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build.sh
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build.sh
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#!/bin/bash
################################################################################
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# https://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
################################################################################
################################################################################
#
# Build OpenJDK - can be called directly but is typically called by
# docker-build.sh or native-build.sh.
#
# See bottom of the script for the call order and each function for further
# details.
#
# Calls 'configure' then 'make' in order to build OpenJDK
#
################################################################################
set -eu
SCRIPT_DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
# shellcheck source=sbin/prepareWorkspace.sh
source "$SCRIPT_DIR/prepareWorkspace.sh"
# shellcheck source=sbin/common/config_init.sh
source "$SCRIPT_DIR/common/config_init.sh"
# shellcheck source=sbin/common/constants.sh
source "$SCRIPT_DIR/common/constants.sh"
# shellcheck source=sbin/common/common.sh
source "$SCRIPT_DIR/common/common.sh"
export LIB_DIR=$(crossPlatformRealPath "${SCRIPT_DIR}/../pipelines/")
export jreTargetPath
export CONFIGURE_ARGS=""
export ADDITIONAL_MAKE_TARGETS=""
export GIT_CLONE_ARGUMENTS=()
# Parse the CL arguments, defers to the shared function in common-functions.sh
function parseArguments() {
parseConfigurationArguments "$@"
}
# Add an argument to the configure call
addConfigureArg()
{
# Only add an arg if it is not overridden by a user-specified arg.
if [[ ${BUILD_CONFIG[CONFIGURE_ARGS_FOR_ANY_PLATFORM]} != *"$1"* ]] && [[ ${BUILD_CONFIG[USER_SUPPLIED_CONFIGURE_ARGS]} != *"$1"* ]]; then
CONFIGURE_ARGS="${CONFIGURE_ARGS} ${1}${2}"
fi
}
# Add an argument to the configure call (if it's not empty)
addConfigureArgIfValueIsNotEmpty()
{
# Only try to add an arg if the second argument is not empty.
if [ ! -z "$2" ]; then
addConfigureArg "$1" "$2"
fi
}
# Configure the boot JDK
configuringBootJDKConfigureParameter()
{
addConfigureArgIfValueIsNotEmpty "--with-boot-jdk=" "${BUILD_CONFIG[JDK_BOOT_DIR]}"
}
# Configure the boot JDK
configuringMacOSCodesignParameter()
{
if [ ! -z "${BUILD_CONFIG[MACOSX_CODESIGN_IDENTITY]}" ]; then
# This command needs to escape the double quotes because they are needed to preserve the spaces in the codesign cert name
addConfigureArg "--with-macosx-codesign-identity=" "\"${BUILD_CONFIG[MACOSX_CODESIGN_IDENTITY]}\""
fi
}
# Get the OpenJDK update version and build version
getOpenJDKUpdateAndBuildVersion()
{
cd "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}"
if [ -d "${BUILD_CONFIG[OPENJDK_SOURCE_DIR]}/.git" ]; then
# It does exist and it's a repo other than the AdoptOpenJDK one
cd "${BUILD_CONFIG[OPENJDK_SOURCE_DIR]}" || return
if [ -f ".git/shallow.lock" ]
then
echo "Detected lock file, assuming this is an error, removing"
rm ".git/shallow.lock"
fi
# shellcheck disable=SC2154
echo "Pulling latest tags and getting the latest update version using git fetch -q --tags ${BUILD_CONFIG[SHALLOW_CLONE_OPTION]}"
# shellcheck disable=SC2154
echo "NOTE: This can take quite some time! Please be patient"
git fetch -q --tags ${BUILD_CONFIG[SHALLOW_CLONE_OPTION]}
local openJdkVersion=$(getOpenJdkVersion)
if [[ "${openJdkVersion}" == "" ]] ; then
# shellcheck disable=SC2154
echo "Unable to detect git tag, exiting..."
exit 1
else
echo "OpenJDK repo tag is $openJdkVersion"
fi
local openjdk_update_version;
openjdk_update_version=$(echo "${openJdkVersion}" | cut -d'u' -f 2 | cut -d'-' -f 1)
# TODO dont modify config in build script
echo "Version: ${openjdk_update_version} ${BUILD_CONFIG[OPENJDK_BUILD_NUMBER]}"
fi
cd "${BUILD_CONFIG[WORKSPACE_DIR]}"
}
getOpenJdkVersion() {
local version;
if [ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_CORRETTO}" ]; then
local corrVerFile=${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}/${BUILD_CONFIG[OPENJDK_SOURCE_DIR]}/version.txt
local corrVersion="$(cut -d'.' -f 1 < ${corrVerFile})"
if [ "${corrVersion}" == "8" ]; then
local updateNum="$(cut -d'.' -f 2 < ${corrVerFile})"
local buildNum="$(cut -d'.' -f 3 < ${corrVerFile})"
local fixNum="$(cut -d'.' -f 4 < ${corrVerFile})"
version="jdk8u${updateNum}-b${buildNum}.${fixNum}"
else
local minorNum="$(cut -d'.' -f 2 < ${corrVerFile})"
local updateNum="$(cut -d'.' -f 3 < ${corrVerFile})"
local buildNum="$(cut -d'.' -f 4 < ${corrVerFile})"
local fixNum="$(cut -d'.' -f 5 < ${corrVerFile})"
version="jdk-${corrVersion}.${minorNum}.${updateNum}+${buildNum}.${fixNum}"
fi
else
version=${BUILD_CONFIG[TAG]:-$(getFirstTagFromOpenJDKGitRepo)}
if [ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_DRAGONWELL}" ]; then
version=$(echo $version | cut -d'_' -f 2)
fi
# TODO remove pending #1016
version=${version%_adopt}
version=${version#aarch64-shenandoah-}
fi
echo ${version}
}
# Ensure that we produce builds with versions strings something like:
#
# openjdk version "1.8.0_131"
# OpenJDK Runtime Environment (build 1.8.0-adoptopenjdk-<user>_2017_04_17_17_21-b00)
# OpenJDK 64-Bit Server VM (build 25.71-b00, mixed mode)
configuringVersionStringParameter()
{
stepIntoTheWorkingDirectory
local openJdkVersion=$(getOpenJdkVersion)
echo "OpenJDK repo tag is ${openJdkVersion}"
# --with-milestone=fcs deprecated at jdk11, removed at jdk12
if [ "${BUILD_CONFIG[OPENJDK_FEATURE_NUMBER]}" -lt 12 ]; then
addConfigureArg "--with-milestone=" "fcs"
fi
local dateSuffix=$(date -u +%Y%m%d%H%M)
# Configures "vendor" jdk properties
if [[ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_DRAGONWELL}" ]]; then
BUILD_CONFIG[VENDOR]="Alibaba"
BUILD_CONFIG[VENDOR_VERSION]="\"(Alibaba Dragonwell)\""
BUILD_CONFIG[VENDOR_URL]="http://www.alibabagroup.com"
BUILD_CONFIG[VENDOR_BUG_URL]="mailto:[email protected]"
elif [[ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_OPENJ9}" ]]; then
BUILD_CONFIG[VENDOR_VM_BUG_URL]="https://github.com/eclipse/openj9/issues"
fi
addConfigureArg "--with-vendor-name=" "${BUILD_CONFIG[VENDOR]:-"AdoptOpenJDK"}"
addConfigureArg "--with-vendor-url=" "${BUILD_CONFIG[VENDOR_URL]:-"https://adoptopenjdk.net/"}"
addConfigureArg "--with-vendor-bug-url=" "${BUILD_CONFIG[VENDOR_BUG_URL]:-"https://github.com/AdoptOpenJDK/openjdk-support/issues"}"
addConfigureArg "--with-vendor-vm-bug-url=" "${BUILD_CONFIG[VENDOR_VM_BUG_URL]:-"https://github.com/AdoptOpenJDK/openjdk-support/issues"}"
if [ "${BUILD_CONFIG[OPENJDK_FEATURE_NUMBER]}" -gt 8 ]; then
addConfigureArg "--with-vendor-version-string=" "${BUILD_CONFIG[VENDOR_VERSION]:-"${BUILD_CONFIG[BUILD_VARIANT]^}"}"
fi
if [ "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" == "${JDK8_CORE_VERSION}" ]; then
if [ "${BUILD_CONFIG[RELEASE]}" == "false" ]; then
addConfigureArg "--with-user-release-suffix=" "${dateSuffix}"
fi
if [ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_HOTSPOT}" ]; then
# No JFR support in AIX or zero builds (s390 or armv7l)
if [ "${BUILD_CONFIG[OS_ARCHITECTURE]}" != "s390x" ] && [ "${BUILD_CONFIG[OS_KERNEL_NAME]}" != "aix" ] && [ "${BUILD_CONFIG[OS_ARCHITECTURE]}" != "armv7l" ]; then
addConfigureArg "--enable-jfr" ""
fi
fi
# Set the update version (e.g. 131), this gets passed in from the calling script
local updateNumber=${BUILD_CONFIG[OPENJDK_UPDATE_VERSION]}
if [ -z "${updateNumber}" ]; then
updateNumber=$(echo "${openJdkVersion}" | cut -f1 -d"-" | cut -f2 -d"u")
fi
addConfigureArgIfValueIsNotEmpty "--with-update-version=" "${updateNumber}"
# Set the build number (e.g. b04), this gets passed in from the calling script
local buildNumber=${BUILD_CONFIG[OPENJDK_BUILD_NUMBER]}
if [ -z "${buildNumber}" ]; then
buildNumber=$(echo "${openJdkVersion}" | cut -f2 -d"-")
fi
if [ "${buildNumber}" ] && [ "${buildNumber}" != "ga" ]; then
addConfigureArgIfValueIsNotEmpty "--with-build-number=" "${buildNumber}"
fi
elif [ "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" == "${JDK9_CORE_VERSION}" ]; then
local buildNumber=${BUILD_CONFIG[OPENJDK_BUILD_NUMBER]}
if [ -z "${buildNumber}" ]; then
buildNumber=$(echo "${openJdkVersion}" | cut -f2 -d"+")
fi
if [ "${BUILD_CONFIG[RELEASE]}" == "false" ]; then
addConfigureArg "--with-version-opt=" "${dateSuffix}"
else
addConfigureArg "--without-version-opt" ""
fi
addConfigureArg "--without-version-pre" ""
addConfigureArgIfValueIsNotEmpty "--with-version-build=" "${buildNumber}"
else
# > JDK 9
# Set the build number (e.g. b04), this gets passed in from the calling script
local buildNumber=${BUILD_CONFIG[OPENJDK_BUILD_NUMBER]}
if [ -z "${buildNumber}" ]; then
# Get build number (eg.10) from tag of potential format "jdk-11.0.4+10_adopt"
buildNumber=$(echo "${openJdkVersion}" | cut -d_ -f1 | cut -f2 -d"+")
fi
if [ "${BUILD_CONFIG[RELEASE]}" == "false" ]; then
addConfigureArg "--with-version-opt=" "${dateSuffix}"
else
addConfigureArg "--without-version-opt" ""
fi
addConfigureArg "--without-version-pre" ""
addConfigureArgIfValueIsNotEmpty "--with-version-build=" "${buildNumber}"
fi
echo "Completed configuring the version string parameter, config args are now: ${CONFIGURE_ARGS}"
}
# Construct all of the 'configure' parameters
buildingTheRestOfTheConfigParameters()
{
if [ ! -z "$(which ccache)" ]; then
addConfigureArg "--enable-ccache" ""
fi
# Point-in-time dependency for openj9 only
if [[ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_OPENJ9}" ]] ; then
addConfigureArg "--with-freemarker-jar=" "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}/freemarker-${FREEMARKER_LIB_VERSION}/freemarker.jar"
fi
if [ "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" == "${JDK8_CORE_VERSION}" ] ; then
addConfigureArg "--with-x=" "/usr/include/X11"
addConfigureArg "--with-alsa=" "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}/installedalsa"
fi
}
configureDebugParameters() {
# We don't want any extra debug symbols - ensure it's set to release;
# other options include fastdebug and slowdebug.
addConfigureArg "--with-debug-level=" "release"
# If debug symbols package is requested, generate them separately
if [ ${BUILD_CONFIG[CREATE_DEBUG_SYMBOLS_PACKAGE]} == true ]; then
addConfigureArg "--with-native-debug-symbols=" "external"
else
if [ "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" == "${JDK8_CORE_VERSION}" ]; then
addConfigureArg "--disable-zip-debug-info" ""
if [[ "${BUILD_CONFIG[BUILD_VARIANT]}" != "${BUILD_VARIANT_OPENJ9}" ]]; then
addConfigureArg "--disable-debug-symbols" ""
fi
else
if [[ "${BUILD_CONFIG[BUILD_VARIANT]}" != "${BUILD_VARIANT_OPENJ9}" ]]; then
addConfigureArg "--with-native-debug-symbols=" "none"
fi
fi
fi
}
configureFreetypeLocation() {
if [[ ! "${CONFIGURE_ARGS}" =~ "--with-freetype" ]]; then
if [[ "${BUILD_CONFIG[FREETYPE]}" == "true" ]] ; then
if [[ "$OSTYPE" == "cygwin" ]] || [[ "$OSTYPE" == "msys" ]] ; then
case "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" in
jdk8*|jdk9*|jdk10*) addConfigureArg "--with-freetype-src=" "${BUILD_CONFIG[WORKSPACE_DIR]}/libs/freetype" ;;
*) freetypeDir=${BUILD_CONFIG[FREETYPE_DIRECTORY]:-bundled} ;;
esac
else
local freetypeDir=BUILD_CONFIG[FREETYPE_DIRECTORY]
case "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" in
jdk8*|jdk9*|jdk10*) freetypeDir=${BUILD_CONFIG[FREETYPE_DIRECTORY]:-"${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}/installedfreetype"} ;;
*) freetypeDir=${BUILD_CONFIG[FREETYPE_DIRECTORY]:-bundled} ;;
esac
echo "setting freetype dir to ${freetypeDir}"
addConfigureArg "--with-freetype=" "${freetypeDir}"
fi
fi
fi
}
# Configure the command parameters
configureCommandParameters()
{
configuringVersionStringParameter
configuringBootJDKConfigureParameter
configuringMacOSCodesignParameter
configureDebugParameters
if [[ "$OSTYPE" == "cygwin" ]] || [[ "$OSTYPE" == "msys" ]]; then
echo "Windows or Windows-like environment detected, skipping configuring environment for custom Boot JDK and other 'configure' settings."
if [[ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_OPENJ9}" ]] && [ "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" == "${JDK8_CORE_VERSION}" ]; then
local addsDir="${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}/${BUILD_CONFIG[OPENJDK_SOURCE_DIR]}/closed/adds"
# This is unfortunately required as if the path does not start with "/cygdrive" the make scripts are unable to find the "/closed/adds" directory.
if ! echo "$addsDir" | egrep -q "^/cygdrive/"; then
# BUILD_CONFIG[WORKSPACE_DIR] does not seem to be an absolute path, prepend /cygdrive/c/cygwin64/"
echo "Prepending /cygdrive/c/cygwin64/ to BUILD_CONFIG[WORKSPACE_DIR]"
addsDir="/cygdrive/c/cygwin64/$addsDir"
fi
echo "adding source route -with-add-source-root=${addsDir}"
addConfigureArg "--with-add-source-root=" "${addsDir}"
fi
else
echo "Building up the configure command..."
buildingTheRestOfTheConfigParameters
fi
echo "Configuring jvm variants if provided"
addConfigureArgIfValueIsNotEmpty "--with-jvm-variants=" "${BUILD_CONFIG[JVM_VARIANT]}"
# Now we add any configure arguments the user has specified on the command line.
CONFIGURE_ARGS="${CONFIGURE_ARGS} ${BUILD_CONFIG[USER_SUPPLIED_CONFIGURE_ARGS]}"
configureFreetypeLocation
echo "Completed configuring the version string parameter, config args are now: ${CONFIGURE_ARGS}"
}
# Make sure we're in the source directory for OpenJDK now
stepIntoTheWorkingDirectory() {
cd "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}/${BUILD_CONFIG[OPENJDK_SOURCE_DIR]}" || exit
# corretto nest their source under /src in their dir
if [ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_CORRETTO}" ]; then
cd "src";
fi
echo "Should have the source, I'm at $PWD"
}
buildTemplatedFile() {
echo "Configuring command and using the pre-built config params..."
stepIntoTheWorkingDirectory
echo "Currently at '${PWD}'"
FULL_CONFIGURE="bash ./configure --verbose ${CONFIGURE_ARGS} ${BUILD_CONFIG[CONFIGURE_ARGS_FOR_ANY_PLATFORM]}"
echo "Running ./configure with arguments '${FULL_CONFIGURE}'"
# If it's Java 9+ then we also make test-image to build the native test libraries,
# For openj9 add debug-image
JDK_PREFIX="jdk"
JDK_VERSION_NUMBER="${BUILD_CONFIG[OPENJDK_FEATURE_NUMBER]}"
if [[ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_OPENJ9}" ]]; then
ADDITIONAL_MAKE_TARGETS=" test-image debug-image"
elif [ "$JDK_VERSION_NUMBER" -gt 8 ] || [ "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" == "${JDKHEAD_VERSION}" ]; then
ADDITIONAL_MAKE_TARGETS=" test-image"
fi
if [[ "${BUILD_CONFIG[MAKE_EXPLODED]}" == "true" ]]; then
# In order to make an exploded image we cannot have any additional targets
ADDITIONAL_MAKE_TARGETS=""
fi
FULL_MAKE_COMMAND="${BUILD_CONFIG[MAKE_COMMAND_NAME]} ${BUILD_CONFIG[MAKE_ARGS_FOR_ANY_PLATFORM]} ${BUILD_CONFIG[USER_SUPPLIED_MAKE_ARGS]} ${ADDITIONAL_MAKE_TARGETS}"
# shellcheck disable=SC2002
cat "$SCRIPT_DIR/build.template" | \
sed -e "s|{configureArg}|${FULL_CONFIGURE}|" \
-e "s|{makeCommandArg}|${FULL_MAKE_COMMAND}|" > "${BUILD_CONFIG[WORKSPACE_DIR]}/config/configure-and-build.sh"
}
executeTemplatedFile() {
stepIntoTheWorkingDirectory
echo "Currently at '${PWD}'"
# Execute the build passing the workspace dir and target dir as params for configure.txt
bash "${BUILD_CONFIG[WORKSPACE_DIR]}/config/configure-and-build.sh" ${BUILD_CONFIG[WORKSPACE_DIR]} ${BUILD_CONFIG[TARGET_DIR]}
exitCode=$?
if [ "${exitCode}" -eq 1 ]; then
echo "Failed to make the JDK, exiting"
exit 1;
elif [ "${exitCode}" -eq 2 ]; then
echo "Failed to configure the JDK, exiting"
echo "Did you set the JDK boot directory correctly? Override by exporting JDK_BOOT_DIR"
echo "For example, on RHEL you would do export JDK_BOOT_DIR=/usr/lib/jvm/java-1.7.0-openjdk-1.7.0.131-2.6.9.0.el7_3.x86_64"
echo "Current JDK_BOOT_DIR value: ${BUILD_CONFIG[JDK_BOOT_DIR]}"
exit 2;
fi
}
getGradleJavaHome() {
local gradleJavaHome=""
if [ ${JAVA_HOME+x} ] && [ -d "${JAVA_HOME}" ]; then
gradleJavaHome=${JAVA_HOME}
fi
if [ ${JDK8_BOOT_DIR+x} ] && [ -d "${JDK8_BOOT_DIR}" ]; then
gradleJavaHome=${JDK8_BOOT_DIR}
fi
# Special case arm because for some unknown reason the JDK11_BOOT_DIR that arm downloads is unable to form connection
# to services.gradle.org
if [ ${JDK11_BOOT_DIR+x} ] && [ -d "${JDK11_BOOT_DIR}" ] && [ "${ARCHITECTURE}" != "arm" ]; then
gradleJavaHome=${JDK11_BOOT_DIR}
fi
if [ ! -d "$gradleJavaHome" ]; then
echo "[WARNING] Unable to find java to run gradle with, this build may fail with /bin/java: No such file or directory. Set JAVA_HOME, JDK8_BOOT_DIR or JDK11_BOOT_DIR to squash this warning: $gradleJavaHome">&2
fi
echo $gradleJavaHome
}
getGradleUserHome() {
local gradleUserHome=""
if [ -n "${BUILD_CONFIG[GRADLE_USER_HOME_DIR]}" ]; then
gradleUserHome="${BUILD_CONFIG[GRADLE_USER_HOME_DIR]}"
else
gradleUserHome="${BUILD_CONFIG[WORKSPACE_DIR]}/.gradle"
fi
echo $gradleUserHome
}
buildSharedLibs() {
cd "${LIB_DIR}"
local gradleJavaHome=$(getGradleJavaHome)
local gradleUserHome=$(getGradleUserHome)
echo "Running gradle with $gradleJavaHome at $gradleUserHome"
gradlecount=1
while ! JAVA_HOME="$gradleJavaHome" GRADLE_USER_HOME="$gradleUserHome" bash ./gradlew --no-daemon clean shadowJar; do
echo "RETRYWARNING: Gradle failed on attempt $gradlecount"
sleep 120s # Wait before retrying in case of network/server outage ...
gradlecount=$(( gradlecount + 1 ))
[ $gradlecount -gt 3 ] && exit 1
done
# Test that the parser can execute as fail fast rather than waiting till after the build to find out
"$gradleJavaHome"/bin/java -version 2>&1 | "$gradleJavaHome"/bin/java -cp "target/libs/adopt-shared-lib.jar" ParseVersion -s -f semver 1
}
parseJavaVersionString() {
ADOPT_BUILD_NUMBER="${ADOPT_BUILD_NUMBER:-1}"
local javaVersion=$(JAVA_HOME="$PRODUCT_HOME" "$PRODUCT_HOME"/bin/java -version 2>&1)
cd "${LIB_DIR}"
local gradleJavaHome=$(getGradleJavaHome)
local version=$(echo "$javaVersion" | JAVA_HOME="$gradleJavaHome" "$gradleJavaHome"/bin/java -cp "target/libs/adopt-shared-lib.jar" ParseVersion -s -f openjdk-semver $ADOPT_BUILD_NUMBER | tr -d '\n')
echo $version
}
# Print the version string so we know what we've produced
printJavaVersionString()
{
stepIntoTheWorkingDirectory
case "${BUILD_CONFIG[OS_KERNEL_NAME]}" in
"darwin")
# shellcheck disable=SC2086
PRODUCT_HOME=$(ls -d ${PWD}/build/*/images/${BUILD_CONFIG[JDK_PATH]}/Contents/Home)
;;
*)
# shellcheck disable=SC2086
PRODUCT_HOME=$(ls -d ${PWD}/build/*/images/${BUILD_CONFIG[JDK_PATH]})
;;
esac
if [[ -d "$PRODUCT_HOME" ]]; then
echo "'$PRODUCT_HOME' found"
if [ ! -r "$PRODUCT_HOME/bin/java" ]; then
echo "===$PRODUCT_HOME===="
ls -alh "$PRODUCT_HOME"
echo "===$PRODUCT_HOME/bin/===="
ls -alh "$PRODUCT_HOME/bin/"
echo "Error 'java' does not exist in '$PRODUCT_HOME'."
exit -1
elif [ "${ARCHITECTURE}" == "riscv64" ]; then
# riscv is cross compiled, so we cannot run it on the build system
# This is a temporary plausible solution in the absence of another fix
local jdkversion=$(getOpenJdkVersion)
cat << EOT > "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[TARGET_DIR]}/version.txt"
openjdk version "${jdkversion%%+*}" "$(date +%Y-%m-%d)"
OpenJDK Runtime Environment AdoptOpenJDK (build ${jdkversion}-$(date +%Y%m%d%H%M))
Eclipse OpenJ9 VM AdoptOpenJDK (build master-000000000, JRE 11 Linux riscv-64-Bit Compressed References $(date +%Y%m%d)_00 (JIT disabled, AOT disabled)
OpenJ9 - 000000000
OMR - 000000000
JCL - 000000000 based on ${jdkversion})
EOT
else
# print version string around easy to find output
# do not modify these strings as jenkins looks for them
echo "=JAVA VERSION OUTPUT="
"$PRODUCT_HOME"/bin/java -version 2>&1
echo "=/JAVA VERSION OUTPUT="
"$PRODUCT_HOME"/bin/java -version > "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[TARGET_DIR]}/version.txt" 2>&1
fi
else
echo "'$PRODUCT_HOME' does not exist, build might have not been successful or not produced the expected JDK image at this location."
exit -1
fi
}
getJdkArchivePath() {
# Todo: Set this to the outcome of https://github.com/AdoptOpenJDK/openjdk-build/issues/1016
# local version="$(parseJavaVersionString)
# echo "jdk-${version}"
local version=$(getOpenJdkVersion)
echo "$version"
}
getJreArchivePath() {
local jdkArchivePath=$(getJdkArchivePath)
echo "${jdkArchivePath}-jre"
}
getTestImageArchivePath() {
local jdkArchivePath=$(getJdkArchivePath)
echo "${jdkArchivePath}-test-image"
}
getDebugImageArchivePath() {
local jdkArchivePath=$(getJdkArchivePath)
echo "${jdkArchivePath}-debug-image"
}
getDebugSymbolsArchivePath() {
local jdkArchivePath=$(getJdkArchivePath)
echo "${jdkArchivePath}-debug-symbols"
}
# Clean up
removingUnnecessaryFiles() {
local jdkTargetPath=$(getJdkArchivePath)
local jreTargetPath=$(getJreArchivePath)
local testImageTargetPath=$(getTestImageArchivePath)
local debugImageTargetPath=$(getDebugImageArchivePath)
echo "Removing unnecessary files now..."
stepIntoTheWorkingDirectory
cd build/*/images || return
echo "Currently at '${PWD}'"
local jdkPath=$(ls -d ${BUILD_CONFIG[JDK_PATH]})
echo "moving ${jdkPath} to ${jdkTargetPath}"
rm -rf "${jdkTargetPath}" || true
mv "${jdkPath}" "${jdkTargetPath}"
if [ -d "$(ls -d ${BUILD_CONFIG[JRE_PATH]})" ]
then
echo "moving $(ls -d ${BUILD_CONFIG[JRE_PATH]}) to ${jreTargetPath}"
rm -rf "${jreTargetPath}" || true
mv "$(ls -d ${BUILD_CONFIG[JRE_PATH]})" "${jreTargetPath}"
case "${BUILD_CONFIG[OS_KERNEL_NAME]}" in
"darwin") dirToRemove="${jreTargetPath}/Contents/Home" ;;
*) dirToRemove="${jreTargetPath}" ;;
esac
rm -rf "${dirToRemove}"/demo || true
fi
# Test image - check if the config is set and directory exists
local testImagePath="${BUILD_CONFIG[TEST_IMAGE_PATH]}"
if [ ! -z "${testImagePath}" ] && [ -d "${testImagePath}" ]
then
echo "moving ${testImagePath} to ${testImageTargetPath}"
rm -rf "${testImageTargetPath}" || true
mv "${testImagePath}" "${testImageTargetPath}"
fi
# Debug image - check if the config is set and directory exists
local debugImagePath="${BUILD_CONFIG[DEBUG_IMAGE_PATH]}"
if [ ! -z "${debugImagePath}" ] && [ -d "${debugImagePath}" ]
then
echo "moving ${debugImagePath} to ${debugImageTargetPath}"
rm -rf "${debugImageTargetPath}" || true
mv "${debugImagePath}" "${debugImageTargetPath}"
fi
# Remove files we don't need
case "${BUILD_CONFIG[OS_KERNEL_NAME]}" in
"darwin") dirToRemove="${jdkTargetPath}/Contents/Home" ;;
*) dirToRemove="${jdkTargetPath}" ;;
esac
rm -rf "${dirToRemove}"/demo || true
# In OpenJ9 builds, debug symbols are captured in the debug image:
# we don't want another copy of them in the main JDK or JRE archives.
# Builds for other variants don't normally include debug symbols,
# but if they were explicitly requested via the configure option
# '--with-native-debug-symbols=(external|zipped)' leave them alone.
if [[ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_OPENJ9}" ]] ; then
deleteDebugSymbols
fi
if [ ${BUILD_CONFIG[CREATE_DEBUG_SYMBOLS_PACKAGE]} == true ]; then
case "${BUILD_CONFIG[OS_KERNEL_NAME]}" in
*cygwin*)
# on Windows, we want to take .pdb files
debugSymbols=$(find "${jdkTargetPath}" -type f -name "*.pdb")
;;
darwin)
# on MacOSX, we want to take .dSYM folders
debugSymbols=$(find "${jdkTargetPath}" -print -type d -name "*.dSYM")
;;
*)
# on other platforms, we want to take .debuginfo files
debugSymbols=$(find "${jdkTargetPath}" -type f -name "*.debuginfo")
;;
esac
# if debug symbols were found, copy them to a different folder
if [ -n "${debugSymbols}" ] ; then
local debugSymbolsTargetPath=$(getDebugSymbolsArchivePath)
echo "${debugSymbols}" | cpio -pdm ${debugSymbolsTargetPath}
fi
deleteDebugSymbols
fi
echo "Finished removing unnecessary files from ${jdkTargetPath}"
}
deleteDebugSymbols() {
# .diz files may be present on any platform
# Note that on AIX, find does not support the '-delete' option.
find "${jdkTargetPath}" "${jreTargetPath}" -type f -name "*.diz" | xargs rm -f || true
case "${BUILD_CONFIG[OS_KERNEL_NAME]}" in
*cygwin*)
# on Windows, we want to remove .map and .pdb files
find "${jdkTargetPath}" "${jreTargetPath}" -type f -name "*.map" -delete || true
find "${jdkTargetPath}" "${jreTargetPath}" -type f -name "*.pdb" -delete || true
;;
darwin)
# on MacOSX, we want to remove .dSYM folders
find "${jdkTargetPath}" "${jreTargetPath}" -type d -name "*.dSYM" | xargs -I "{}" rm -rf "{}"
;;
*)
# on other platforms, we want to remove .debuginfo files
find "${jdkTargetPath}" "${jreTargetPath}" -type f -name "*.debuginfo" | xargs rm -f || true
;;
esac
}
moveFreetypeLib() {
local LIB_DIRECTORY="${1}"
if [ ! -d "${LIB_DIRECTORY}" ]; then
echo "Could not find dir: ${LIB_DIRECTORY}"
return
fi
echo " Performing copying of the free font library to ${LIB_DIRECTORY}, applicable for this version of the JDK. "
local SOURCE_LIB_NAME="${LIB_DIRECTORY}/libfreetype.dylib.6"
if [ ! -f "${SOURCE_LIB_NAME}" ]; then
SOURCE_LIB_NAME="${LIB_DIRECTORY}/libfreetype.dylib"
fi
if [ ! -f "${SOURCE_LIB_NAME}" ]; then
echo "[Error] ${SOURCE_LIB_NAME} does not exist in the ${LIB_DIRECTORY} folder, please check if this is the right folder to refer to, aborting copy process..."
return
fi
local TARGET_LIB_NAME="${LIB_DIRECTORY}/libfreetype.6.dylib"
local INVOKED_BY_FONT_MANAGER="${LIB_DIRECTORY}/libfontmanager.dylib"
echo "Currently at '${PWD}'"
echo "Copying ${SOURCE_LIB_NAME} to ${TARGET_LIB_NAME}"
echo " *** Workaround to fix the MacOSX issue where invocation to ${INVOKED_BY_FONT_MANAGER} fails to find ${TARGET_LIB_NAME} ***"
# codesign freetype before it is bundled
if [ ! -z "${BUILD_CONFIG[MACOSX_CODESIGN_IDENTITY]}" ]; then
# test if codesign certificate is usable
if touch test && codesign --sign "Developer ID Application: London Jamocha Community CIC" test && rm -rf test; then
ENTITLEMENTS="$WORKSPACE/entitlements.plist"
codesign --entitlements "$ENTITLEMENTS" --options runtime --timestamp --sign "${BUILD_CONFIG[MACOSX_CODESIGN_IDENTITY]}" "${SOURCE_LIB_NAME}"
else
echo "skipping codesign as certificate cannot be found"
fi
fi
cp "${SOURCE_LIB_NAME}" "${TARGET_LIB_NAME}"
if [ -f "${INVOKED_BY_FONT_MANAGER}" ]; then
otool -L "${INVOKED_BY_FONT_MANAGER}"
else
# shellcheck disable=SC2154
echo "[Warning] ${INVOKED_BY_FONT_MANAGER} does not exist in the ${LIB_DIRECTORY} folder, please check if this is the right folder to refer to, this may cause runtime issues, please beware..."
fi
otool -L "${TARGET_LIB_NAME}"
echo "Finished copying ${SOURCE_LIB_NAME} to ${TARGET_LIB_NAME}"
}
# If on a Mac, mac a copy of the font lib as required
makeACopyOfLibFreeFontForMacOSX() {
local DIRECTORY="${1}"
local PERFORM_COPYING=$2
echo "PERFORM_COPYING=${PERFORM_COPYING}"
if [ "${PERFORM_COPYING}" == "false" ]; then
echo " Skipping copying of the free font library to ${DIRECTORY}, does not apply for this version of the JDK. "
return
fi
if [[ "${BUILD_CONFIG[OS_KERNEL_NAME]}" == "darwin" ]]; then
moveFreetypeLib "${DIRECTORY}/Contents/Home/lib"
moveFreetypeLib "${DIRECTORY}/Contents/Home/jre/lib"
fi
}
# Get the tags from the git repo and choose the latest chronologically ordered tag for the given JDK version.
#
# Note, we have to chronologically order, as with a Shallow cloned (depth=1) git repo there is no "topo-order"
# for tags, also commit date order cannot be used either as the commit dates do not necessarily follow chronologically.
#
# Excluding "openj9" tag names as they have other ones for milestones etc. that get in the way
getFirstTagFromOpenJDKGitRepo()
{
# JDK8 tag sorting:
# Tag Format "jdk8uLLL-bBB"
# cut chars 1-5 => LLL-bBB
# awk "-b" separator into a single "-" => LLL-BB
# prefix "-" to allow line numbering stable sorting using nl => -LLL-BB
# Sort by build level BB first
# Then do "stable" sort (keeping BB order) by build level LLL
local jdk8_tag_sort1="sort -t- -k3n"
local jdk8_tag_sort2="sort -t- -k2n"
local jdk8_get_tag_cmd="grep -v _openj9 | grep -v _adopt | cut -c6- | awk -F'[\-b]+' '{print \$1\"-\"\$2}' | sed 's/^/-/' | $jdk8_tag_sort1 | nl | $jdk8_tag_sort2 | cut -f2- | sed 's/^-/jdk8u/' | sed 's/-/-b/' | tail -1"
# JDK11+ tag sorting:
# We use sort and tail to choose the latest tag in case more than one refers the same commit.
# Versions tags are formatted: jdk-V[.W[.X]]+B; with V, W, X, B being numeric.
# Transform "-" to "." in tag so we can sort as: "jdk.V[.W[.X]]+B"
# First, sort on build number (B):
local jdk11plus_tag_sort1="sort -t+ -k2n"
# Second, (stable) sort on (V), (W), (X):
local jdk11plus_tag_sort2="sort -t. -k2n -k3n -k4n"
jdk11plus_get_tag_cmd="grep -v _openj9 | grep -v _adopt | sed 's/jdk-/jdk./g' | $jdk11plus_tag_sort1 | nl | $jdk11plus_tag_sort2 | cut -f2- | sed 's/jdk./jdk-/g' | tail -1"
# Choose tag search keyword and get cmd based on version
local TAG_SEARCH="jdk-${BUILD_CONFIG[OPENJDK_FEATURE_NUMBER]}*+*"
local get_tag_cmd=$jdk11plus_get_tag_cmd
if [ "${BUILD_CONFIG[OPENJDK_FEATURE_NUMBER]}" == "8" ]
then
TAG_SEARCH="jdk8u*-b*"
get_tag_cmd=$jdk8_get_tag_cmd
fi
# If openj9 and the closed/openjdk-tag.gmk file exists which specifies what level the openj9 jdk code is based upon...
# Read OPENJDK_TAG value from that file..
local openj9_openjdk_tag_file="${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}/${BUILD_CONFIG[OPENJDK_SOURCE_DIR]}/closed/openjdk-tag.gmk"
if [[ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_OPENJ9}" ]] && [[ -f "${openj9_openjdk_tag_file}" ]]; then
firstMatchingNameFromRepo=$(grep OPENJDK_TAG ${openj9_openjdk_tag_file} | awk 'BEGIN {FS = "[ :=]+"} {print $2}')
else
git fetch --tags "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[WORKING_DIR]}/${BUILD_CONFIG[OPENJDK_SOURCE_DIR]}"
firstMatchingNameFromRepo=$(eval "git tag -l $TAG_SEARCH | $get_tag_cmd")
fi
if [ -z "$firstMatchingNameFromRepo" ]; then
echo "WARNING: Failed to identify latest tag in the repository" 1>&2
else
echo "$firstMatchingNameFromRepo"
fi
}
createArchive() {
repoLocation=$1
targetName=$2
archiveExtension=$(getArchiveExtension)
createOpenJDKArchive "${repoLocation}" "OpenJDK"
archive="${PWD}/OpenJDK${archiveExtension}"
echo "Your final archive was created at ${archive}"
echo "Moving the artifact to ${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[TARGET_DIR]}"
mv "${archive}" "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[TARGET_DIR]}/${targetName}"
}
# Create a Tar ball
createOpenJDKTarArchive()
{
local jdkTargetPath=$(getJdkArchivePath)
local jreTargetPath=$(getJreArchivePath)
local testImageTargetPath=$(getTestImageArchivePath)
local debugImageTargetPath=$(getDebugImageArchivePath)
local debugSymbolsTargetPath=$(getDebugSymbolsArchivePath)
echo "OpenJDK JDK path will be ${jdkTargetPath}. JRE path will be ${jreTargetPath}"
if [ -d "${jreTargetPath}" ]; then
local jreName=$(echo "${BUILD_CONFIG[TARGET_FILE_NAME]}" | sed 's/-jdk/-jre/')
createArchive "${jreTargetPath}" "${jreName}"
fi
if [ -d "${testImageTargetPath}" ]; then
echo "OpenJDK test image path will be ${testImageTargetPath}."
local testImageName=$(echo "${BUILD_CONFIG[TARGET_FILE_NAME]//-jdk/-testimage}")
createArchive "${testImageTargetPath}" "${testImageName}"
fi
if [ -d "${debugImageTargetPath}" ]; then
echo "OpenJDK debug image path will be ${debugImageTargetPath}."
local debugImageName=$(echo "${BUILD_CONFIG[TARGET_FILE_NAME]//-jdk/-debugimage}")
createArchive "${debugImageTargetPath}" "${debugImageName}"
fi
if [ -d "${debugSymbolsTargetPath}" ]; then
echo "OpenJDK debug symbols path will be ${debugSymbolsTargetPath}."
local debugSymbolsName=$(echo "${BUILD_CONFIG[TARGET_FILE_NAME]//-jdk/-debug-symbols}")
createArchive "${debugSymbolsTargetPath}" "${debugSymbolsName}"
fi
createArchive "${jdkTargetPath}" "${BUILD_CONFIG[TARGET_FILE_NAME]}"
}
# Echo success
showCompletionMessage()
{
echo "All done!"
}
copyFreeFontForMacOS() {
local jdkTargetPath=$(getJdkArchivePath)
local jreTargetPath=$(getJreArchivePath)
makeACopyOfLibFreeFontForMacOSX "${jdkTargetPath}" "${BUILD_CONFIG[COPY_MACOSX_FREE_FONT_LIB_FOR_JDK_FLAG]}"
makeACopyOfLibFreeFontForMacOSX "${jreTargetPath}" "${BUILD_CONFIG[COPY_MACOSX_FREE_FONT_LIB_FOR_JRE_FLAG]}"
}
wipeOutOldTargetDir() {
rm -r "${BUILD_CONFIG[WORKSPACE_DIR]:?}/${BUILD_CONFIG[TARGET_DIR]}" || true
}
createTargetDir() {
# clean out old builds
mkdir -p "${BUILD_CONFIG[WORKSPACE_DIR]}/${BUILD_CONFIG[TARGET_DIR]}" || exit
}
fixJavaHomeUnderDocker() {
# If we are inside docker we cannot trust the JDK_BOOT_DIR that was detected on the host system
if [[ "${BUILD_CONFIG[USE_DOCKER]}" == "true" ]];
then
# clear BUILD_CONFIG[JDK_BOOT_DIR] and re set it
BUILD_CONFIG[JDK_BOOT_DIR]=""
setBootJdk
fi
}
addInfoToReleaseFile(){
# Extra information is added to the release file here
echo "===GENERATING RELEASE FILE==="
cd $PRODUCT_HOME
JAVA_LOC="$PRODUCT_HOME/bin/java"
echo "ADDING IMPLEMENTOR"
addImplementor
echo "ADDING BUILD SHA"
addBuildSHA
echo "ADDING FULL VER"
addFullVersion
echo "ADDING SEM VER"
addSemVer
echo "ADDING BUILD OS"
addBuildOS
echo "ADDING VARIANT"
addJVMVariant
echo "ADDING JVM VERSION"
addJVMVersion
# OpenJ9 specific options
if [ "${BUILD_CONFIG[BUILD_VARIANT]}" == "${BUILD_VARIANT_OPENJ9}" ]; then
echo "ADDING HEAP SIZE"
addHeapSize
echo "ADDING J9 TAG"
addJ9Tag
fi
echo "MIRRORING TO JRE"
mirrorToJRE
echo "ADDING IMAGE TYPE"
addImageType
echo "===RELEASE FILE GENERATED==="
}
addHeapSize(){ # Adds an identifier for heap size on OpenJ9 builds
local heapSize=""
if [[ $($JAVA_LOC -version 2>&1 | grep 'Compressed References') ]]; then
heapSize="Standard"
else
heapSize="Large"
fi
echo -e HEAP_SIZE=\"$heapSize\" >> release
}
addImplementor(){
if [ "${BUILD_CONFIG[OPENJDK_CORE_VERSION]}" == "${JDK8_CORE_VERSION}" ]; then
echo -e IMPLEMENTOR=\"${BUILD_CONFIG[VENDOR]}\" >> release
fi
}
addJVMVersion(){ # Adds the JVM version i.e. openj9-0.21.0
local jvmVersion=$($JAVA_LOC -XshowSettings:properties -version 2>&1 | grep 'java.vm.version' | sed 's/^.*= //' | tr -d '\r')
echo -e JVM_VERSION=\"$jvmVersion\" >> release
}
addFullVersion(){ # Adds the full version including build number i.e. 11.0.9+5-202009040847
local fullVer=$($JAVA_LOC -XshowSettings:properties -version 2>&1 | grep 'java.runtime.version' | sed 's/^.*= //' | tr -d '\r')
echo -e FULL_VERSION=\"$fullVer\" >> release
}
addJVMVariant(){
echo -e JVM_VARIANT=\"${BUILD_CONFIG[BUILD_VARIANT]^}\" >> release
}
addBuildSHA(){ # git SHA of the build repository i.e. openjdk-build
local buildSHA=$(git -C ${BUILD_CONFIG[WORKSPACE_DIR]} rev-parse --short HEAD 2>/dev/null)
if [[ $buildSHA ]]; then
echo -e BUILD_SOURCE=\"git:$buildSHA\" >> release
else
echo "Unable to fetch build SHA, does a work tree exist?..."
fi
}
addBuildOS(){
local buildOS="Unknown"
local buildVer="Unknown"
if [ "${BUILD_CONFIG[OS_KERNEL_NAME]}" == "darwin" ]; then
buildOS=$(sw_vers | sed -n 's/^ProductName:[[:blank:]]*//p')
buildVer=$(sw_vers | tail -n 2 | awk '{print $2}')
elif [ "${BUILD_CONFIG[OS_KERNEL_NAME]}" == "linux" ]; then
buildOS=$(uname -s)
buildVer=$(uname -r)
else # Fall back to java properties OS/Version info
buildOS=$($JAVA_LOC -XshowSettings:properties -version 2>&1 | grep 'os.name' | sed 's/^.*= //' | tr -d '\r')
buildVer=$($JAVA_LOC -XshowSettings:properties -version 2>&1 | grep 'os.version' | sed 's/^.*= //' | tr -d '\r')
fi
echo -e BUILD_INFO=\"OS: $buildOS Version: $buildVer\" >> release
}