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MasterPassword/lib/bin/build_lib

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#!/usr/bin/env bash
#
# Your build script should simply source this script, optionally override any build hooks and then invoke `build`.
# The build product should be available under `build-<platform>~/out`, under the library path.
#
# Hook lifecycle:
# - build
# - initialize
# - needs
# - clean
# - prepare
# - target
# - prepare
# - configure
# - build
# - finalize
# - merge
# - clean
#
# You can override any of these hooks to provide a custom implementation or call their underscore variant to delegate to the default implementation.
# For example:
# target_prepare() { make -s distclean; }
# target_configure() { _target_configure "$@" --enable-minimal; }
set -e
# needs <binary> ...
#
# Utility for ensuring all tools needed by the script are installed prior to starting.
needs() { _needs "$@"; }
_needs() {
local failed=0
for tool; do
hash "$tool" || { echo >&2 "Missing: $tool. Please install this tool."; (( failed++ )); }
done
return $failed
}
# initialize <prefix>
#
# The build script invokes this once prior to all other actions if the user wants a clean slate.
initialize() { _initialize "$@"; }
_initialize() {
initialize_needs "$@"
initialize_clean "$@"
}
# initialize_needs <prefix>
#
# Check if all tools needed for the default implementations are available.
#
# By default, this will check for `automake` and `autoreconf`.
initialize_needs() { _initialize_needs "$@"; }
_initialize_needs() {
needs automake autoreconf
}
# initialize_clean <prefix>
#
# Perform any necessary clean-up of the library code prior to building.
#
# By default, this will run `make distclean`.
initialize_clean() { _initialize_clean "$@"; }
_initialize_clean() {
[[ ! -e Makefile ]] || make -s distclean
}
# prepare <prefix> [<arch> ...]
#
# Configure the library for building the <arch>s on this machine.
# The build script invokes this once prior to building each of its targets.
# The <prefix> has been newly created.
#
# By default, this will run `autoreconf`.
prepare() { _prepare "$@"; }
_prepare() {
local prefix=$1; shift 1
autoreconf --verbose --install --symlink 2> >(sed 's/^\([^:]*\):[0-9]\{1,\}: /\1: /')
}
# target <prefix> <arch> <platform>
#
# Build the library for the given <arch> and <platform> into the given <prefix>.
# The build script invokes this function when it's ready to build the library's code.
# Generic platform-specific environment setup has been done.
target() { _target "$@"; }
_target() {
target_prepare "$@"
target_configure "$@"
target_build "$@"
}
# target_prepare <prefix> <arch> <platform>
#
# Prepare the library configuration for building the target.
#
# By default, this will run `make clean` if a Makefile is found.
target_prepare() { _target_prepare "$@"; }
_target_prepare() {
local prefix=$1 arch=$2 platform=$3; shift 3
[[ ! -e Makefile ]] || make -s clean
}
# target_configure <prefix> <arch> <platform> [<args> ...]
#
# Configure the library for building the target.
#
# By default, this will run `./configure --host=<cpu> --prefix=<prefix>/<arch> --disable-shared <args>`.
target_configure() { _target_configure "$@"; }
_target_configure() {
local prefix=$1 arch=$2 platform=$3 cpu=$arch; shift 3
[[ $cpu = *arm* ]] && cpu=arm
./configure ${cpu:+--host="$cpu"} --prefix="$prefix/$arch" --disable-shared "$@"
}
# target_build <prefix> <arch> <platform>
#
# Build the library code for the target.
#
# By default, this will run `make check install`.
target_build() { _target_build "$@"; }
_target_build() {
local prefix=$1 arch=$2 platform=$3; shift 3
#make -j3 check
make -j3 install
}
# finalize <prefix> [ <arch> ... ]
#
# Prepare the final build product.
# The build script invokes this once after a successful build of all targets.
finalize() { _finalize "$@"; }
_finalize() {
finalize_merge "$@"
finalize_clean "$@"
}
# finalize_merge <prefix> [ <arch> ... ]
#
# Merge all targets into a product the application can use, available at `<prefix>/out`.
#
# By default, this will copy the headers to `<prefix>/out/include` and merge the libraries into `<prefix>/out/lib`.
finalize_merge() { _finalize_merge "$@"; }
_finalize_merge() {
local prefix=$1; shift 1
mv -f -- "$prefix/$1/include" "$prefix/out/"
mkdir -p "$prefix/out/lib"
for lib in "$prefix/$1/lib/"*; do
if lipo -info "$lib" >/dev/null 2>&1; then
local lib=("${lib##*/}") libs=("${@/#/$prefix/}") libs=("${libs[@]/%//lib/$lib}")
lipo -create "${libs[@]}" -output "$prefix/out/lib/$lib"
fi
done
}
# finalize_clean <prefix> [ <arch> ... ]
#
# Clean up the library after a successful build (eg. housekeeping of temporary files).
#
# By default, this will run `make distclean`.
finalize_clean() { _finalize_clean "$@"; }
_finalize_clean() {
[[ ! -e Makefile ]] || make -s distclean
}
# build <name> [<platform>]
#
# Build the library <name> (found at ../<name>) for platform <platform> (or "host" if unspecified).
build() { _build "$@"; }
_build() {
local name=$1 platform=${2:-host}
local path="../$name"
[[ $path = /* ]] || path="${BASH_SOURCE%/*}/$path"
cd "$path"
if [[ $platform = host ]]; then
case "$(uname -s)" in
'Darwin') platform='macos' archs=( "$(uname -m)" ) ;;
esac
fi
if (( ! ${#archs[@]} )); then
case "$platform" in
'macos') archs=( 'x86_64' ) ;;
'ios') archs=( 'i386' 'x86_64' 'armv7' 'armv7s' 'arm64' ) ;;
esac
fi
local prefix="$PWD/build-$platform~"
initialize "$prefix"
# "clean" argument wipes the prefix and exits. If lib exists in prefix, skip build.
if [[ ${BASH_ARGV[@]:(-1)} = clean ]]; then
rm -rf "$prefix"
exit
elif files=( "$prefix"/out/lib/* ) && [[ -e $files ]]; then
echo >&2 "Output product already exists: ${files[*]}. Skipping build."
exit
fi
# Prepare the output location and build configuration.
mkdir -p "$prefix/out"
prepare "$prefix" "${archs[@]}"
# Repeat the build for each individual architecture.
for arch in "${archs[@]}"; do (
# Set up a base environment for the platform.
case "$platform" in
'macos')
SDKROOT="$(xcrun --show-sdk-path --sdk macosx)"
export PATH="$(xcrun --show-sdk-platform-path --sdk macosx)/usr/bin:$PATH"
export CFLAGS="-arch $arch -isysroot $SDKROOT -mmacosx-version-min=${MACOSX_DEPLOYMENT_TARGET:-10.8} -O2 -flto -g $CFLAGS"
export LDFLAGS="-arch $arch -isysroot $SDKROOT -mmacosx-version-min=${MACOSX_DEPLOYMENT_TARGET:-10.8} -flto $LDFLAGS"
export CPPFLAGS="$CFLAGS $CPPFLAGS"
;;
'ios')
if [[ $arch = *arm* ]]; then
SDKROOT="$(xcrun --show-sdk-path --sdk iphoneos)"
export PATH="$(xcrun --show-sdk-platform-path --sdk iphoneos)/usr/bin:$PATH"
export CFLAGS="-mthumb -arch $arch -isysroot $SDKROOT -mios-version-min=${IPHONEOS_DEPLOYMENT_TARGET:-8.0} -O2 -flto -g $CFLAGS"
export LDFLAGS="-mthumb -arch $arch -isysroot $SDKROOT -mios-version-min=${IPHONEOS_DEPLOYMENT_TARGET:-8.0} -flto $LDFLAGS"
export CPPFLAGS="$CFLAGS $CPPFLAGS"
else
SDKROOT="$(xcrun --show-sdk-path --sdk iphonesimulator)"
export PATH="$(xcrun --show-sdk-platform-path --sdk iphonesimulator)/usr/bin:$PATH"
export CFLAGS="-arch $arch -isysroot $SDKROOT -mios-simulator-version-min=${IPHONEOS_DEPLOYMENT_TARGET:-8.0} -O2 -flto -g $CFLAGS"
export LDFLAGS="-arch $arch -isysroot $SDKROOT -mios-simulator-version-min=${IPHONEOS_DEPLOYMENT_TARGET:-8.0} -flto $LDFLAGS"
export CPPFLAGS="$CFLAGS $CPPFLAGS"
fi
;;
esac
target "$prefix" "$arch" "$platform"
); done
finalize "$prefix" "${archs[@]}"
}