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Finishing the base for external libraries integration

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pull/14/head
Javernaut 5 years ago
parent 15c24ace5a
commit 48e4e77450
4 changed files with 144 additions and 363 deletions
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  1. 124
      ffmpeg-android-maker-2.sh
  2. 333
      ffmpeg-android-maker.sh
  3. 31
      scripts/export-build-variables.sh
  4. 19
      scripts/ffmpeg/build.sh

124
ffmpeg-android-maker-2.sh
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@ -1,124 +0,0 @@
# Defining essential directories
# The root of the project
export BASE_DIR="$( cd "$( dirname "$0" )" && pwd )"
# Directory that contains source code for FFmpeg and its dependencies
# Each library has its own subdirectory
# Multiple versions of the same library can be stored inside librarie's directory
export SOURCES_DIR=${BASE_DIR}/sources
# Directory to place some statistics about the build.
# Currently - the info about Text Relocations
export STATS_DIR=${BASE_DIR}/stats
# Directory that contains helper scripts and
# scripts to download and build FFmpeg and each dependency separated by subdirectories
export SCRIPTS_DIR=${BASE_DIR}/scripts
# The directory to use by Android project
# All FFmpeg's libraries and headers are copied there
export OUTPUT_DIR=${BASE_DIR}/output
# Directory to use as a place to build/install FFmpeg and its dependencies
BUILD_DIR=${BASE_DIR}/build
# Separate directory to build FFmpeg to
export BUILD_DIR_FFMPEG=$BUILD_DIR/ffmpeg
# All external libraries are installed to a single root
# to make easier referencing them when FFmpeg is being built.
export BUILD_DIR_EXTERNAL=$BUILD_DIR/external
# Function that copies *.so files and headers of the current ANDROID_ABI
# to the proper place inside OUTPUT_DIR
function prepareOutput() {
OUTPUT_LIB=${OUTPUT_DIR}/lib/${ANDROID_ABI}
mkdir -p ${OUTPUT_LIB}
cp ${BUILD_DIR_FFMPEG}/${ANDROID_ABI}/lib/*.so ${OUTPUT_LIB}
OUTPUT_HEADERS=${OUTPUT_DIR}/include/${ANDROID_ABI}
mkdir -p ${OUTPUT_HEADERS}
cp -r ${BUILD_DIR_FFMPEG}/${ANDROID_ABI}/include/* ${OUTPUT_HEADERS}
}
# Saving stats about text relocation presence.
# If the result file doesn't have 'TEXTREL' at all, then we are good.
# Otherwise the whole script is interrupted
function checkTextRelocations() {
TEXT_REL_STATS_FILE=${STATS_DIR}/text-relocations.txt
${CROSS_PREFIX}readelf --dynamic ${BUILD_DIR_FFMPEG}/${ANDROID_ABI}/lib/*.so | grep 'TEXTREL\|File' >> ${TEXT_REL_STATS_FILE}
if grep -q TEXTREL ${TEXT_REL_STATS_FILE}; then
echo "There are text relocations in output files:"
cat ${TEXT_REL_STATS_FILE}
exit 1
fi
}
# Actual work of the script
# Clearing previously created binaries
rm -rf ${BUILD_DIR}
rm -rf ${STATS_DIR}
rm -rf ${OUTPUT_DIR}
mkdir -p ${STATS_DIR}
mkdir -p ${OUTPUT_DIR}
# Exporting more necessary variabls
source ${SCRIPTS_DIR}/export-host-variables.sh
source ${SCRIPTS_DIR}/parse-arguments.sh
# Treating FFmpeg as just a module to build after its dependencies
COMPONENTS_TO_BUILD=${EXTERNAL_LIBRARIES[@]}
COMPONENTS_TO_BUILD+=( "ffmpeg" )
# Get the source code of component to build
for COMPONENT in ${COMPONENTS_TO_BUILD[@]}
do
echo "Getting source code of the component: ${COMPONENT}"
SOURCE_DIR_FOR_COMPONENT=${SOURCES_DIR}/${COMPONENT}
mkdir -p ${SOURCE_DIR_FOR_COMPONENT}
cd ${SOURCE_DIR_FOR_COMPONENT}
# Executing the component-specific script for downloading the source code
source ${SCRIPTS_DIR}/${COMPONENT}/download.sh
# The download.sh script has to export SOURCES_DIR_$COMPONENT variable
# with actual path of the source code. This is done for possiblity to switch
# between different verions of a component.
# If it isn't set, consider SOURCE_DIR_FOR_COMPONENT as the proper value
COMPONENT_SOURCES_DIR_VARIABLE=SOURCES_DIR_${COMPONENT}
if [[ -z "${!COMPONENT_SOURCES_DIR_VARIABLE}" ]]; then
export SOURCES_DIR_${COMPONENT}=${SOURCE_DIR_FOR_COMPONENT}
fi
# Returning to the rood directory. Just in case.
cd ${BASE_DIR}
done
# ABIs to build FFmpeg for.
# x86 is the first, because it is likely to have Text Relocations.
# In this case the rest ABIs will not be assembled at all.
# ABIS_TO_BUILD=( "x86" "x86_64" "armeabi-v7a" "arm64-v8a" )
ABIS_TO_BUILD=("armeabi-v7a")
for ABI in ${ABIS_TO_BUILD[@]}
do
# Exporting variables for the current ABI
source ${SCRIPTS_DIR}/export-build-variables.sh ${ABI}
for COMPONENT in ${COMPONENTS_TO_BUILD[@]}
do
echo "Building the component: ${COMPONENT}"
COMPONENT_SOURCES_DIR_VARIABLE=SOURCES_DIR_${COMPONENT}
# Going to the actual source code directory of the current component
cd ${!COMPONENT_SOURCES_DIR_VARIABLE}
# and executing the component-specific build script
${SCRIPTS_DIR}/${COMPONENT}/build.sh
# Returning to the root directory. Just in case.
cd ${BASE_DIR}
done
checkTextRelocations
prepareOutput
done

333
ffmpeg-android-maker.sh
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@ -1,249 +1,126 @@
#!/usr/bin/env bash # Defining essential directories
FFMPEG_FALLBACK_VERSION=4.2.1 # The root of the project
export BASE_DIR="$( cd "$( dirname "$0" )" && pwd )"
# Defining a toolchain directory's name according to the current OS. # Directory that contains source code for FFmpeg and its dependencies
# Assume that proper version of NDK is installed. # Each library has its own subdirectory
case "$OSTYPE" in # Multiple versions of the same library can be stored inside librarie's directory
darwin*) HOST_TAG="darwin-x86_64" ;; export SOURCES_DIR=${BASE_DIR}/sources
linux*) HOST_TAG="linux-x86_64" ;; # Directory to place some statistics about the build.
msys) # Currently - the info about Text Relocations
case "$(uname -m)" in export STATS_DIR=${BASE_DIR}/stats
x86_64) HOST_TAG="windows-x86_64" ;; # Directory that contains helper scripts and
i686) HOST_TAG="windows" ;; # scripts to download and build FFmpeg and each dependency separated by subdirectories
esac export SCRIPTS_DIR=${BASE_DIR}/scripts
;; # The directory to use by Android project
esac # All FFmpeg's libraries and headers are copied there
export OUTPUT_DIR=${BASE_DIR}/output
if [[ $OSTYPE == "darwin"* ]]; then
NPROC=$(sysctl -n hw.physicalcpu) # Directory to use as a place to build/install FFmpeg and its dependencies
else
NPROC=$(nproc)
fi
# Directories used by the script
BASE_DIR="$( cd "$( dirname "$0" )" && pwd )"
SOURCES_DIR=${BASE_DIR}/sources
OUTPUT_DIR=${BASE_DIR}/output
BUILD_DIR=${BASE_DIR}/build BUILD_DIR=${BASE_DIR}/build
STATS_DIR=${BASE_DIR}/stats # Separate directory to build FFmpeg to
export BUILD_DIR_FFMPEG=$BUILD_DIR/ffmpeg
# No incremental compilation here. Just drop what was built previously # All external libraries are installed to a single root
rm -rf ${BUILD_DIR} # to make easier referencing them when FFmpeg is being built.
rm -rf ${STATS_DIR} export BUILD_DIR_EXTERNAL=$BUILD_DIR/external
rm -rf ${OUTPUT_DIR} # Forcing FFmpeg and its dependencies to look for dependencies
mkdir -p ${STATS_DIR} # in a specific directory when pkg-config is used
mkdir -p ${OUTPUT_DIR} export PKG_CONFIG_LIBDIR=${BUILD_DIR_EXTERNAL}/lib/pkgconfig
# Note: the 'source' folder wasn't actually deleted, just ensure it exists
mkdir -p ${SOURCES_DIR} # Function that copies *.so files and headers of the current ANDROID_ABI
# to the proper place inside OUTPUT_DIR
# Utility function function prepareOutput() {
# Getting sources of a particular ffmpeg release. OUTPUT_LIB=${OUTPUT_DIR}/lib/${ANDROID_ABI}
# Same argument (ffmpeg version) produces the same source set. mkdir -p ${OUTPUT_LIB}
function ensureSourcesTag() { cp ${BUILD_DIR_FFMPEG}/${ANDROID_ABI}/lib/*.so ${OUTPUT_LIB}
FFMPEG_VERSION=$1
OUTPUT_HEADERS=${OUTPUT_DIR}/include/${ANDROID_ABI}
FFMPEG_SOURCES=${SOURCES_DIR}/ffmpeg-${FFMPEG_VERSION} mkdir -p ${OUTPUT_HEADERS}
cp -r ${BUILD_DIR_FFMPEG}/${ANDROID_ABI}/include/* ${OUTPUT_HEADERS}
if [[ ! -d "$FFMPEG_SOURCES" ]]; then
TARGET_FILE_NAME=ffmpeg-${FFMPEG_VERSION}.tar.bz2
TARGET_FILE_PATH=${SOURCES_DIR}/${TARGET_FILE_NAME}
curl https://www.ffmpeg.org/releases/${TARGET_FILE_NAME} --output ${TARGET_FILE_PATH}
tar xvjf ${TARGET_FILE_PATH} -C ${SOURCES_DIR}
rm ${TARGET_FILE_PATH}
fi
}
# Utility function
# Getting sources of a particular branch of ffmpeg's git repository.
# Same argument (branch name) may produce different source set,
# as the branch in origin repository may be updated in future.
function ensureSourcesBranch() {
BRANCH=$1
GIT_DIRECTORY=ffmpeg-git
FFMPEG_SOURCES=${SOURCES_DIR}/${GIT_DIRECTORY}
cd ${SOURCES_DIR}
if [[ ! -d "$FFMPEG_SOURCES" ]]; then
git clone https://git.ffmpeg.org/ffmpeg.git ${GIT_DIRECTORY}
fi
cd ${GIT_DIRECTORY}
git checkout $BRANCH
# Forcing the update of a branch
git pull origin $BRANCH
# Additional logging to keep track of an exact commit to build
echo "Commit to build:"
git rev-parse HEAD
cd ${BASE_DIR}
} }
# Utility function # Saving stats about text relocation presence.
# Test if sources of the FFmpeg exist. If not - download them # If the result file doesn't have 'TEXTREL' at all, then we are good.
function ensureSources() { # Otherwise the whole script is interrupted
TYPE=$1 function checkTextRelocations() {
SECOND_ARGUMENT=$2
case $TYPE in
tag)
echo "Using FFmpeg ${SECOND_ARGUMENT}"
ensureSourcesTag ${SECOND_ARGUMENT}
;;
branch)
echo "Using FFmpeg git repository and its branch ${SECOND_ARGUMENT}"
ensureSourcesBranch ${SECOND_ARGUMENT}
;;
*)
echo "Using FFmpeg ${FFMPEG_FALLBACK_VERSION}"
ensureSourcesTag ${FFMPEG_FALLBACK_VERSION}
;;
esac
}
# Actual magic of configuring and compiling of FFmpeg for a certain ABIs.
# Supported ABIs are: armeabi-v7a, arm64-v8a, x86 and x86_64
function assemble() {
cd ${FFMPEG_SOURCES}
ABI=$1
API_LEVEL=$2
TOOLCHAIN_PATH=${ANDROID_NDK_HOME}/toolchains/llvm/prebuilt/${HOST_TAG}
SYSROOT=${TOOLCHAIN_PATH}/sysroot
TARGET_TRIPLE_MACHINE_BINUTILS=
TARGET_TRIPLE_MACHINE_CC=
TARGET_TRIPLE_OS="android"
case $ABI in
armeabi-v7a)
#cc armv7a-linux-androideabi16-clang
#binutils arm -linux-androideabi -ld
TARGET_TRIPLE_MACHINE_BINUTILS=arm
TARGET_TRIPLE_MACHINE_CC=armv7a
TARGET_TRIPLE_OS=androideabi
EXTRA_BUILD_CONFIGURATION_FLAGS=--enable-thumb
;;
arm64-v8a)
#cc aarch64-linux-android21-clang
#binutils aarch64-linux-android -ld
TARGET_TRIPLE_MACHINE_BINUTILS=aarch64
;;
x86)
#cc i686-linux-android16-clang
#binutils i686-linux-android -ld
TARGET_TRIPLE_MACHINE_BINUTILS=i686
# Disabling assembler optimizations, because they have text relocations
EXTRA_BUILD_CONFIGURATION_FLAGS=--disable-asm
;;
x86_64)
#cc x86_64-linux-android21-clang
#binutils x86_64-linux-android -ld
TARGET_TRIPLE_MACHINE_BINUTILS=x86_64
EXTRA_BUILD_CONFIGURATION_FLAGS=--x86asmexe=${TOOLCHAIN_PATH}/bin/yasm
;;
esac
# If the cc-specific variable isn't set, we fallback to binutils version
[ -z "${TARGET_TRIPLE_MACHINE_CC}" ] && TARGET_TRIPLE_MACHINE_CC=${TARGET_TRIPLE_MACHINE_BINUTILS}
# Common prefix for ld, as, etc.
CROSS_PREFIX=${TOOLCHAIN_PATH}/bin/${TARGET_TRIPLE_MACHINE_BINUTILS}-linux-${TARGET_TRIPLE_OS}-
# The name for compiler is slightly different, so it is defined separatly.
CC=${TOOLCHAIN_PATH}/bin/${TARGET_TRIPLE_MACHINE_CC}-linux-${TARGET_TRIPLE_OS}${API_LEVEL}-clang
# Everything that goes below ${EXTRA_BUILD_CONFIGURATION_FLAGS} is my project-specific.
# You are free to enable/disable whatever you actually need.
./configure \
--prefix=${BUILD_DIR}/${ABI} \
--enable-cross-compile \
--target-os=android \
--arch=${TARGET_TRIPLE_MACHINE_BINUTILS} \
--sysroot=${SYSROOT} \
--cross-prefix=${CROSS_PREFIX} \
--cc=${CC} \
--extra-cflags="-O3 -fPIC" \
--enable-shared \
--disable-static \
${EXTRA_BUILD_CONFIGURATION_FLAGS} \
--disable-runtime-cpudetect \
--disable-programs \
--disable-muxers \
--disable-encoders \
--disable-avdevice \
--disable-postproc \
--disable-swresample \
--disable-avfilter \
--disable-doc \
--disable-debug \
--disable-pthreads \
--disable-network \
--disable-bsfs
make clean
make -j${NPROC}
make install
# Saving stats about text relocation presence.
# If the result file doesn't have 'TEXTREL' at all, then we are good.
TEXT_REL_STATS_FILE=${STATS_DIR}/text-relocations.txt TEXT_REL_STATS_FILE=${STATS_DIR}/text-relocations.txt
${CROSS_PREFIX}readelf --dynamic ${BUILD_DIR}/${ABI}/lib/*.so | grep 'TEXTREL\|File' >> ${TEXT_REL_STATS_FILE} ${READELF} --dynamic ${BUILD_DIR_FFMPEG}/${ANDROID_ABI}/lib/*.so | grep 'TEXTREL\|File' >> ${TEXT_REL_STATS_FILE}
if grep -q TEXTREL ${TEXT_REL_STATS_FILE}; then if grep -q TEXTREL ${TEXT_REL_STATS_FILE}; then
echo "There are text relocations in output files:" echo "There are text relocations in output files:"
cat ${TEXT_REL_STATS_FILE} cat ${TEXT_REL_STATS_FILE}
exit 1 exit 1
fi fi
cd ${BASE_DIR}
} }
# Placing build *.so files into the /bin directory # Actual work of the script
function installLibs() {
BUILD_SUBDIR=$1 # Clearing previously created binaries
rm -rf ${BUILD_DIR}
rm -rf ${STATS_DIR}
rm -rf ${OUTPUT_DIR}
mkdir -p ${STATS_DIR}
mkdir -p ${OUTPUT_DIR}
# Exporting more necessary variabls
source ${SCRIPTS_DIR}/export-host-variables.sh
source ${SCRIPTS_DIR}/parse-arguments.sh
# Treating FFmpeg as just a module to build after its dependencies
COMPONENTS_TO_BUILD=${EXTERNAL_LIBRARIES[@]}
COMPONENTS_TO_BUILD+=( "ffmpeg" )
# Get the source code of component to build
for COMPONENT in ${COMPONENTS_TO_BUILD[@]}
do
echo "Getting source code of the component: ${COMPONENT}"
SOURCE_DIR_FOR_COMPONENT=${SOURCES_DIR}/${COMPONENT}
mkdir -p ${SOURCE_DIR_FOR_COMPONENT}
cd ${SOURCE_DIR_FOR_COMPONENT}
# Executing the component-specific script for downloading the source code
source ${SCRIPTS_DIR}/${COMPONENT}/download.sh
# The download.sh script has to export SOURCES_DIR_$COMPONENT variable
# with actual path of the source code. This is done for possiblity to switch
# between different verions of a component.
# If it isn't set, consider SOURCE_DIR_FOR_COMPONENT as the proper value
COMPONENT_SOURCES_DIR_VARIABLE=SOURCES_DIR_${COMPONENT}
if [[ -z "${!COMPONENT_SOURCES_DIR_VARIABLE}" ]]; then
export SOURCES_DIR_${COMPONENT}=${SOURCE_DIR_FOR_COMPONENT}
fi
OUTPUT_SUBDIR=${OUTPUT_DIR}/lib/${BUILD_SUBDIR} # Returning to the rood directory. Just in case.
CP_DIR=${BUILD_DIR}/${BUILD_SUBDIR} cd ${BASE_DIR}
done
mkdir -p ${OUTPUT_SUBDIR} # ABIs to build FFmpeg for.
cp ${CP_DIR}/lib/*.so ${OUTPUT_SUBDIR} # x86 is the first, because it is likely to have Text Relocations.
} # In this case the rest ABIs will not be assembled at all.
ABIS_TO_BUILD=( "x86" "x86_64" "armeabi-v7a" "arm64-v8a" )
function build() { for ABI in ${ABIS_TO_BUILD[@]}
ABI=$1 do
ANDROID_API=$2 # Exporting variables for the current ABI
source ${SCRIPTS_DIR}/export-build-variables.sh ${ABI}
assemble ${ABI} ${ANDROID_API} for COMPONENT in ${COMPONENTS_TO_BUILD[@]}
installLibs ${ABI} do
} echo "Building the component: ${COMPONENT}"
COMPONENT_SOURCES_DIR_VARIABLE=SOURCES_DIR_${COMPONENT}
# Placing build header files into the /bin directory. # Going to the actual source code directory of the current component
# Note, there is a only one such a folder since this headers are the same for all ABIs. cd ${!COMPONENT_SOURCES_DIR_VARIABLE}
# May not be true for different configurations though.
function installHeaders() {
cd ${BUILD_DIR}
cd "$(ls -1 | head -n1)"
cp -r include ${OUTPUT_DIR}
cd ${BASE_DIR}
}
# Actual work # and executing the component-specific build script
${SCRIPTS_DIR}/${COMPONENT}/build.sh
ensureSources $1 $2 # Returning to the root directory. Just in case.
cd ${BASE_DIR}
done
build armeabi-v7a 16 checkTextRelocations
build arm64-v8a 21
build x86 16
build x86_64 21
installHeaders prepareOutput
done

31
scripts/export-build-variables.sh
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@ -5,15 +5,15 @@ function max() {
export ANDROID_ABI=$1 export ANDROID_ABI=$1
if [ $ANDROID_ABI = "arm64-v8a" ] || [ $ANDROID_ABI = "x86_64" ] ; then if [ $ANDROID_ABI = "arm64-v8a" ] || [ $ANDROID_ABI = "x86_64" ] ; then
# For 64bit we use value not less than 21
export ANDROID_PLATFORM=$(max ${DESIRED_ANDROID_API_LEVEL} 21) export ANDROID_PLATFORM=$(max ${DESIRED_ANDROID_API_LEVEL} 21)
else else
export ANDROID_PLATFORM=${DESIRED_ANDROID_API_LEVEL} export ANDROID_PLATFORM=${DESIRED_ANDROID_API_LEVEL}
fi fi
export TOOLCHAIN_PATH=${ANDROID_NDK_HOME}/toolchains/llvm/prebuilt/${HOST_TAG} export TOOLCHAIN_PATH=${ANDROID_NDK_HOME}/toolchains/llvm/prebuilt/${HOST_TAG}
export SYSROOT=${TOOLCHAIN_PATH}/sysroot export SYSROOT_PATH=${TOOLCHAIN_PATH}/sysroot
export TARGET_TRIPLE_MACHINE_BINUTILS=
TARGET_TRIPLE_MACHINE_CC= TARGET_TRIPLE_MACHINE_CC=
export TARGET_TRIPLE_OS="android" export TARGET_TRIPLE_OS="android"
@ -47,9 +47,32 @@ esac
export TARGET_TRIPLE_MACHINE_CC=$TARGET_TRIPLE_MACHINE_CC export TARGET_TRIPLE_MACHINE_CC=$TARGET_TRIPLE_MACHINE_CC
# Common prefix for ld, as, etc. # Common prefix for ld, as, etc.
export CROSS_PREFIX=${TOOLCHAIN_PATH}/bin/${TARGET_TRIPLE_MACHINE_BINUTILS}-linux-${TARGET_TRIPLE_OS}- export CROSS_PREFIX=${TARGET_TRIPLE_MACHINE_BINUTILS}-linux-${TARGET_TRIPLE_OS}-
export CROSS_PREFIX_WITH_PATH=${TOOLCHAIN_PATH}/bin/${CROSS_PREFIX}
# Exporting Binutils paths, if passing just CROSS_PREFIX_WITH_PATH is not enough
export ADDR2LINE=${CROSS_PREFIX_WITH_PATH}addr2line
export AR=${CROSS_PREFIX_WITH_PATH}ar
export AS=${CROSS_PREFIX_WITH_PATH}as
export DWP=${CROSS_PREFIX_WITH_PATH}dwp
export ELFEDIT=${CROSS_PREFIX_WITH_PATH}elfedit
export GPROF=${CROSS_PREFIX_WITH_PATH}gprof
export LD=${CROSS_PREFIX_WITH_PATH}ld
export NM=${CROSS_PREFIX_WITH_PATH}nm
export OBJCOPY=${CROSS_PREFIX_WITH_PATH}objcopy
export OBJDUMP=${CROSS_PREFIX_WITH_PATH}objdump
export RANLIB=${CROSS_PREFIX_WITH_PATH}ranlib
export READELF=${CROSS_PREFIX_WITH_PATH}readelf
export SIZE=${CROSS_PREFIX_WITH_PATH}size
export STRINGS=${CROSS_PREFIX_WITH_PATH}strings
export STRIP=${CROSS_PREFIX_WITH_PATH}strip
# The name for compiler is slightly different, so it is defined separatly. # The name for compiler is slightly different, so it is defined separatly.
export CC=${TOOLCHAIN_PATH}/bin/${TARGET_TRIPLE_MACHINE_CC}-linux-${TARGET_TRIPLE_OS}${ANDROID_PLATFORM}-clang export CC=${TOOLCHAIN_PATH}/bin/${TARGET_TRIPLE_MACHINE_CC}-linux-${TARGET_TRIPLE_OS}${ANDROID_PLATFORM}-clang
export CXX=${CC}++
# TODO consider abondaning this strategy of defining the name of the clang wrapper
# in favour of just passing -mstackrealign and -fno-addrsig depending on
# ANDROID_ABI and NDK's version
export PKG_CONFIG_LIBDIR=/Users/javernaut/Development/FFmpeg/AOM/aom_build/output/lib/pkgconfig # Special variable for the yasm assembler
export YASM=${TOOLCHAIN_PATH}/bin/yasm

19
scripts/ffmpeg/build.sh
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@ -7,25 +7,32 @@ case $ANDROID_ABI in
EXTRA_BUILD_CONFIGURATION_FLAGS=--disable-asm EXTRA_BUILD_CONFIGURATION_FLAGS=--disable-asm
;; ;;
x86_64) x86_64)
EXTRA_BUILD_CONFIGURATION_FLAGS=--x86asmexe=${TOOLCHAIN_PATH}/bin/yasm EXTRA_BUILD_CONFIGURATION_FLAGS=--x86asmexe=${YASM}
;; ;;
esac esac
# Preparing flags for enabling requested libraries
ADDITIONAL_COMPONENTS=
for LIBARY_NAME in ${EXTERNAL_LIBRARIES[@]}
do
ADDITIONAL_COMPONENTS+=" --enable-$LIBARY_NAME"
done
# Everything that goes below ${EXTRA_BUILD_CONFIGURATION_FLAGS} is my project-specific. # Everything that goes below ${EXTRA_BUILD_CONFIGURATION_FLAGS} is my project-specific.
# You are free to enable/disable whatever you actually need. # You are free to enable/disable whatever you actually need.
# Path for prefix should come as a single argument from ffmpeg-android-maker istself
./configure \ ./configure \
--prefix=${BUILD_DIR_FFMPEG}/${ANDROID_ABI} \ --prefix=${BUILD_DIR_FFMPEG}/${ANDROID_ABI} \
--enable-cross-compile \ --enable-cross-compile \
--target-os=android \ --target-os=android \
--arch=${TARGET_TRIPLE_MACHINE_BINUTILS} \ --arch=${TARGET_TRIPLE_MACHINE_BINUTILS} \
--sysroot=${SYSROOT} \ --sysroot=${SYSROOT_PATH} \
--cross-prefix=${CROSS_PREFIX} \ --cross-prefix=${CROSS_PREFIX_WITH_PATH} \
--cc=${CC} \ --cc=${CC} \
--extra-cflags="-O3 -fPIC" \ --extra-cflags="-O3 -fPIC" \
--enable-shared \ --enable-shared \
--disable-static \ --disable-static \
--pkg-config=$(which pkg-config) \
${EXTRA_BUILD_CONFIGURATION_FLAGS} \ ${EXTRA_BUILD_CONFIGURATION_FLAGS} \
--disable-runtime-cpudetect \ --disable-runtime-cpudetect \
--disable-programs \ --disable-programs \
@ -40,9 +47,7 @@ esac
--disable-pthreads \ --disable-pthreads \
--disable-network \ --disable-network \
--disable-bsfs \ --disable-bsfs \
--pkg-config=$(which pkg-config) $ADDITIONAL_COMPONENTS
# Add --enable-xxx flags here
make clean make clean
make -j${HOST_NPROC} make -j${HOST_NPROC}

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