warp4j/warp4j

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#!/usr/bin/env bash
function print_help {
echo
echo 'Usage: warp4j [options] <app.jar>'
echo
echo 'Turn JAR (java archive) into self-contained executable'
echo
echo 'Options:'
echo ' -j, --java-version <version>'
echo ' override JDK/JRE version'
echo ' examples: "11", "11.0", "11.0.2", "11.0.2+9"'
echo ' default: 11'
echo ' --no-optimize use JRE instead of optimized JDK'
echo ' by default jdeps and jlink are used to create'
echo ' optimized JDK for the partiular jar,'
echo ' JRE is always used for java 8'
echo ' --pull check if more recent JDK/JRE distro is available'
echo ' by default latest cached version that matches'
echo ' "--java-version" is used'
echo ' --target-linux create binary for Linux'
echo ' --target-macos create binary for macOS'
echo ' --target-windows create binary for Windows'
echo ' if no targets specified then create for all'
echo ' --jvm-impl jvm implementation: hotspot or openj9'
echo ' default: hotspot'
echo ' --jvm-options <options>'
echo ' passed to java like this:'
echo ' "java <options> -jar <jar file>"'
echo ' -h, --help show this help'
exit
}
# exit top level program from subshell
trap "exit 1" TERM
export TOP_PID=$$
function fail() {
kill -s TERM $TOP_PID
}
# platform IDs
LIN=linux
MAC=macos
WIN=windows
# returns this platform ID
function get_this_platform() {
case "$(uname -s)" in
Linux*) echo $LIN ;;
Darwin*) echo $MAC ;;
CYGWIN*) echo $WIN ;;
MINGW*) echo $WIN ;;
*)
echo "Error: Unsupported platform" >&2
fail
;;
esac
}
THIS_PLATFORM=$(get_this_platform)
# checks if all dependencies are available
function check_deps() {
local deps=("warp-packer" \
"curl" \
"awk" \
"sed")
local missing=()
for d in ${deps[@]}; do
if ! command -v $d &> /dev/null ; then
missing+=($d)
fi
done
if [[ $missing ]]; then
echo -n "Error: Missing dependencies: " >&2
for d in ${missing[@]}; do
echo -n "$d " >&2
done
echo >&2
fail
fi
}
# actually check dependencies
check_deps
# show help if no arguments specified
if [[ $# -eq 0 ]]; then
print_help
exit
fi
# parse arguments
POSITIONAL=()
while [[ $# -gt 0 ]]; do
key="$1"
case $key in
-h|--help)
print_help
exit
;;
-j|--java-version)
JAVA_VERSION="$2"
JAVA_VERSION_OVERRIDEN=true
shift 2
;;
--no-optimize)
NO_OPTIMIZE=true
shift
;;
--pull)
PULL=true
shift
;;
--target-linux)
TARGETS+=($LIN)
shift
;;
--target-macos)
TARGETS+=($MAC)
shift
;;
--target-windows)
TARGETS+=($WIN)
shift
;;
--jvm-impl)
JVM_IMPL="$2"
shift 2
;;
--jvm-options)
JVM_OPTIONS="$2"
shift 2
;;
--launcher-shell)
LAUNCHER_SHELL="$2"
shift 2
;;
--launcher-cmd)
LAUNCHER_CMD="$2"
shift 2
;;
-*|--*) # unsupported options
echo "Error: Unsupported option $1" >&2
exit 1
;;
*)
POSITIONAL+=("$1") # store positional arguments
shift
;;
esac
done
set -- "${POSITIONAL[@]}" # restore positional arguments
# apart from options only one argument is allowed
if [[ $# -gt 1 ]]; then
echo "Error: Too many arguments: $@, expecting only jar name" >&2
print_help
exit 1
else
JAR=$1
fi
# checks if java version specified correctly
function java_version_is_correct() {
local pattern="^[0-9]+(\.[0-9]+(\.[0-9]+(\+[0-9]+)?)?)?$"
local version=$1
if [[ $version =~ $pattern ]]; then
return 0
else
return 1
fi
}
# validate java version
if [[ $JAVA_VERSION ]] && ! java_version_is_correct $JAVA_VERSION ; then
echo "Error: JDK version \"$JAVA_VERSION\" is not correct" >&2
exit 1
fi
JVM_IMPL_HOTSPOT=hotspot
JVM_IMPL_OPENJ9=openj9
# validate jvm implementation
if [[ $JVM_IMPL ]] &&
[[ $JVM_IMPL != $JVM_IMPL_HOTSPOT ]] &&
[[ $JVM_IMPL != $JVM_IMPL_OPENJ9 ]]; then
echo "Error: jvm implementation \"$JVM_IMPL\" is not correct" >&2
exit 1
fi
LATEST_LTS=11 # latest LTS java branch
# default options
test -z $JAVA_VERSION && JAVA_VERSION=$LATEST_LTS
test -z $TARGETS && TARGETS=($LIN $MAC $WIN)
test -z $JVM_IMPL && JVM_IMPL=$JVM_IMPL_HOTSPOT
JAR_FILE_BASE_NAME=$(basename -- "$JAR") # "my-app.jAr"
JAR_EXTENSION="${JAR_FILE_BASE_NAME##*.}" # "jAr"
JAR_EXTENSION_LOWERCASE=$(printf "%s" "$JAR_EXTENSION" | tr '[:upper:]' '[:lower:]') # "jar"
JAR_NAME="${JAR_FILE_BASE_NAME%.*}" # "my-app"
APP_NAME=$JAR_NAME # final binary name
LAUNCHER_NAME=$JAR_NAME # launcher name inside bundle
# checking jar file exists
if [[ ! -e $JAR ]]; then
echo "Error: File \"$JAR\" does not exist" >&2
exit 1
fi
# checking file is actually java archive
if [[ $(file $JAR) != *"Zip"* ]] ||
[[ $JAR_EXTENSION_LOWERCASE != "jar" ]]; then
echo "Error: File \"$JAR\" is not a java archive" >&2
exit 1
fi
# returns java branch version
function get_base_version() {
local version=$1
echo `echo $version | cut -d"." -f1`
}
# actually set java branch
JAVA_VERSION_BASE=$(get_base_version $JAVA_VERSION)
DISTRO_TYPE_JRE=jre
DISTRO_TYPE_JDK=jdk
# chooses what to use, JDK or JRE
function choose_distro_type() {
if [[ $JAVA_VERSION_BASE == 8 ]] ||
[[ $NO_OPTIMIZE ]]; then
echo $DISTRO_TYPE_JRE
else
echo $DISTRO_TYPE_JDK
fi
}
# actually choose distro type
JAVA_DISTRO_TYPE=$(choose_distro_type)
# even if this platform is not targeted, we still need
# a JDK for this platform to optimize JDKs for other platforms
TARGETS_TO_CACHE=${TARGETS[@]}
if [[ $JAVA_DISTRO_TYPE == $DISTRO_TYPE_JDK ]] && # if usind JDK (not JRE)
[[ ${TARGETS[@]} != *"$THIS_PLATFORM"* ]]; then # and this platform is not targeted
TARGETS_TO_CACHE+=($THIS_PLATFORM)
fi
# choose cache path for this platform
case $THIS_PLATFORM in
$MAC) CACHE_PATH="$HOME/Library/Application Support/warp4j" ;;
$WIN) CACHE_PATH='%LOCALAPPDATA%\warp4j';;
*) CACHE_PATH="$HOME/.local/share/warp4j" ;;
esac
# this is not full path, platform name and full version will be added
JAVA_DOWNLOAD_PATH=$CACHE_PATH/$JAVA_DISTRO_TYPE/$JVM_IMPL
BUNDLES_PATH=$CACHE_PATH/bundle # prepare bundles here
DIR="$(pwd -P)" # execution directory path
WARPED_PATH=$DIR/warped # final binaries go here
BUNDLED_DISTRO_SUBDIR="java" # runtime directory inside a bundle
# prints a launcher for bash
function print_launcher_bash() {
printf "%s" \
'#!/usr/bin/env bash
JAVA_DIST='$BUNDLED_DISTRO_SUBDIR'
JAR='$JAR_NAME'.jar
DIR="$(cd "$(dirname "$0")" ; pwd -P)"
JAVA=$DIR/$JAVA_DIST/bin/java
JAR_PATH=$DIR/$JAR
exec $JAVA '$JVM_OPTIONS' -jar $JAR_PATH $@
'
}
# prints a launcher for windows cmd
function print_launcher_cmd() {
printf "%s" \
'@ECHO OFF
SETLOCAL
SET "JAVA_DIST='$BUNDLED_DISTRO_SUBDIR'"
SET "JAR='$JAR_NAME'.jar"
SET "JAVA=%~dp0\%JAVA_DIST%\bin\java.exe"
SET "JAR_PATH=%~dp0\%JAR%"
CALL %JAVA% '$JVM_OPTIONS' -jar %JAR_PATH% %*
EXIT /B %ERRORLEVEL%
'
}
# generates adoptopenjdk api url
function api_url() {
local request=$1 # info/binary
local platform=$2 # windows/linux/macos
# adoptopenjdk uses "mac" instead of "macos"
if [[ $platform == "macos" ]]; then
platform="mac"
fi
echo -n "https://api.adoptopenjdk.net/v2/\
$request/releases/openjdk$JAVA_VERSION_BASE?\
openjdk_impl=$JVM_IMPL&\
os=$platform&\
arch=x64&\
type=$JAVA_DISTRO_TYPE"
}
# these files are success markers
MARKER_DOWNLOADED="downloaded" # after runtime download
MARKER_UNPACKED="unpacked" # after runtime uncompress
# returns latest cached version that matches version specified by user
function find_latest_cached() {
local platform=$1 # in terms of adoptopenjdk.net: windows, linux, mac
local user_version=$2
local platform_dir=$JAVA_DOWNLOAD_PATH/$platform/
# turning something like "11.0.1+13" into regexp like "^11\.0\.1\+13"
local pattern="^"$(echo $user_version \
| sed -e 's/\./\\\./g' -e 's/\+/\\\+/g')
local versions=$(ls -1 $platform_dir 2> /dev/null \
| sort --reverse --version-sort)
local version
for v in ${versions[@]}; do
if [[ -e $platform_dir/$v/$MARKER_DOWNLOADED ]] &&
[[ $v =~ $pattern ]]; then
version=$v
break
fi
done
if [[ $version ]]; then
echo $version
else
return 1
fi
}
# requests info about all releases for given platform and java branch
function fetch_distro_info() {
local platform=$1 3 platform ID
local branch=$2 # 8/9/10/11...
echo "Fetching $JVM_IMPL-$JAVA_DISTRO_TYPE-$branch-$platform info ..." >&2 # TODO remove
curl -s $(api_url info $platform)
if [[ $? != 0 ]]; then
echo "Error: Failed to fetch JDK $branch info for $platform" >&2
fail
fi
}
# finds latest concrete distro version that matches version specified by user
function find_latest_version() {
local info=$1 # info fetched from AdoptOpenJDK
local user_version=$2 # version supplied by user is a template
local matched_version # latest version that matches the template
local versions # all versions
versions=$(echo "$info" \
| grep '"semver"' \
| sort --reverse --version-sort \
| awk '{print $2}' \
| sed -e 's/"//g' -e 's/,//')
# turning something like "11.0.1+13" into regexp like "^11\.0\.1\+13"
# remember that user may provide shorter version like "11", "11.0", "11.0.1"
local pattern="^"$(echo $user_version | sed -e 's/\./\\\./g' -e 's/\+/\\\+/g')
for v in ${versions[@]}; do
if [[ $v =~ $pattern ]]; then
matched_version=$v
break
fi
done
if [[ -z $matched_version ]]; then
echo "Error: Can't find distro that matches $user_version" >&2
fail
fi
echo $matched_version
}
# finds direct link to download concrete runtime version
function find_distro_link() {
local info=$1 # info fetched from AdoptOpenJDK
local version=$2 # concrete distro version like "11.0.2+9"
local link=$(echo "$info" \
| grep -B11 "\"semver\": \"$version\"" \
| grep "binary_link" \
| awk '{print $2}' \
| sed -e 's/"//g' -e 's/,//')
if [[ -z $link ]]; then
echo "Error: Can't find download link for $version" >&2
fail
fi
echo "$link"
}
# downloads runtime distro
function download_distro() {
local platform=$1
local version=$2
local link=$3
local download_dir=$JAVA_DOWNLOAD_PATH/$platform/$version
echo "Downloading $JVM_IMPL-$JAVA_DISTRO_TYPE-$version-$platform..."
rm -rf $download_dir
mkdir -p $download_dir
(cd $download_dir
curl --progress-bar --location --remote-name $link
if [[ $? == 0 ]]; then
touch $MARKER_DOWNLOADED
else
echo "Error: Failed to download $JVM_IMPL-$JAVA_DISTRO_TYPE-$version-$platform" >&2
fail
fi
)
}
# ensures required distro is in cache
function ensure_distro_cached() {
local platform=$1
local distro_info
local distro_link
if [[ -z $PULL ]]; then
if [[ -z $JAVA_VERSION_OVERRIDEN ]]; then
if [[ ! $(find_latest_cached $platform $LATEST_LTS) ]]; then
distro_info=$(fetch_distro_info $platform $LATEST_LTS)
CONCRETE_JAVA_VERSION=$(find_latest_version $distro_info $LATEST_LTS)
distro_link=$(find_distro_link $distro_info $CONCRETE_JAVA_VERSION)
download_distro $platform $CONCRETE_JAVA_VERSION $distro_link
else
CONCRETE_JAVA_VERSION=$(find_latest_cached $platform $LATEST_LTS)
fi
else
if [[ ! $(find_latest_cached $platform $JAVA_VERSION) ]]; then
distro_info=$(fetch_distro_info $platform $JAVA_VERSION_BASE)
CONCRETE_JAVA_VERSION=$(find_latest_version "$distro_info" $JAVA_VERSION)
distro_link=$(find_distro_link "$distro_info" $CONCRETE_JAVA_VERSION)
download_distro $platform $CONCRETE_JAVA_VERSION $distro_link
else
CONCRETE_JAVA_VERSION=$(find_latest_cached $platform $JAVA_VERSION)
fi
fi
else
if [[ -z $JAVA_VERSION ]]; then
distro_info=$(fetch_distro_info $platform $LATEST_LTS)
CONCRETE_JAVA_VERSION=$(find_latest_version "$distro_info" $LATEST_LTS)
else
distro_info=$(fetch_distro_info $platform $JAVA_VERSION_BASE)
CONCRETE_JAVA_VERSION=$(find_latest_version "$distro_info" $JAVA_VERSION)
fi
if [[ ! $(find_latest_cached $platform $CONCRETE_JAVA_VERSION) ]]; then
distro_link=$(find_distro_link "$distro_info" $CONCRETE_JAVA_VERSION)
download_distro $platform $CONCRETE_JAVA_VERSION $distro_link
fi
fi
}
# actually ensure required distro is in cache
for target in ${TARGETS_TO_CACHE[@]}; do
ensure_distro_cached $target
done
UNPACKED_SUBDIR="distro"
# ensures required distro uncompressed
function ensure_distro_unpacked() {
local platform=$1
local version=$2
local download_dir=$JAVA_DOWNLOAD_PATH/$platform/$version
local unpacked_dir=$download_dir/$UNPACKED_SUBDIR
if [[ ! -e $download_dir/$MARKER_UNPACKED ]]; then
echo "Uncompressing $JVM_IMPL-$JAVA_DISTRO_TYPE-$version-$platform"
# removing all leftover directories
for d in $download_dir/* ; do
if [[ -d $d ]]; then
rm -rf $d
fi
done
case $platform in
$LIN)
mkdir -p $unpacked_dir
tar --strip-components=1 -C $unpacked_dir -xzf $download_dir/*.tar.gz
;;
$MAC)
mkdir -p $unpacked_dir
tar --wildcards --strip-components=3 -C $unpacked_dir -xzf $download_dir/*.tar.gz \
"jdk*/Contents/Home"
;;
$WIN)
(cd $download_dir
unzip -oq *.zip && mv jdk* $UNPACKED_SUBDIR
)
;;
esac
if [[ $? == 0 ]]; then
touch $download_dir/$MARKER_UNPACKED
else
echo "Error: Failed to unpack $JVM_IMPL-$JAVA_DISTRO_TYPE-$version-$platform" >&2
fail
fi
fi
}
# actually ensure required distro uncompressed
for target in ${TARGETS[@]}; do
ensure_distro_unpacked $target $CONCRETE_JAVA_VERSION
done
JLINK=$JAVA_DOWNLOAD_PATH/$THIS_PLATFORM/$CONCRETE_JAVA_VERSION/$UNPACKED_SUBDIR/bin/jlink
JDEPS=$JAVA_DOWNLOAD_PATH/$THIS_PLATFORM/$CONCRETE_JAVA_VERSION/$UNPACKED_SUBDIR/bin/jdeps
# modules are only needed if JDK optimisation is performed
if [[ $JAVA_DISTRO_TYPE == $DISTRO_TYPE_JDK ]]; then
echo "Analyzing dependencies..."
# TODO check for errors
MODULES=$($JDEPS --print-module-deps $JAR | grep -v Warning)
fi
# creates minimized runtime for the platform
function create_optimized_runtime() {
local platform=$1
local jmods=$JAVA_DOWNLOAD_PATH/$platform/$CONCRETE_JAVA_VERSION/$UNPACKED_SUBDIR/jmods
echo "Creating minimal runtime for $platform..."
$JLINK \
--no-header-files \
--no-man-pages \
--module-path $jmods \
--add-modules $MODULES \
--output $BUNDLES_PATH/$platform/$BUNDLED_DISTRO_SUBDIR
if [[ $? != 0 ]]; then
echo "Error: Failed to optimize runtime" >&2
fail
fi
}
# creates warp bundle for the platform
function create_bundle() {
local platform=$1
case $JAVA_DISTRO_TYPE in
$DISTRO_TYPE_JDK)
create_optimized_runtime $platform
;;
$DISTRO_TYPE_JRE)
mkdir -p $BUNDLES_PATH/$platform/$BUNDLED_DISTRO_SUBDIR
cp -r $JAVA_DOWNLOAD_PATH/$platform/$CONCRETE_JAVA_VERSION/$UNPACKED_SUBDIR/* \
$BUNDLES_PATH/$platform/$BUNDLED_DISTRO_SUBDIR
;;
esac
case $platform in
$WIN) print_launcher_cmd > $BUNDLES_PATH/$platform/$LAUNCHER_NAME.cmd ;;
*) print_launcher_bash > $BUNDLES_PATH/$platform/$LAUNCHER_NAME.sh
chmod +x $BUNDLES_PATH/$platform/$LAUNCHER_NAME.sh
;;
esac
cp $JAR $BUNDLES_PATH/$platform/
}
# remove old bundles
rm -rf $BUNDLES_PATH
# actually create bundles for all targets
for target in ${TARGETS[@]}; do
create_bundle $target
done
# creates binaries and archives for all targets
function warp_targets() {
if [[ ${TARGETS[*]} == *"$LIN"* ]]; then
echo "Warping for $LIN..."
mkdir -p $WARPED_PATH/$LIN
warp-packer \
--arch linux-x64 \
--input_dir $BUNDLES_PATH/$LIN \
--exec $LAUNCHER_NAME.sh \
--output $WARPED_PATH/$LIN/$APP_NAME \
&> /dev/null
tar -C $WARPED_PATH/$LIN -czf $WARPED_PATH/$APP_NAME-$LIN-x64.tar.gz $APP_NAME
mv $WARPED_PATH/$LIN/$APP_NAME $WARPED_PATH/$APP_NAME-$LIN
rmdir $WARPED_PATH/$LIN
fi
if [[ ${TARGETS[*]} == *"$MAC"* ]]; then
echo "Warping for $MAC..."
mkdir -p $WARPED_PATH/$MAC
warp-packer \
--arch macos-x64 \
--input_dir $BUNDLES_PATH/$MAC \
--exec $LAUNCHER_NAME.sh \
--output $WARPED_PATH/$MAC/$APP_NAME \
&> /dev/null
tar -C $WARPED_PATH/$MAC -czf $WARPED_PATH/$APP_NAME-$MAC-x64.tar.gz $APP_NAME
mv $WARPED_PATH/$MAC/$APP_NAME $WARPED_PATH/$APP_NAME-$MAC
rmdir $WARPED_PATH/$MAC
fi
if [[ ${TARGETS[*]} == *"$WIN"* ]]; then
echo "Warping for $WIN..."
mkdir -p $WARPED_PATH/$WIN
warp-packer \
--arch windows-x64 \
--input_dir $BUNDLES_PATH/$WIN \
--exec $LAUNCHER_NAME.cmd \
--output $WARPED_PATH/$WIN/$APP_NAME.exe \
&> /dev/null
(cd $WARPED_PATH/$WIN
zip -r $WARPED_PATH/$APP_NAME-$WIN-x64.zip $APP_NAME.exe &> /dev/null
)
mv $WARPED_PATH/$WIN/$APP_NAME.exe $WARPED_PATH/$APP_NAME-windows.exe
rmdir $WARPED_PATH/$WIN
fi
}
# remove old binaries
rm -rf $WARPED_PATH
# actually create binaries and archives for all targets
warp_targets