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avbuild.sh
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avbuild.sh
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#!/bin/bash
# https://wiki.debian.org/Hardening#DEB_BUILD_HARDENING_RELRO_.28ld_-z_relro.29
# TODO: os arch-cc(e.g. winxp x86-gcc, winstore10 x86, win10 x64-clang, gcc is mingw or cygwin etc. depending on host env)
# TODO: link warning as error when checking ld flags. vc/lld-link: -WX
# TODO: cc_flags, linker_flags(linker only), os_flags, os_cc_flags, os_linker_flags, cc_linker_flags+=$(prepend_Wl linker_flags)
# remove -Wl, if LD_IS_LLD
# winphone clang+vs2013sdk: https://fate.libav.org/armv7-win32-clang-4.0/20190219150948 --arch=arm --cpu=armv7-a --as='clang -target armv7-win32-gnu' --cc='clang -target armv7-win32-msvc' --ld=lld-link --target-os=win32 --extra-cflags='-DWINAPI_FAMILY=WINAPI_FAMILY_PHONE_APP' --extra-ldflags='msvcrt.lib oldnames.lib -nodefaultlib:kernel32.lib -nodefaultlib:ole32.lib WindowsPhoneCore.lib' --enable-cross-compile --ar=llvm-ar --nm=llvm-nm
# wsl: https://docs.microsoft.com/en-us/archive/blogs/gillesk/building-ffmpeg-using-wsl
#PS4='+ $(gdate "+%s.%N")\011 '
#exec 3>&2 2>/tmp/bashstart.$$.log
#set -x
echo
echo "FFmpeg build tool for all platforms. Author: [email protected] 2013-2020"
echo "https://github.com/wang-bin/avbuild"
THIS_NAME=${0##*/}
THIS_DIR=$PWD
PLATFORMS="ios|iossimulator|tvos|tvossimulator|android|rpi|sunxi|vc|win|winrt|uwp|winphone|mingw"
echo "Usage:"
test -d $PWD/FFmpeg || echo " export FFSRC=/path/to/ffmpeg"
cat<<HELP
./$THIS_NAME [target_platform [target_architecture[-clang*/gcc*]]]
target_platform can be: ${PLATFORMS}
target_architecture can be: x86, x86_64, armv5, armv6, armv7, armv8, arm64
Build for host if no parameter is set.
Use a shortcut in tools dir if build for windows using MSVC.
Environment vars: USE_TOOLCHAIN(clang, gcc etc.), USE_LD(clang, lld etc.), USER_OPT, ANDROID_NDK, SYSROOT, ONECORE(="onecore", "onecore-$arch")
Add options via USER_OPT, \${platform}_OPT
config.sh and config-${target_platform}.sh is automatically included. config-lite.sh is for building smaller libraries.
HELP
test -f config.sh && . config.sh
USER_CONFIG=config-$1.sh
test -f $USER_CONFIG && . $USER_CONFIG
# TODO: use USER_OPT only
# set NDK_ROOT if compile for android
: ${NDK_ROOT:="$ANDROID_NDK"}
: ${LIB_OPT:="--enable-shared"}
#: ${FEATURE_OPT:="--enable-hwaccels"}
: ${DEBUG_OPT:="--disable-debug"}
: ${FORCE_LTO:=false}
: ${FFSRC:=$PWD/FFmpeg}
: ${LITE_BUILD:=false}
[[ "$LIB_OPT" == *"--disable-static"* ]] && FORCE_LTO=true
# other env vars to control build: NO_ENC, BITCODE, WINPHONE, VC_BUILD, FORCE_LTO (bool)
trap "kill -- -$$; rm -rf $THIS_DIR/.dir exit 3" SIGTERM SIGINT SIGKILL
export PATH_EXTRA="$PWD/tools/gas-preprocessor"
export PATH=$PWD/tools/gas-preprocessor:$PATH
: ${AMF_DIR:="$PWD/tools/dep/include"}
test -f $AMF_DIR/AMF/core/Version.h || unset AMF_DIR
echo FFSRC=$FFSRC
[[ "$FFSRC" == "$PWD" ]] && BUILD_DIR=$PWD
[ -f $FFSRC/configure ] && {
cd $FFSRC
export PATH=$PWD:$PATH # convert win path to unix path
export PATH_EXTRA="$PWD:$PATH_EXTRA"
cd -
echo "PATH: $PATH"
} || {
which configure &>/dev/null || {
echo 'ffmpeg configure script can not be found in "$PATH"'
exit 0
}
FFSRC=`which configure`
FFSRC=${FFSRC%/configure}
}
FFSRC_TOOLS=$FFSRC/fftools
if ! [ -d "$FFSRC_TOOLS" ]; then
FFSRC_TOOLS=$FFSRC_TOOLS/avtools
[ -d "$FFSRC_TOOLS" ] || FFSRC_TOOLS=$FFSRC
fi
# n1.2.8, 2.5.1, 2.5
cd $FFSRC
VER_SH=version.sh
[ -f $VER_SH ] || VER_SH=ffbuild/version.sh
[ -f $VER_SH ] || VER_SH=avbuild/version.sh
FFVERSION_FULL=`./$VER_SH`
FFMAJOR_GEN=`echo $FFVERSION_FULL |sed 's,[a-zA-Z]*\([0-9]*\)\..*,\1,'`
#echo $FFVERSION_FULL |grep '\.' || FFVERSION_FULL=`head -n 1 RELEASE` # stop updating in 6.x
echo $FFVERSION_FULL |grep '\.' || FFVERSION_FULL=`grep -m 1 'cut here' doc/APIchanges |sed 's,.* \([0-9]*\.[0-9]*\) .*,\1,'`
FFMAJOR=`echo $FFVERSION_FULL |sed 's,[a-zA-Z]*\([0-9]*\)\..*,\1,'`
FFMINOR=`echo $FFVERSION_FULL |sed 's,[a-zA-Z]*[0-9]*\.\([0-9]*\).*,\1,'`
MAJOR_GUESS=`cat libavutil/version.h |grep LIBAVUTIL_VERSION_MAJOR |head -n 1`
MAJOR_GUESS=${MAJOR_GUESS##* }
MAJOR_GUESS=$((MAJOR_GUESS-52))
FFGIT=false
echo $FFMAJOR_GEN |grep '\-' &>/dev/null && {
FFGIT=true
FFMAJOR=$MAJOR_GUESS
}
[ $MAJOR_GUESS -gt $FFMAJOR ] && {
echo "before major bump to $MAJOR_GUESS"
FFMAJOR=$MAJOR_GUESS
FFMINOR=0
}
PATCH_BRANCH=master
[ $FFMAJOR -lt 5 ] && PATCH_BRANCH=4.4
[ $FFMAJOR -eq 5 ] && PATCH_BRANCH=5.1
[ $FFMAJOR -eq 6 ] && PATCH_BRANCH=6.$FFMINOR
echo "FFmpeg/Libav version: $FFMAJOR.$FFMINOR git: $FFGIT. patch set version: $PATCH_BRANCH"
USE_VK=$FFGIT
USE_VAAPI_WIN32=$FFGIT
if $FFGIT || [ ${FFMAJOR} -gt 3 ]; then
for p in $(find "$THIS_DIR/patches-$PATCH_BRANCH" -name "*.patch" |sort); do
echo $p
patch -p1 -N < $p
done
fi
[ $FFMAJOR -gt 6 ] || [ $FFMAJOR -eq 6 -a $FFMINOR -ge 1 ] && {
USE_VK=true
USE_VAAPI_WIN32=true
}
cd -
toupper(){
echo "$@" | tr abcdefghijklmnopqrstuvwxyz ABCDEFGHIJKLMNOPQRSTUVWXYZ
}
tolower(){
echo "$@" | tr ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz
}
trim(){
local var="$@"
var="${var#"${var%%[![:space:]]*}"}" #bash4: ${a##+([[:space:]])}
var="${var%"${var##*[![:space:]]}"}"
echo -n "$var"
}
# why eval $v=$(trim_compress "\$$v") will have a leading white space (used in trim_vars)?
trim2(){
trim "$@" |tr -s ' '
}
host_is() {
uname |grep -iq $1 && return 0 || return 1
}
target_is() {
test "$TAGET_FLAG" = "$1" && return 0 || return 1
}
target_arch_is() {
test "$TAGET_ARCH_FLAG" = "$1" && return 0 || return 1
}
is_libav() {
test -f "$FFSRC_TOOLS/avconv.c" && return 0 || return 1
}
BUILD_TOOLS=gcc
host_is MinGW32 && BUILD_TOOLS=mingw-w64-i686-gcc
host_is MinGW64 && BUILD_TOOLS=mingw-w64-x86_64-gcc
host_is MinGW || host_is MSYS && {
echo "install msys2 packages: pacman -Sy --needed make diffutils patch pkg-config nasm yasm $BUILD_TOOLS"
which nasm || pacman -Sy --noconfirm --needed make diffutils patch pkg-config nasm yasm $BUILD_TOOLS
}
android_arch(){
# emulate hash in bash3
local armv5=armeabi # ${!armv5} is armeabi<=armeabi<=armv5
local armv7=armeabi-v7a
local arm64=arm64-v8a
# indirect reference
arch=${!1}
echo ${arch:=$1}
return 0
arch=`eval 'echo ${'$1'}'`
echo ${arch:=$1}
}
linux_arch(){
if [[ "$ARCH" == *ar*64 ]]; then
echo arm64
elif [[ "$ARCH" == *64 ]]; then
echo amd64
elif [[ "$ARCH" == *86 ]]; then
echo i386
elif [[ "$ARCH" == armel ]]; then
echo armel
elif [[ "$ARCH" == arm* ]]; then
echo armhf
fi
}
linux_gnu_triple(){
if [[ "$ARCH" == *ar*64 ]]; then
echo aarch64-linux-gnu
elif [[ "$ARCH" == *64 ]]; then
echo x86_64-linux-gnu
elif [[ "$ARCH" == *86 ]]; then
echo i386-linux-gnu
elif [[ "$ARCH" == arm* ]]; then
echo arm-linux-gnueabihf
fi
}
enable_cuda_llvm() {
grep -q "\-\-nvcc=" $FFSRC/configure && TOOLCHAIN_OPT+=" --nvcc=$USE_TOOLCHAIN"
}
#ffmpeg 1.2 autodetect dxva, vaapi, vdpau. manually enable vda before 2.3
enable_opt() {
# grep -m1
for OPT in $@; do
grep -q "\-\-enable\-$OPT" $FFSRC/configure && FEATURE_OPT="--enable-$OPT $FEATURE_OPT" # prepend to support override
done
}
disable_opt() {
# grep -m1
for OPT in $@; do
grep -qE "\-\-disable\-${OPT}|\-\-enable\-${OPT}.*\[autodetect\]" $FFSRC/configure && {
echo $FEATURE_OPT |grep -q "disable-$OPT" || FEATURE_OPT="--disable-$OPT $FEATURE_OPT" # prepend to support override
}
done
}
enable_libmfx(){
pkg-config --libs vpl && enable_opt libvpl || {
pkg-config --libs libmfx && enable_opt libmfx
}
}
enable_opt hwaccels
$USE_VK || disable_opt vulkan
add_elf_flags() {
HARDENED_CFLAGS="-fstack-protector-strong -U_FORTIFY_SOURCE -D_FORTIFY_SOURCE=2 -fPIE" # toolchain=hardened is -fstack-protector-all
HARDENED_LDFLAGS="-Wl,-z,relro -Wl,-z,now"
# -Wl,-z,noexecstack -Wl,--as-needed is added by configure
EXTRA_CFLAGS+=" -Wa,--noexecstack -fdata-sections -ffunction-sections $HARDENED_CFLAGS"
EXTRA_LDFLAGS+=" -Wl,--gc-sections $HARDENED_LDFLAGS"
# rpath
}
if [ -n "$PKG_CONFIG_PATH_MFX" -a -d "$PKG_CONFIG_PATH_MFX" ]; then
host_is MinGW || host_is MSYS || export PKG_CONFIG_PATH=$PKG_CONFIG_PATH:$PKG_CONFIG_PATH_MFX
fi
sed_bak=
host_is darwin && sed_bak=".bak"
CFLAGS_CLANG=
LFLAGS_CLANG=
CFLAGS_GCC=
LFLAGS_GCC=
CFLAG_IWITHSYSROOT="-I="
IS_CLANG=false
IS_APPLE_CLANG=false
IS_CLANG_CL=false
LD_IS_LLD=false
HAVE_LLD=false
LLVM_AR=llvm-ar
LLVM_NM=llvm-nm
LLVM_RANLIB=llvm-ranlib
LLVM_STRIP=llvm-strip
if [ -f "$PWD/tools/nv-codec-headers/ffnvcodec.pc.in" ]; then
sed 's/\(prefix=\).*/\1\${pcfiledir\}/' tools/nv-codec-headers/ffnvcodec.pc.in >tools/nv-codec-headers/ffnvcodec.pc
export PKG_CONFIG_PATH=$PKG_CONFIG_PATH:$PWD/tools/nv-codec-headers
# cuGLGetDevices is a cuda8 api, never used
sed -i $sed_bak 's/LOAD_SYMBOL(cuGLGetDevices\(.*\)/LOAD_SYMBOL_OPT(cuGLGetDevices\1/;s/LOAD_SYMBOL(cuDeviceGetAttribute\(.*\)/LOAD_SYMBOL_OPT(cuDeviceGetAttribute\1/;s/LOAD_SYMBOL(cuCtxSetLimit\(.*\)/LOAD_SYMBOL_OPT(cuCtxSetLimit\1/' tools/nv-codec-headers/include/ffnvcodec/dynlink_loader.h
fi
ls "$PWD/tools/nv-codec-headers"
sed -i $sed_bak 's/-lmfplat/-lMfplat/g' "$FFSRC/configure"
sed -i $sed_bak '/check_cflags -Werror=partial-availability/d' "$FFSRC/configure" # for SSL, VT
use_clang() {
if [ -n "$CROSS_PREFIX" ]; then # TODO: "$CROSS_PREFIX" != $TARGET_TRIPLE
CLANG_TARGET=${CROSS_PREFIX%%-}
CLANG_TARGET=${CLANG_TARGET##*/}
CLANG_FLAGS="--target=$CLANG_TARGET" # apple clang uses -arch, but also supports -target. gcc cross prefix, clang use target value to find binutils, and set host triple
#CLANG_FLAGS="-fno-integrated-as $CLANG_FLAGS" # libswscale/arm/rgb2yuv_neon_{16,32}.o error. but using arm-linux-gnueabihf-gcc-7 asm from ubuntu results in bus error
fi
# TODO: add clang c/ld flags
}
probe_cc() {
local cc=$1
local flags=$2
$cc -v 2>&1 |grep -q clang && IS_CLANG=true
$cc -v 2>&1 |grep -q "Apple " && IS_APPLE_CLANG=true
$cc -v 2>/dev/null |grep msvc &>/dev/null && IS_CLANG_CL=true # /openmp:llvm ....
if $IS_CLANG_CL; then
IS_CLANG=true
HAVE_LLD=true
elif $IS_CLANG; then
LLD=$($cc -print-prog-name=lld)
# check file existence?
$LLD -flavor gnu -v >/dev/null && HAVE_LLD=true
$HAVE_LLD || {
LLD=$($cc -print-prog-name=ld.lld)
$LLD -flavor gnu -v >/dev/null && HAVE_LLD=true
}
fi
$IS_APPLE_CLANG && [ -f /usr/local/opt/llvm/bin/lld ] && HAVE_LLD=true
echo "compiler is clang: $IS_CLANG, apple clang: $IS_APPLE_CLANG, cl: $IS_CLANG_CL, have lld: $HAVE_LLD"
}
setup_cc() {
probe_cc $@
$IS_CLANG && use_clang
TOOLCHAIN_OPT+=" --cc=$USE_TOOLCHAIN"
}
to_unix_path() {
which wslpath &>/dev/null && { #preppend /mnt/ to the first path only. and always preppend /mnt/x before absolute path
wslpath -u "$1" | sed 's,\;,\;/mnt\/,g;s,:,,g'
exit 0
}
which cygpath &>/dev/null && cygpath -u "$1" && exit 0
echo "$1"
}
use_llvm_binutils() {
echo "detecting llvm tools..."
# use llvm-ar/ranlib, host ar/ranlib may not work for non-mac target(e.g. macOS)
local clang_dir=${USE_TOOLCHAIN%clang*}
local clang_name=${USE_TOOLCHAIN##*/}
local clang=$clang_dir${clang_name/-cl/}
local CLANG_FALLBACK=clang-${LLVM_VER:-18}
$IS_APPLE_CLANG && CLANG_FALLBACK=/usr/local/opt/llvm/bin/clang
echo "clang: `$clang --version`"
# -print-prog-name= prints native dir format(on windows) and `which` fails
`$clang -print-prog-name=llvm-ar` --version &>/dev/null || $(to_unix_path "`$clang -print-prog-name=llvm-ar`") --version &>/dev/null || clang=$CLANG_FALLBACK
echo clang=$clang
for tool in ar nm ranlib $@; do # strip
local tool_path=`eval 'which ${LLVM_'$(toupper $tool)'}'`
local tool_path_print=$($clang -print-prog-name=llvm-$tool)
# -print-prog-name= prints non-versioned path if exists, which may be wrong on linux
local tool_v=${clang//*-/llvm-$tool-}
[ "$tool_v" = "$clang" ] && tool_v=${clang%clang}llvm-$tool
echo "llvm-$tool: $tool_path_print -- `which $tool_v`"
which $tool_v &>/dev/null || tool_v=$clang_dir$tool_v
which $tool_v &>/dev/null && {
eval 'LLVM_'$(toupper $tool)'=$tool_v'
} || {
local clang_path=`which $clang`
local clang_dir=${clang_path%clang*}
tool_path=${clang_dir}llvm-$tool
if [ -x "$tool_path" -a "$tool_path" != "$tool_path_print" ]; then
eval 'LLVM_'$(toupper $tool)'="$tool_path"'
else
eval 'LLVM_'$(toupper $tool)'="\$($clang -print-prog-name=llvm-$tool)"'
fi
}
eval 'TOOLCHAIN_OPT="--$tool=${LLVM_'$(toupper $tool)'} $TOOLCHAIN_OPT"'
done
#EXTRA_LDFLAGS+=" -nodefaultlibs"; EXTRALIBS+=" -lc -lgcc_s"
# TODO: apple clang invoke ld64. --ld=${CROSS_PREFIX}ld ldflags are different from cc ld flags
}
use_lld() {
echo "using (clang)lld as linker..."
$IS_APPLE_CLANG && : ${USE_LD:="/usr/local/opt/llvm/bin/clang"}
[[ "${USE_LD##*/}" == *lld* ]] && LD_IS_LLD=true
# -flavor is passed in arguments and must be the 1st argument. configure will prepend flags before extra-ldflags.
# apple clang+lld can build for non-apple targets
[ -n "$USE_LD" ] && TOOLCHAIN_OPT+=" --ld=\"$USE_LD $@\"" # TODO: what if host strip does not supported target? -s may be not supported, e.g. -flavor darwin
$LD_IS_LLD || {
FUSE_LD="${USE_LD:=lld}"
[[ "${USE_LD##*/}" == *lld* ]] || FUSE_LD=lld # not lld or lld-link
EXTRA_LDFLAGS="-s -fuse-ld=$FUSE_LD $EXTRA_LDFLAGS" # -s: strip flag passing to lld. TODO: llvm-strip
USER_OPT="--disable-stripping $USER_OPT"; # disable strip command because cross gcc may be not installed
}
}
# or simply call "${CFLAG_IWITHSYSROOT}{dir1,dir2,...}"
include_with_sysroot() {
local dirs=($@)
EXTRA_CFLAGS+=" ${dirs[@]/#/${CFLAG_IWITHSYSROOT}}"
}
# compat for windows path (e.g. android gcc toolchain can not recognize dir in -isystem=), assume clang is fine(to be tested)
include_with_sysroot_compat() {
$IS_CLANG && [[ ! "$OSTYPE" == "msys"* ]] && { # android clang add msys install dir to value of -iwithsysroot
include_with_sysroot $@
return 0
}
local dirs=($@)
EXTRA_CFLAGS+=" ${dirs[@]/#/-isystem \$SYSROOT}"
}
check_cross_build() {
IS_CROSS=
IS_HOST=
IS_NATIVE=
}
# warnings are used by ffmpeg developer, some are enabled by configure: -Wl,--warn-shared-textrel
setup_win(){
WIN_VER_SET=false
local os=$2
local XP_VER=5.1
[[ $1 == *64 ]] && XP_VER=5.2
os=${os/xp/${XP_VER}}
echo os:$os
os=${os/vista/6.0}
os=${os/7/6.1}
os=${os/8.1/6.3}
os=${os/8/6.2}
local os_name=${os%%[0-9.]*}
local os_ver=${os##$os_name}
local os_major=${os_ver%%.*}
local os_minor=${os_ver##*.}
echo "$os_ver" |grep -q '\.' || os_minor=0
[ -n "$os_major" ] && {
WIN_VER_SET=true
WIN_VER_LD=${os_major}.0$os_minor
} || os_major=6
WIN_VER=`printf "0x%02X%02X" $os_major $os_minor`
echo WIN_VER_SET: $WIN_VER_SET WIN_VER:$WIN_VER
local win_cc=clang
cl.exe
which cl.exe &>/dev/null && {
win_cc=cl.exe # .exe: for wsl
} || {
: ${Platform:=x86} #Platform is empty(native) or x86(cross using 64bit toolchain)
Platform=${arch:-${Platform}} # arch is set, but may be null, so :-
local platform=$(tolower $Platform)
local PATH_arch=PATH_$platform
PATH_arch=${!PATH_arch}
PATH_arch=$(to_unix_path "$PATH_arch" |sed 's/\([a-zA-Z]\):/\/\1/g;s/\;/:/g;s/(/\\\(/g;s/)/\\\)/g;s/ /\\ /g')
PATH=$PATH_arch:$PATH which cl.exe &>/dev/null && win_cc=cl.exe
}
: ${USE_TOOLCHAIN:=$win_cc}
probe_cc $USE_TOOLCHAIN
enable_opt mediafoundation
disable_opt ptx-compression # libavfilter link error (zlib used in ff_cuda_load_module but no lib dep)
$USE_VK && EXTRA_CFLAGS+=" -I\$THIS_DIR/tools/Vulkan-Headers/include"
$USE_VAAPI_WIN32 || disable_opt vaapi
if $IS_CLANG ; then
setup_win_clang $@
else
setup_vc_env $@
fi
# FIXME: wslpath
WinSdkDir=$(to_unix_path $WindowsSdkDir)
dxva_h=$(find "$WinSdkDir/Include" -name dxva.h)
[ -f "$dxva_h" ] && {
grep -n DXVA_Tile_AV1 "$dxva_h" &>/dev/null || patch -p1 "$dxva_h" <patches/dxva-av1.diff
}
# LLVM for windows (on github ci /C/Program Files/LLVM/bin/clang) fail to build ffmpeg 4.4 libavfilter/vf_scale_cuda_bicubic.ptx.c(3625): fatal error C1060: compiler is out of heap space
# master libavfilter/vf_scale_cuda.ptx.c: fatal error C1033: cannot open program database 'D:\a\avbuild\avbuild\build_sdk-vc-x64-clvs2022\vc140.pdb'
[ -n "$MSYSTEM" ] && USER_OPT+=" --disable-filter=scale_cuda"
}
setup_win_clang(){
# -imsvc: add msvc system header path
: ${USE_TOOLCHAIN:=clang}
setup_cc $USE_TOOLCHAIN
local clang_dir=${USE_TOOLCHAIN%clang*}
local clang_name=${USE_TOOLCHAIN##*/}
local clang=$clang_dir${clang_name/-cl/}
USE_LD=$($clang -print-prog-name=lld-link) use_lld # lld 6.0 fixes undefined __enclave_config in msvcrt14.12. `lld -flavor link` just warns --version-script and results in link error
enable_pic=false
use_llvm_binutils windres
#use_lld # --target=i386-pc-windows-msvc -fuse-ld=lld: must use with -Wl,
enable_lto=false # ffmpeg: "LTO requires same compiler and linker"
# lto: link error if clang and lld version does not mach?
# TODO: patch ffmpeg. ffmpeg disables lto (enabled by --enable-lto) if "$cc_type" != "$ld_type"
#[[ "$LIB_OPT" == *"--enable-static"* ]] || FORCE_LTO=true
#$FORCE_LTO && LTO_CFLAGS=-flto=thin # win lto binary size is larger
LTO_LFLAGS="/opt:lldltojobs=`getconf _NPROCESSORS_ONLN`" # only affects thin lto?
enable_opt dxva2
# TODO: unify setup_vc/wnrt
: ${ONECORE:=}
STORE=
VS_VER=15
local IS_STORE=false
local HAS_CUDA=true
local os=$2
[[ "$os" == win*store || "$os" == win*phone || "${os:0:3}" == uwp || "${os:0:5}" == winrt ]] && IS_STORE=true
local WINPHONE=false
[[ "$os" == win*phone ]] && WINPHONE=true
: ${Platform:=$arch}
platform=$(tolower $Platform)
MACHINE=$Platform
LTL_Platform=$Platform
if [ "${platform:0:3}" = "arm" ]; then
$WIN_VER_SET || WIN_VER="0x0A00"
$IS_STORE || EXTRA_CFLAGS+=" -D_ARM_WINAPI_PARTITION_DESKTOP_SDK_AVAILABLE=1"
# FIXME: clang armv7 does not support as_fpu_directive, and the alternative '@ .fpu neon' is not supported by --target=arm-pc-windows-msvc does not support
arch=$platform
# --as='clang -target aarch64-win32-gnu' --cc='clang -target aarch64-win32-msvc' : https://fate.libav.org/aarch64-win32-clang-6.0/20190219163918
[ -z "${platform/*64*/}" ] || MACHINE=arm
HAS_CUDA=false
LTL_Platform=$(toupper $MACHINE)
elif [ -z "${Platform/*64/}" ]; then
arch=x86_64
Platform=x64
LTL_Platform=x64
else
arch=x86
target_tripple_arch=i386
LTL_Platform=Win32
fi
: ${target_tripple_arch:=$arch}
: ${Platform:=$arch}
echo IS_STORE=$IS_STORE
$IS_STORE && {
HAS_CUDA=false
setup_winrt_env
# onecore/vcruntime.lib imports symbols from vcruntime140.dll, while store/vcruntime.lib imports them from vcruntime140_app.dll, both dlls can run in desktop mode
[[ "$ONECORE" == onecore || "$ONECORE" == *-"$Platform" ]] && EXTRALIBS+=" OneCoreUAP.Lib" || STORE=store
} || {
[[ "$ONECORE" == onecore || "$ONECORE" == *-"$Platform" ]] && EXTRALIBS+=" OneCore.Lib"
}
$HAS_CUDA && enable_cuda_llvm || disable_opt cuda-llvm
# environment var LIB is used by lld-link, in windows style, i.e. export LIB=dir1;dir2;...
# makedef: define env AR=llvm-ar, NM=llvm-nm
# --windres=rc option is broken and not recognized
TARGET_TRIPLE=${target_tripple_arch}-pc-windows-msvc # lto default vendor is empty, fix lld-link: warning: Linking two modules of different target triples
TARGET_OPT="--target=$TARGET_TRIPLE"
[ "$MACHINE" == arm ] && {
ASM_OPT+=" --enable-thumb --enable-neon --cpu=armv7-a"
# clang: FPU error. gas: vfp error
TOOLCHAIN_OPT+=" --as='$USE_TOOLCHAIN --target=armv7-win32-gnu -mfpu=neon'" # gas-preprocessor.pl -as-type clang -arch arm -- $USE_TOOLCHAIN'"
# cflags is appended to as flags, but arm as target tripple must be gnu not msvc
TARGET_OPT=
TOOLCHAIN_OPT=${TOOLCHAIN_OPT//--cc=$USE_TOOLCHAIN/--cc=\'$USE_TOOLCHAIN --target=$TARGET_TRIPLE\'}
USER_OPT=${USER_OPT//--cc=$USE_TOOLCHAIN/--cc=\'$USE_TOOLCHAIN --target=$TARGET_TRIPLE\'}
}
TOOLCHAIN_OPT+=" --enable-cross-compile --arch=$arch $ASM_OPT --target-os=win32 --disable-stripping"
[ -n "$WIN_VER_LD" ] && TOOLCHAIN_OPT+=" --extra-ldexeflags='-SUBSYSTEM:CONSOLE,$WIN_VER_LD'"
EXTRA_CFLAGS+=" $LTO_CFLAGS $TARGET_OPT -DWIN32 -D_WIN32 -D_WIN32_WINNT=$WIN_VER -Wno-nonportable-include-path -Wno-deprecated-declarations" # -Wno-deprecated-declarations: avoid clang crash
$FORCE_LTO || $enable_lto && EXTRA_LDFLAGS+=" -MACHINE:$MACHINE" # lto is compiled as ir but not coff object and lld can not determin thw target arch
EXTRA_LDFLAGS+=' -DEBUG -OPT:REF -SUBSYSTEM:CONSOLE -DEFAULTLIB:msvcrt'
EXTRALIBS+=" oldnames.lib" # fdopen, tempnam, close used in file_open.c
INSTALL_DIR="sdk-$2-$Platform-clang"
# pkgconf: check_func_headers() includes lflags "mfx.lib" which can not be in -c. fallbck to header and lib check.
[ -n "$PKG_CONFIG_PATH_MFX" ] && PKG_CONFIG_PATH_MFX_UNIX=`to_unix_path "$PKG_CONFIG_PATH_MFX"`
[ -d "$PKG_CONFIG_PATH_MFX_UNIX" ] || PKG_CONFIG_PATH_MFX_UNIX=${PKG_CONFIG_PATH_MFX_UNIX/\/lib\/pkgconfig/$Platform\/lib\/pkgconfig}
PKG_CONFIG_PATH_MFX=$PKG_CONFIG_PATH_MFX_UNIX
[ -d "$PKG_CONFIG_PATH_MFX_UNIX" ] && PKG_CONFIG_PATH="$PKG_CONFIG_PATH:$PKG_CONFIG_PATH_MFX_UNIX"
echo PKG_CONFIG_PATH_MFX_UNIX=$PKG_CONFIG_PATH_MFX_UNIX PKG_CONFIG_PATH_MFX=$PKG_CONFIG_PATH_MFX PKG_CONFIG_PATH=$PKG_CONFIG_PATH
$IS_STORE || {
[ -d "$AMF_DIR" -a "${platform:0:3}" != "arm" ] && EXTRA_CFLAGS+=" -I$AMF_DIR"
[ -d "$SDL2_DIR" -a "${platform:0:3}" != "arm" ] && {
EXTRA_CFLAGS+=" -I$SDL2_DIR/include"
EXTRA_LDFLAGS+=" -L$SDL2_DIR/lib/${platform}"
}
enable_libmfx
}
[ -f "$WindowsSdkDir/Include/$WindowsSDKVersion/um/WINDOWS.H" ] || { # case sensitive file system
echo "CASE SENSITIVE FS!!!!!!!"
[ -f "$WindowsSdkDir/vfs.yaml" ] && EXTRA_CFLAGS+=" -Xclang -ivfsoverlay -Xclang \\\"\$WindowsSdkDir/vfs.yaml\\\""
# TODO: gen vfs.yaml
}
cfguard=true
# vcrt and win sdk dirs
win10inc=(shared ucrt um winrt)
win10inc=(${win10inc[@]/#/$WindowsSdkDir/Include/$WindowsSDKVersion/})
IFS=\; eval 'INCLUDE="${win10inc[*]}"'
WINDRESFLAGS="--target=$TARGET_TRIPLE ${win10inc[@]/#/-I}"
grep -q "\-\-extra\-windresflags" $FFSRC/configure && TOOLCHAIN_OPT+=" --extra-windresflags='$WINDRESFLAGS'"
local VCDIR_LIB=$VCDIR/lib/${ONECORE%%-*}/${MACHINE/86_/}/$STORE
ARCH120=${MACHINE/*86_*/amd64} #vc120 sdk layout
ARCH120=${ARCH120/x64/amd64}
ARCH120=${ARCH120/x86/}
[ ! -d "$VCDIR_LIB" ] && {
VCDIR_LIB=$VCDIR/lib/$STORE/${ARCH120}
cfguard=false # since vs2015. undefined ___guard_check_icall_fptr
cp -af patches/0001-define-timespec-for-vcrt-140.patch "$FFSRC/tmp.patch"
(cd "$FFSRC" && patch -p1 -N <"tmp.patch")
}
local VC_LTL_LIB=${VC_LTL_DIR}/TargetPlatform/${VC_LTL_VER:-10.0.19041.0}/lib/${LTL_Platform} #/CleanImport
$IS_CLANG_CL && {
if [ -d "$VC_LTL_LIB" ]; then
EXTRA_CFLAGS+=" -MT"
else
EXTRA_CFLAGS+=" -MD"
EXTRA_LDFLAGS+=" -NODEFAULTLIB:libcmt"
fi
[ "$MACHINE" == arm ] || EXTRA_CFLAGS+=" -Zi" # codeview is not implemented for arm(clang-10)
$cfguard && EXTRA_CFLAGS+=" /guard:cf"
} || {
[ "$MACHINE" == arm ] || EXTRA_CFLAGS+=" -g -gcodeview"
$cfguard && EXTRA_CFLAGS+=" -Xclang -cfguard"
#EXTRA_LDFLAGS+=" -NODEFAULTLIB:libcmt" #?
}
$cfguard && EXTRA_LDFLAGS+=' -guard:cf'
mkdir -p $THIS_DIR/build_$INSTALL_DIR
cat > "$THIS_DIR/build_$INSTALL_DIR/.env.sh" <<EOF
export INCLUDE="$VCDIR/include;$INCLUDE;$PKG_CONFIG_PATH_MFX_UNIX/../../include"
export LIB="$VC_LTL_LIB;$VCDIR_LIB;$WindowsSdkDir/Lib/$WindowsSDKVersion/ucrt/${MACHINE/86_/};$WindowsSdkDir/Lib/$WindowsSDKVersion/um/${MACHINE/86_/};$PKG_CONFIG_PATH_MFX_UNIX/../../lib"
export AR=$LLVM_AR
export NM=$LLVM_NM
#export V=1 # FFmpeg BUG: AR is overriden in common.mak and becomes an invalid command in makedef(@printf works in makefiles but not sh scripts)
export PKG_CONFIG_PATH=${THIS_DIR}/tools/dep/windows-desktop/lib/pkgconfig:${THIS_DIR}/tools/dep_gpl/windows-desktop/lib/pkgconfig:$PKG_CONFIG_PATH
EOF
# [ expr1 ] && ... at end returns error if expr1 is false
}
setup_vc_env() {
local arch=$1
local osver=$2
grep -q "guard:cf is not recognized by armasm" "$FFSRC/configure" || sed -i $sed_bak "/-M\[TD\]\*)/a\\
\ -guard*) ;; # -guard:cf is not recognized by armasm\\
\ -FS) ;; # -FS is not recognized by armasm\\
" "$FFSRC/configure"
echo Call "set MSYS2_PATH_TYPE=inherit" before msys2 sh.exe if cl.exe is not found!
enable_lto=false # ffmpeg requires DCE, while vc with LTCG (-GL) does not support DCE
# dylink crt
if [ -d "$VC_LTL_DIR/TargetPlatform" ]; then
EXTRA_CFLAGS+=" -MT"
else
EXTRA_CFLAGS+=" -MD"
EXTRA_LDFLAGS+=" -NODEFAULTLIB:libcmt" #-NODEFAULTLIB:libcmt -winmd?
fi
EXTRA_CFLAGS+=" -Zi -FS -guard:cf" # /Zi: https://scc.ustc.edu.cn/zlsc/tc4600/intel/2017.0.098/compiler_f/common/core/GUID-CA811CC8-A2C1-4DFF-AC39-DF7E1EEAF30E.html
EXTRA_LDFLAGS+=" -DEBUG -guard:cf -OPT:REF -SUBSYSTEM:CONSOLE"
TOOLCHAIN_OPT+=" --toolchain=msvc"
VS_VER=${VisualStudioVersion:0:2}
: ${Platform:=x86} #Platform is empty(native) or x86(cross using 64bit toolchain)
Platform=${arch:-${Platform}} # arch is set, but may be null, so :-
local platform=$(tolower $Platform)
echo "VS version: $VS_VER, platform: $Platform" # Platform is from vsvarsall.bat
[ -n "$PKG_CONFIG_PATH_MFX" ] && PKG_CONFIG_PATH_MFX_UNIX=$(to_unix_path "$PKG_CONFIG_PATH_MFX")
[ -d "$PKG_CONFIG_PATH_MFX_UNIX" ] || PKG_CONFIG_PATH_MFX_UNIX=${PKG_CONFIG_PATH_MFX_UNIX/\/lib\/pkgconfig/$Platform\/lib\/pkgconfig}
PKG_CONFIG_PATH_MFX=$PKG_CONFIG_PATH_MFX_UNIX
[ -d "$PKG_CONFIG_PATH_MFX_UNIX" ] && PKG_CONFIG_PATH="$PKG_CONFIG_PATH:$PKG_CONFIG_PATH_MFX_UNIX"
FAMILY=
local HAS_CUDA=true
[ "${platform:0:3}" = "arm" ] && HAS_CUDA=false
if ${WINRT:-false}; then
[ -z "$osver" ] && osver=winrt
setup_vc_winrt_env $arch
HAS_CUDA=false
else
[ -z "$osver" ] && osver=win
FAMILY=_DESKTOP
setup_vc_desktop_env $arch
fi
$HAS_CUDA || disable_opt cuda-llvm
EXTRA_CFLAGS+=" -D_WIN32_WINNT=$WIN_VER" # -DWINAPI_FAMILY=WINAPI_FAMILY${FAMILY}_APP is not required for desktop
INSTALL_DIR="`tolower sdk-$osver-$Platform-cl${VS_CL}`"
[ -n "$MSYSTEM" ] && {
mkdir -p /usr/local/bin
llvm_rc=`which llvm-rc.exe` && cp "$llvm_rc" /usr/local/bin/llvm-windres.exe
which llvm-windres
}
if [ "${platform:0:3}" = "arm" ]; then
target_tripple_arch=$platform
elif [ -z "${Platform/*64/}" ]; then
target_tripple_arch=x86_64
else
target_tripple_arch=i386
fi
TARGET_TRIPLE=${target_tripple_arch}-pc-windows-msvc
readarray -d ';' -t incs <<< "$INCLUDE"
echo incs: = ${incs[2]}
nb_incs=${#incs[@]}
WINDRESFLAGS="--target=$TARGET_TRIPLE ${win10inc[@]/#/-I}"
#incs_unix=`cygpath "${incs[@]}"`
#for inc in ${incs[@]}; do
for ((i=0;i<nb_incs;i++)); do
inc=${incs[$i]}
# WINDRESFLAGS+=" -I\"`cygpath "$inc"`\""
WINDRESFLAGS+=" -I`to_unix_path "$inc" |sed 's, ,\\\\ ,g;s,(,\\\\(,g;s,),\\\\),g'`"
done
grep -q "\-\-extra\-windresflags" $FFSRC/configure && TOOLCHAIN_OPT+=" --windres=llvm-windres --extra-windresflags='$WINDRESFLAGS'"
local BDIR=$BUILD_DIR
[ -d "$BDIR" ] || BDIR=$THIS_DIR/build_$INSTALL_DIR
rm -rf $BDIR/.env.sh
mkdir -p $BDIR
# get env vars for given arch, and export for build
local PATH_arch=PATH_$platform
PATH_arch=${!PATH_arch}
# LIB, LIBPATH, INCLUDE are used by vc compiler and linker only, so keep the original path style
local LIB_arch=LIB_$platform
LIB_arch=$(echo ${!LIB_arch} |sed 's/\\/\\\\/g;s/(/\\\(/g;s/)/\\\)/g;s/ /\\ /g;s/\;/\\\;/g')
local LIBPATH_arch=LIBPATH_$platform
LIBPATH_arch=$(echo ${!LIBPATH_arch} |sed 's/\\/\\\\/g;s/(/\\\(/g;s/)/\\\)/g;s/ /\\ /g;s/\;/\\\;/g')
local INCLUDE_arch=INCLUDE_$platform
INCLUDE_arch=$(echo ${!INCLUDE_arch} |sed 's/\\/\\\\/g;s/(/\\\(/g;s/)/\\\)/g;s/ /\\ /g;s/\;/\\\;/g')
[ -n "$PATH_arch" ] && {
# msvc exes are used by script, so must be converted to posix paths
PATH_arch=$(to_unix_path "$PATH_arch" |sed 's/\([a-zA-Z]\):/\/\1/g;s/\;/:/g;s/(/\\\(/g;s/)/\\\)/g;s/ /\\ /g')
# PATH_arch is set before bash environment, so must manually add bash paths
echo "export PATH=$PATH_EXTRA:/usr/local/bin:/usr/bin:/bin:/opt/bin:$PATH_arch" >"$BDIR/.env.sh"
}
[ -n "$LIB_arch" ] && echo "export LIB=$LIB_arch" >>"$BDIR/.env.sh"
[ -n "$LIBPATH_arch" ] && echo "export LIBPATH=$LIBPATH_arch" >>"$BDIR/.env.sh"
[ -n "$INCLUDE_arch" ] && echo "export INCLUDE=$INCLUDE_arch" >>"$BDIR/.env.sh"
cat >> "$BDIR/.env.sh" <<EOF
export PKG_CONFIG_PATH=${THIS_DIR}/tools/dep/windows-desktop/lib/pkgconfig:${THIS_DIR}/tools/dep_gpl/windows-desktop/lib/pkgconfig:$PKG_CONFIG_PATH
EOF
}
setup_vc_desktop_env() {
# http://ffmpeg.org/platform.html#Microsoft-Visual-C_002b_002b-or-Intel-C_002b_002b-Compiler-for-Windows
[ -z "$WSL_DISTRO_NAME" ] && [[ "$platform" != arm* ]] && enable_libmfx # msys2: -I -libpath path starts with X:/. wsl: -libpath:X:/ is ignored
[ -d "$AMF_DIR" -a "${platform:0:3}" != "arm" ] && EXTRA_CFLAGS+=" -I$AMF_DIR"
[ -d "$SDL2_DIR" -a "${platform:0:3}" != "arm" ] && {
EXTRA_CFLAGS+=" -I$SDL2_DIR/include"
EXTRA_LDFLAGS+=" -L$SDL2_DIR/lib/${platform}"
}
enable_opt dxva2
# ldflags prepends flags. extralibs appends libs and add to pkg-config
# can not use -luser32 because extralibs will not be filter -l to .lib (ldflags_filter is not ready, ffmpeg bug)
# TODO: check dxva2_extralibs="-luser32" in configure
grep -q " user32 " "$FFSRC/configure" || EXTRALIBS+=" user32.lib" # ffmpeg 3.x bug: hwcontext_dxva2 GetDesktopWindow()
[ -n "$WIN_VER_LD" ] && TOOLCHAIN_OPT+=" --extra-ldexeflags='-SUBSYSTEM:CONSOLE,$WIN_VER_LD'"
if [[ "$platform" == arm* ]]; then
$WIN_VER_SET || WIN_VER="0x0A00"
EXTRA_CFLAGS+=" -D_ARM_WINAPI_PARTITION_DESKTOP_SDK_AVAILABLE=1"
TOOLCHAIN_OPT+=" --enable-cross-compile --target-os=win32"
setup_vc_common_env $@
fi
}
setup_winrt_env() {
if [ -f "$FFSRC/compat/w32dlfcn.h" ]; then
grep -q HAVE_WINRT "$FFSRC/compat/w32dlfcn.h" || {
echo "Patching LoadPackagedLibrary..."
cp -af patches/0001-winrt-use-LoadPackagedLibrary.patch "$FFSRC/tmp.patch"
cd "$FFSRC"
patch -p1 <"tmp.patch"
cd -
}
fi
if [ -f "$FFSRC/libavutil/hwcontext_d3d11va.c" ]; then
if ! `grep -q CreateMutexEx "$FFSRC/libavutil/hwcontext_d3d11va.c"`; then
echo "Patching CreateMutex..."
cp -af patches/0001-use-CreateMutexEx-instead-of-CreateMutex-to-fix-win8.patch "$FFSRC/tmp.patch"
cd "$FFSRC"
patch -p1 <"tmp.patch"
cd -
fi
fi
#http://fate.libav.org/arm-msvc-14-wp
disable_opt ffnvcodec
disable_opt vulkan
disable_opt programs avdevice
FEATURE_OPT+=" --disable-filter=ddagrab"
TOOLCHAIN_OPT+=" --enable-cross-compile --target-os=win32"
EXTRA_LDFLAGS+=" -APPCONTAINER"
$WIN_VER_SET || {
WIN_VER="0x0A00"
test $VS_VER -lt 14 && WIN_VER="0x0603" # vc can support multiple target (and sdk)
target_is winphone && WIN_VER="0x0603"
}
WIN10_VER_DEC=`printf "%d" 0x0A00`
WIN81_VER_DEC=`printf "%d" 0x0603`
WIN_VER_DEC=`printf "%d" $WIN_VER`
: ${WINPHONE:=false}
target_is winphone && WINPHONE=true
if $WINPHONE; then
# export dirs (lib, include)
FAMILY=_PHONE
# phone ldflags only for win8.1?
EXTRA_LDFLAGS+=" WindowsPhoneCore.lib RuntimeObject.lib PhoneAppModelHost.lib -NODEFAULTLIB:kernel32.lib -NODEFAULTLIB:ole32.lib"
fi
if [ $WIN_VER_DEC -gt ${WIN81_VER_DEC} ]; then
# store: can not use onecoreuap.lib, must use windowsapp.lib
# uwp: can use onecoreuap.lib
EXTRA_LDFLAGS+=" WindowsApp.lib"
fi
EXTRA_CFLAGS+=" -DWINAPI_FAMILY=WINAPI_FAMILY${FAMILY}_APP -DUNICODE -D_UNICODE" #-EHsc"
}
setup_vc_winrt_env() {
setup_winrt_env $@
setup_vc_common_env $@
}
setup_vc_common_env() {
local arch=x86_64 #used by configure --arch
if [ "${platform:0:3}" = "arm" ]; then
enable_pic=false # TODO: ffmpeg bug, should filter out -fPIC. armasm(gas) error (unsupported option) if pic is
type -a gas-preprocessor.pl
# vc only arm64_neon.h
[ -z "${platform/*64*/}" ] && {
BIT=64
TOOLCHAIN_OPT+=" --disable-pic" # arm64 pic is enabled by: enabled spic && enable_weak pic
} || ASM_OPT+=" --enable-thumb --cpu=armv7-a"
which cpp &>/dev/null && { # install gcc
ASM_OPT+=" --as=armasm$BIT"
} || {
echo "ASM is disabled: cpp is required by gas-preprocessor but it is missing. make sure (mingw) gcc is in your PATH"
ASM_OPT=--disable-asm
}
#gas-preprocessor.pl change open(INPUT, "-|", @preprocess_c_cmd) || die "Error running preprocessor"; to open(INPUT, "@preprocess_c_cmd|") || die "Error running preprocessor";
#EXTRA_CFLAGS+=" -D__ARM_PCS_VFP" # for gcc, hard float
EXTRA_LDFLAGS+=' -MACHINE:$Platform' # clang-cl: -pdb:\\$(NAME).pdb
arch="$platform"
TOOLCHAIN_OPT+=" $ASM_OPT"
else
[ -z "${Platform/*64/}" ] && arch=x86_64 || arch=x86
fi
TOOLCHAIN_OPT+=" --arch=$arch"
}
setup_mingw_env() {
enable_lto=false
local gcc=gcc
local arch=$1
local native_build=false # native build: use gcc instead of ${arch}-w64-mingw32-gcc
if [ -n "$arch" ]; then
[ -z "${arch/*64*/}" ] && BIT=64 || BIT=32
[[ $arch = *ar* ]] || arch=x86_$BIT
arch=${arch/*_32/i686}
fi
# msys2 /usr/bin/gcc is x86_64-pc-msys
$gcc -dumpmachine |grep -iq mingw && {
[ -z "$arch" ] && native_build=true || {
$gcc -dumpmachine |grep -iq "$arch" && native_build=true
}
}
$native_build && { # arch is not set. probe using gcc
$gcc -dumpmachine |grep -iqE "x86_64|aarch64|arm64" && BIT=64 || BIT=32
arch=x86_$BIT
arch=${arch/*_32/i686}
echo "mingw $arch host native build"
} || {
gcc=${arch}-w64-mingw32-gcc
host_is MinGW || host_is MSYS && {
echo "mingw host build for $arch" # TODO: -m32/64?
# mingw-w64-cross-gcc package has broken old mingw compilers with the same prefix, so prefer compilers in $MINGW_BIN
TOOLCHAIN_OPT+=" --cc=$gcc --target-os=mingw$BIT" # set target os recognized by configure. msys and mingw without 32/64 are rejected by configure
local MINGW_BIN=/mingw${BIT}/bin
[ -d $MINGW_BIN ] && export PATH=$MINGW_BIN:$PATH
} || {
echo "mingw cross build for $arch"
TOOLCHAIN_OPT+=" --enable-cross-compile --cross-prefix=${arch}-w64-mingw32- --target-os=mingw$BIT --arch=$arch --pkg-config=pkg-config"
}
}
[ -n "$PKG_CONFIG_PATH_MFX" ] && PKG_CONFIG_PATH_MFX_UNIX=$(to_unix_path "$PKG_CONFIG_PATH_MFX")
[ -d "$PKG_CONFIG_PATH_MFX_UNIX" ] || PKG_CONFIG_PATH_MFX_UNIX=${PKG_CONFIG_PATH_MFX_UNIX/\/lib\/pkgconfig/$BIT\/lib\/pkgconfig}
PKG_CONFIG_PATH_MFX=$PKG_CONFIG_PATH_MFX_UNIX
[ -d "$PKG_CONFIG_PATH_MFX_UNIX" ] && PKG_CONFIG_PATH="$PKG_CONFIG_PATH:$PKG_CONFIG_PATH_MFX_UNIX"
[ -d "$AMF_DIR" ] && EXTRA_CFLAGS+=" -I$AMF_DIR"
$USE_VK && EXTRA_CFLAGS+=" -I\$THIS_DIR/tools/Vulkan-Headers/include"
enable_libmfx
enable_opt dxva2
#enable_opt mediafoundation # MFCreateAlignedMemoryBuffer
disable_opt iconv
EXTRA_LDFLAGS+=" -static-libgcc"
INSTALL_DIR="${INSTALL_DIR}-mingw-$1-gcc"
rm -rf $THIS_DIR/build_$INSTALL_DIR/.env.sh
mkdir -p $THIS_DIR/build_$INSTALL_DIR
[ -d "$MINGW_BIN" ] && cat>$THIS_DIR/build_$INSTALL_DIR/.env.sh<<EOF
export PATH=$MINGW_BIN:$PATH
shopt -s expand_aliases
#alias ${arch}-w64-mingw32-strip=$MINGW_BIN/strip # seems not work in sh used by ffmpeg
#alias ${arch}-w64-mingw32-nm=$MINGW_BIN/nm
EOF
}
# TOOLCHAIN_OPT+=" --enable-cross-compile --cross-prefix=arm-mingw32ce- --target-os=mingw32ce --arch=arm --cpu=arm"
setup_android_env() {
DEC_OPT=$DEC_OPT_MOBILE
DEMUX_OPT=$DEMUX_OPT_MOBILE
FILTER_OPT=$FILTER_OPT_MOBILE
ENC_OPT=$ENC_OPT_MOBILE
MUX_OPT=$MUX_OPT_MOBILE
# fbdev & v4l2 build error and not supported on android. camera requores api level 24, ./avbuild.sh android24
FEATURE_OPT+=" --disable-indevs --enable-indev=android_camera --disable-outdevs"
disable_opt v4l2_m2m v4l2-m2m
disable_opt vulkan # can not enable VK_ENABLE_BETA_EXTENSIONS for android
sed -i $sed_bak 's/^check_cc v4l2_m2m/enabled v4l2_m2m \&\& check_cc v4l2_m2m/' "$FFSRC/configure"
local ANDROID_ARCH=${1:=arm}
TRIPLE_ARCH=$ANDROID_ARCH
local ANDROID_TOOLCHAIN_PREFIX="${ANDROID_ARCH}-linux-android"
local CROSS_PREFIX=${ANDROID_TOOLCHAIN_PREFIX}-
local FFARCH=$ANDROID_ARCH
local API_LEVEL=${2#android}
local NDK_VER=`grep Revision $NDK_ROOT/source.properties |cut -d ' ' -f 3 |cut -d '.' -f 1`
[ -z "$API_LEVEL" ] && {
API_LEVEL=14
[ $NDK_VER -gt 17 ] && API_LEVEL=16
[ $NDK_VER -gt 23 ] && API_LEVEL=19
[ $NDK_VER -gt 25 ] && API_LEVEL=21 # TODO: always neon
}
local UNIFIED_SYSROOT="$NDK_ROOT/sysroot"
[ -d "$UNIFIED_SYSROOT" ] || UNIFIED_SYSROOT=
add_elf_flags
EXTRA_CFLAGS+=" -ffast-math -fstrict-aliasing"
# -no-canonical-prefixes: results in "-mcpu= ", why?
EXTRA_LDFLAGS+=" -Wl,-z,relro -Wl,-z,now"
TRY_FIX_CORTEX_A8=false
# TODO: clang lto in r14 (gcc?) except aarch64
if [ -z "${ANDROID_ARCH/*86/}" ]; then
ANDROID_ARCH=x86
TRIPLE_ARCH=i686
ANDROID_TOOLCHAIN_PREFIX=$ANDROID_ARCH
CLANG_TARGET="i686-none-linux-android"
# from ndk: x86 devices have stack alignment issues.
# clang error: inline assembly requires more registers than available ("movzbl "statep" , "ret")
CFLAGS_GCC+=" -mstackrealign"
enable_lto=false
TOOLCHAIN_OPT+=" --disable-asm" # FIXME: text relocations in x86/tx_float.asm
elif [ -z "${ANDROID_ARCH/x*64/}" ]; then
[ $API_LEVEL -lt 21 ] && API_LEVEL=21
ANDROID_ARCH=x86_64
TRIPLE_ARCH=$ANDROID_ARCH
ANDROID_TOOLCHAIN_PREFIX=$ANDROID_ARCH
CLANG_TARGET="x86_64-none-linux-android"
enable_lto=false
elif [ -z "${ANDROID_ARCH/a*r*64/}" ]; then
[ $API_LEVEL -lt 21 ] && API_LEVEL=21
ANDROID_ARCH=arm64
TRIPLE_ARCH=aarch64
ANDROID_TOOLCHAIN_PREFIX=${TRIPLE_ARCH}-linux-android
CLANG_TARGET="aarch64-none-linux-android"
elif [ -z "${ANDROID_ARCH/*arm*/}" ]; then
#https://wiki.debian.org/ArmHardFloatPort/VfpComparison
TRIPLE_ARCH=arm
ANDROID_TOOLCHAIN_PREFIX=${TRIPLE_ARCH}-linux-androideabi
FFARCH=arm
if [ -z "${ANDROID_ARCH/armv5*/}" ]; then
echo "armv5"
TOOLCHAIN_OPT+=" --cpu=armv5te"
CLANG_TARGET="armv5te-none-linux-androideabi"
: '
-mthumb error
selected processor does not support Thumb mode `itt gt
D:\msys2\tmp\ccXOcbBA.s:262: Error: instruction not supported in Thumb16 mode -- adds r3,r1,r0,lsr#31
use armv6t2 or -mthumb-interwork: https://gcc.gnu.org/onlinedocs/gcc-4.5.3/gcc/ARM-Options.html
'
# -msoft-float == -mfloat-abi=soft https://gcc.gnu.org/onlinedocs/gcc-4.5.3/gcc/ARM-Options.html
EXTRA_CFLAGS+=" -mtune=xscale -msoft-float" # -march=armv5te
CFLAGS_GCC+=" -mthumb-interwork"
else
TOOLCHAIN_OPT+=" --enable-thumb --enable-neon"
EXTRA_CFLAGS_FPU="-mfpu=vfpv3-d16"
if [ -z "${ANDROID_ARCH/*neon*/}" ]; then
enable_lto=false
echo "neon. can not run on Marvell and nVidia"
EXTRA_CFLAGS_FPU="-mfpu=neon"
CFLAGS_GCC+=" -mvectorize-with-neon-quad"
fi
CLANG_TARGET="armv7a-linux-androideabi"
EXTRA_CFLAGS+=" -march=armv7-a -mtune=cortex-a8 -mfloat-abi=softfp $EXTRA_CFLAGS_FPU" #-mcpu= is deprecated in gcc 3, use -mtune=cortex-a8 instead
TRY_FIX_CORTEX_A8=true
fi
ANDROID_ARCH=arm
fi
[ $NDK_VER -gt 17 ] && API_SUFFIX=$API_LEVEL
CLANG_FLAGS+=" --target=$CLANG_TARGET$API_SUFFIX" # TODO: api level suffix, and not manually set platform dir?
ANDROID_HEADER_TRIPLE=${TRIPLE_ARCH}-linux-android
[ "$ANDROID_ARCH" == "arm" ] && ANDROID_HEADER_TRIPLE=${ANDROID_HEADER_TRIPLE}eabi
CROSS_PREFIX=${ANDROID_HEADER_TRIPLE}-
local TOOLCHAIN=${ANDROID_TOOLCHAIN_PREFIX}-4.9
[ -d $NDK_ROOT/toolchains/${TOOLCHAIN} ] || TOOLCHAIN=${ANDROID_TOOLCHAIN_PREFIX}-4.8
local ANDROID_GCC_DIR="$NDK_ROOT/toolchains/${TOOLCHAIN}"
gxx=`find ${ANDROID_GCC_DIR} -name "*g++*" 2>/dev/null` # can not use "*-gcc*": can be -gcc-ar, stdint-gcc.h
as=`find ${ANDROID_GCC_DIR} -name "*-as" -o -name "*-as.exe" 2>/dev/null`
clangxxs=(`find $NDK_ROOT/toolchains/llvm/prebuilt -name "clang++*"`) # can not be "clang*": clang-tidy
gnu_nm=(`find $NDK_ROOT/toolchains/llvm/prebuilt -name "*-android*nm"`) # can not be "clang*": clang-tidy
clangxx=${clangxxs[0]}
ld_lld=${clangxx/clang++/ld.lld}
[ -f "$ld_lld" ] || ld_lld=
[ -f "$gxx" ] || {
IS_CLANG=true
echo "gxx not found!!!!"
}
echo "g++: $gxx, clang++: $clangxx IS_CLANG:$IS_CLANG, ld_lld: $ld_lld, as: $as"
$IS_CLANG && probe_cc $clangxx || probe_cc $gxx
ANDROID_GCC_DIR=${as%bin*}
[ -z "$gnu_nm" ] && TOOLCHAIN_OPT+=" --ar=llvm-ar --ranlib=llvm-ranlib --nm=llvm-nm"
local ANDROID_LLVM_DIR=${clangxx%bin*}
echo "ANDROID_GCC_DIR=${ANDROID_GCC_DIR}"
echo "ANDROID_LLVM_DIR=${ANDROID_LLVM_DIR}"
ANDROID_GCC_DIR_REL=${ANDROID_GCC_DIR#$NDK_ROOT}
[ -n "$ld_lld" ] && {
TRY_FIX_CORTEX_A8=false
TOOLCHAIN_OPT+=" --strip=$LLVM_STRIP" # https://github.com/android/ndk/issues/1148 TODO: add in use_llvm_binutils if llvm-strip works for other platforms
LFLAGS_CLANG+=" -fuse-ld=lld -rtlib=compiler-rt" # use compiler-rt instead of default libgcc.a so -gcc-toolchain is not required
} || {
LFLAGS_CLANG+=" -gcc-toolchain \$NDK_ROOT/$ANDROID_GCC_DIR_REL" # ld from gcc toolchain. TODO: lld?
}
$TRY_FIX_CORTEX_A8 && EXTRA_LDFLAGS+=" -Wl,--fix-cortex-a8"
$FFGIT || [ "$ANDROID_ARCH" == "arm" ] && [[ $FFMAJOR < 4 ]] && CFLAGS_CLANG="-fno-integrated-as -gcc-toolchain \$NDK_ROOT/$ANDROID_GCC_DIR_REL $CFLAGS_CLANG" # Disable integrated-as for better compatibility, but need as from gcc toolchain. from ndk cmake
local ANDROID_SYSROOT_LIB_REL="platforms/android-$API_LEVEL/arch-${ANDROID_ARCH}"
local ANDROID_SYSROOT_LIB="$NDK_ROOT/$ANDROID_SYSROOT_LIB_REL"
[ -d "$ANDROID_LLVM_DIR/sysroot" ] && UNIFIED_SYSROOT="$ANDROID_LLVM_DIR/sysroot"
if [ -d "$UNIFIED_SYSROOT" ]; then
[ $API_LEVEL -lt 21 ] && PATCH_MMAP="void* mmap(void*, size_t, int, int, int, __kernel_off_t);"
ANDROID_SYSROOT_REL=sysroot
SYSROOT=$NDK_ROOT/$ANDROID_SYSROOT_REL
if [ -d "$ANDROID_LLVM_DIR/sysroot" ]; then
SYSROOT="$ANDROID_LLVM_DIR/$ANDROID_SYSROOT_REL"
ANDROID_SYSROOT_LIB="$SYSROOT/usr/lib/$ANDROID_TOOLCHAIN_PREFIX/$API_LEVEL"
[ "$ANDROID_ARCH" == "arm" ] && EXE_FLAGS+=" -lunwind" #r21 undefined __aeabi_unwind_cpp_pr0 from compiler-rt. linking to libgcc auto add libunwind
EXTRA_LDFLAGS+=" --sysroot \$SYSROOT"
else
EXTRA_LDFLAGS+=" --sysroot \$NDK_ROOT/$ANDROID_SYSROOT_LIB_REL" # linker need crt objects in platform-$API_LEVEL dir, must set the dir as sysroot. but --sysroot in extra-ldflags comes before configure --sysroot= and has no effect