PS/2 style mouse
build_ps2mouse=yes
input_events="${input_events}, PS/2 Mouse"
;;
ps2k*|PS2K*|k*|K*) dnl a PS/2 style keyboard
build_ps2keyboard=yes
input_events="${input_events}, PS/2 Keyboard"
;;
i*|I*|ev*|Ev*) dnl use the new Input Event, which supports both
input_events="${input_events}, Input Event Device"
build_input_events=yes
;;
t*|T*) dnl use a touchscreen with tslib, which works like a mouse
build_tslib=yes
input_events="${input_events}, Touchscreen"
;;
a*) dnl all
build_ps2mouse=yes
build_ps2keyboard=yes
build_tslib=yes
if test x"${linux}" = xyes; then
build_input_events=yes
input_events="PS/2 Mouse, PS/2 Keyboard, Input Devices, Touchscreen via Tslib"
else
build_input_events=no
input_events="PS/2 Mouse, PS/2 Keyboard, Touchscreen via Tslib"
fi
;;
*) AC_MSG_ERROR([invalid input device list! ${enableval} given (accept: ps2mouse|keyboard|events,touchscreen)])
;;
esac
enableval=`echo ${enableval} | cut -d ' ' -f 2-6`
if test "x$val" = "x$enableval"; then
break;
fi
done],
)
if test x$build_sdl != xno -o x$build_sound_sdl = xyes; then
GNASH_PATH_SDL
fi
AM_CONDITIONAL(ENABLE_TSLIB, [test x${ac_cv_header_tslib_h} = xyes])
dnl -----------------------------------------------------
dnl Check for SDL and decide about auto gui accordingly.
dnl Need be done after build_sound_sdl and build_sdl are
dnl initialized and before they are checked for yes/no
dnl -----------------------------------------------------
if test x"${build_sdl}" = xauto; then
if test xyes = x"${has_sdl}"; then
build_sdl=yes
else
AC_MSG_NOTICE([sdl GUI will not be built (no sdl development files found)])
build_sdl=no
fi
fi
dnl -------------------------------
dnl Renderer Selection
dnl -------------------------------
input_events=
dnl By default, we want to to build all renderers
dnl DirectFB has both a device layer and a rendering layer, although
dnl currently the rendering part is incomplete. Configure support is
dnl included for development purposes.
build_directfb=no
dnl The OpenVG support works on both the desktop and embedded devices
dnl that don't run X11. It is supported by iPhone/iPad/Android
dnl devices, and the nouveau driver on the desktop.
build_ovg=no
dnl The OpenGLES1 renderer is a work in progress. It is originally
dnl based on a patch to Gnash 0.8.5, which of course not only didn't
dnl compile anymore, it was all hardcoded into the framebuffer
dnl code. This version compiles with the latest internal rendering
dnl API, and works properly with the glue code for the Gnash GUIs.
build_gles1=no
dnl OpenGL works, but suffers from performance and rendering quality
dnl problems. This should eventually be replacd by the OpenGLES1 and
dnl OpenVG renders.
build_ogl=no
dnl AGG is a software only renderer
build_agg=yes
build_cairo=yes
renderer_list="agg cairo"
AC_ARG_ENABLE(renderer,
AC_HELP_STRING([--enable-renderer], [Enable support for the specified renderers (agg|cairo|opengl|openvg|all, default=all)]),
if test -n ${enableval}; then
if test "x${enableval}" != "xno" -o "x${enableval}" != "xnone" ; then
renderer_list="none"
enableval=`echo ${enableval} | tr '\054' ' ' `
else
renderer_list=""
enableval=""
fi
fi
renderer_list=""
build_ovg=no
build_ogl=no
build_gles1=no
build_gles2=no
build_agg=no
build_cairo=no
while test -n "${enableval}" ; do
val=`echo ${enableval} | cut -d ' ' -f 1`
[case "${val}" in
no*|NO*)
renderer_list="none"
build_ovg=no
build_ogl=no
build_gles1=no
build_gles2=no
build_agg=no
build_cairo=no
;;
all|ALL)
renderer_list="agg cairo opengl openvg, opengles1"
build_ogl=yes
build_agg=yes
build_cairo=yes
build_ovg=no
nrender=3
;;
ogl|OGL|OpenGL|opengl)
renderer_list="${renderer_list} opengl"
build_ogl=yes
;;
gles|GLES|gles1|GLES1)
renderer_list="${renderer_list} opengles1"
build_gles1=yes
build_ogl=no
nrender=$((nrender+1))