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distribution-build.jenkinsfile
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/*
* Copyright OpenSearch Contributors
* SPDX-License-Identifier: Apache-2.0
*
* The OpenSearch Contributors require contributions made to
* this file be licensed under the Apache-2.0 license or a
* compatible open source license.
*/
lib = library(identifier: 'jenkins@7.3.0', retriever: modernSCM([
$class: 'GitSCMSource',
remote: 'https://github.com/opensearch-project/opensearch-build-libraries.git',
]))
pipeline {
options {
timeout(time: 4, unit: 'HOURS')
}
agent none
environment {
AGENT_LINUX_X64 = 'Jenkins-Agent-AL2023-X64-M54xlarge-Docker-Host'
AGENT_LINUX_ARM64 = 'Jenkins-Agent-AL2023-Arm64-M6g4xlarge-Docker-Host'
AGENT_WINDOWS_X64 = 'Jenkins-Agent-Windows2019-X64-M54xlarge-Docker-Host'
IMAGE_LINUX_RPM = 'opensearchstaging/ci-runner:ci-runner-almalinux8-opensearch-build-v1' // required for rpm to create digest sha256 correctly with rpm 4.12+, still define here for 1.x version as 2.x+ moved to rockylinux8, later almalinux8, already
IMAGE_LINUX_DEB = 'opensearchstaging/ci-runner:ci-runner-ubuntu2004-opensearch-build-v2' // required for deb to create pkg using debmake/debuild/debhelper
IMAGE_WINDOWS_ZIP = 'opensearchstaging/ci-runner:ci-runner-windows2019-opensearch-build-v1' // required for windows to build zip distribution
}
parameters {
string(
name: 'INPUT_MANIFEST',
description: 'Required: Input manifest under the manifests folder, e.g. 2.0.0/opensearch-2.0.0.yml.',
trim: true
)
string(
name: 'COMPONENT_NAME',
description: 'Optional: If this field contains one or more component names (e.g. OpenSearch common-utils ...), will build with "--component COMPONENT_NAME_HERE ...", else build everything in the INPUT_MANIFEST.',
trim: true
)
string(
name: 'TEST_MANIFEST',
description: 'Optional: Test manifest under the manifests folder, e.g. 2.0.0/opensearch-2.0.0-test.yml.',
trim: true
)
string(
name: 'INTEG_TEST_JOB_NAME',
description: 'Optional: Name of integration test job that will be triggered, e.g. Playground/integ-test. A non-null empty value here will skip integration tests.',
defaultValue: 'integ-test',
trim: true
)
string(
name: 'BWC_TEST_JOB_NAME',
description: 'Optional: Name of backwards compatibility test job that will be triggered, e.g. Playground/bwc-test. A non-null empty value here will skip BWC tests.',
defaultValue: 'bwc-test',
trim: true
)
string( // Note: need to update 'verify-parameters' entries if you add new platform(s)
name: 'BUILD_PLATFORM',
description: "Required: Build selected platform, choices include 'linux', 'windows'. Can combine multiple platforms separated by space (docker is only available on linux)",
defaultValue: 'linux windows',
trim: true
)
string( // Note: need to update 'verify-parameters' entries if you add new distribution(s)
name: 'BUILD_DISTRIBUTION',
description: "Required: Build selected distribution, choices include 'tar', 'rpm', 'deb', 'zip'. Can combine multiple distributions separated by space (docker is only available on tar)",
defaultValue: 'tar rpm deb zip',
trim: true
)
string( // Note: need to update 'verify-parameters' entries if you add new platform(s)
name: 'TEST_PLATFORM',
description: "Optional: Test selected platform, choices include 'linux', 'windows'. Can combine multiple platforms separated by space",
trim: true
)
string( // Note: need to update 'verify-parameters' entries if you add new distribution(s)
name: 'TEST_DISTRIBUTION',
description: "Optional: Build selected distribution, choices include 'tar', 'rpm', 'deb', 'zip'. Can combine multiple distributions separated by space",
trim: true
)
string(
name: 'RC_NUMBER',
description: 'Required: The RC build count. Default is 0 which means its not a Release Candidate.',
defaultValue: '0'
)
choice(
name: 'BUILD_DOCKER',
description: 'Required: Build docker image or not with options.',
choices: ['build_docker', 'build_docker_with_build_number_tag', 'do_not_build_docker'],
)
booleanParam(
name: 'UPDATE_LATEST_URL',
description: 'Update latest url so /latest/ is pointed to this build',
defaultValue: true
)
booleanParam(
name: 'UPDATE_GITHUB_ISSUE',
description: 'To create/close/update a github issue for all component or not.',
defaultValue: true
)
booleanParam(
name: 'CONTINUE_ON_ERROR',
description: 'Continue building the distribution even if a one or more component fails',
defaultValue: true
)
booleanParam(
name: 'INCREMENTAL',
description: 'Whether to trigger incremental build. Defaults to false.',
defaultValue: true
)
string(
name: 'PREVIOUS_BUILD_ID',
description: 'The build ID used to download previous build artifacts. Defaults to latest.',
defaultValue: 'latest',
trim: true
)
}
stages {
stage('verify-parameters') {
agent {
docker {
label AGENT_LINUX_X64
image 'docker/library/alpine:3'
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
if (INPUT_MANIFEST == '' || !fileExists("manifests/${INPUT_MANIFEST}")) {
currentBuild.result = 'ABORTED'
error("Input manifest was not provided or not found at manifests/${INPUT_MANIFEST}.")
}
echo('Detect Docker Images and Related Parameters')
dockerAgent = detectDockerAgent()
env.javaVersionNumber = dockerAgent.javaVersion.replaceAll('[^0-9]', '') // Only get number
currentBuild.description = INPUT_MANIFEST
paramType = [
'BUILD_PLATFORM': 'linux windows',
'BUILD_DISTRIBUTION': 'tar rpm deb zip',
'TEST_PLATFORM': 'linux windows',
'TEST_DISTRIBUTION': 'tar rpm deb zip',
]
// BUILD params are required while TEST params are not
if (params.TEST_PLATFORM == null || params.TEST_PLATFORM == '') {
paramType.remove('TEST_PLATFORM')
}
if (params.TEST_DISTRIBUTION == null || params.TEST_DISTRIBUTION == '') {
paramType.remove('TEST_DISTRIBUTION')
}
paramType.each { key, value ->
verifyParameterPlatformDistribution(key, value)
}
if (params.RC_NUMBER.toInteger() > 0) {
echo 'This is a release candidate build, enforcing build_docker_with_build_number_tag'
BUILD_DOCKER = 'build_docker_with_build_number_tag'
}
def inputManifestObj = lib.jenkins.InputManifest.new(readYaml(file: "manifests/${INPUT_MANIFEST}"))
env.version = inputManifestObj.build.version
}
}
}
stage('build') {
parallel {
stage('Trigger-min-snapshot-build') {
agent {
docker {
label 'Jenkins-Agent-AL2023-X64-M54xlarge-Docker-Host'
image 'docker/library/alpine:3'
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
def snapshotBuild =
build job: 'publish-opensearch-min-snapshots',
propagate: false,
wait: false,
parameters: [
string(name: 'INPUT_MANIFEST', value: "${INPUT_MANIFEST}"),
]
}
}
}
stage('build-and-test-linux-x64-tar') {
when {
beforeAgent true
expression {
params.BUILD_PLATFORM.contains('linux')
}
expression {
params.BUILD_DISTRIBUTION.contains('tar')
}
}
agent {
docker {
label AGENT_LINUX_X64
image dockerAgent.image
args dockerAgent.args
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
def buildManifestObj = buildAssembleUpload(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'x64',
distribution: 'tar',
continueOnError: params.CONTINUE_ON_ERROR,
incremental: params.INCREMENTAL,
previousBuildId: params.PREVIOUS_BUILD_ID
)
String buildManifestUrl = buildManifestObj.getUrl(JOB_NAME, BUILD_NUMBER)
String artifactUrl = buildManifestObj.getArtifactUrl(JOB_NAME, BUILD_NUMBER)
env.ARTIFACT_URL_LINUX_X64_TAR = artifactUrl
env.INDEX_FILE_PATH_X64_TAR = buildManifestObj.getIndexFileRoot("${JOB_NAME}")
echo "buildManifestUrl (linux, x64, tar): ${buildManifestUrl}"
echo "artifactUrl (linux, x64, tar): ${artifactUrl}"
parallel([
'integ-test': {
triggerIntegrationTests(buildManifestUrl, 'linux', 'tar')
},
'bwc-test': {
triggerBWCTests(buildManifestUrl, 'linux', 'tar')
}
])
}
}
post {
success {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_X64_TAR
)
}
}
}
unstable {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_X64_TAR
)
}
}
}
always {
script {
if (params.CONTINUE_ON_ERROR) {
markStageUnstableIfPluginsFailedToBuild()
}
postCleanup()
}
}
}
}
stage('build-and-test-linux-x64-rpm') {
when {
beforeAgent true
expression {
params.BUILD_PLATFORM.contains('linux')
}
expression {
params.BUILD_DISTRIBUTION.contains('rpm')
}
}
agent { label AGENT_LINUX_X64 }
stages {
stage('build-archive-linux-x64-rpm') {
agent {
docker {
label AGENT_LINUX_X64
image dockerAgent.image
args dockerAgent.args
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
buildArchive(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'x64',
distribution: 'rpm',
continueOnError: params.CONTINUE_ON_ERROR,
incremental: params.INCREMENTAL,
previousBuildId: params.PREVIOUS_BUILD_ID,
stashName: "build-archive-linux-x64-rpm-${JOB_NAME}-${BUILD_NUMBER}"
)
}
}
post {
always {
script {
if (params.CONTINUE_ON_ERROR) {
markStageUnstableIfPluginsFailedToBuild()
}
postCleanup()
}
}
}
}
stage('assemble-archive-and-test-linux-x64-rpm') {
agent {
docker {
label AGENT_LINUX_X64
image IMAGE_LINUX_RPM
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
def buildManifestObj = archiveAssembleUpload(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'x64',
distribution: 'rpm',
continueOnError: params.CONTINUE_ON_ERROR,
stashName: "build-archive-linux-x64-rpm-${JOB_NAME}-${BUILD_NUMBER}"
)
String buildManifestUrl = buildManifestObj.getUrl(JOB_NAME, BUILD_NUMBER)
String artifactUrl = buildManifestObj.getArtifactUrl(JOB_NAME, BUILD_NUMBER)
env.ARTIFACT_URL_LINUX_X64_RPM = artifactUrl
env.INDEX_FILE_PATH_X64_RPM = buildManifestObj.getIndexFileRoot("${JOB_NAME}")
echo "buildManifestUrl (linux, x64, rpm): ${buildManifestUrl}"
echo "artifactUrl (linux, x64, rpm): ${artifactUrl}"
String bundleManifestUrl = buildManifestObj.getBundleManifestUrl(JOB_NAME, BUILD_NUMBER)
triggerIntegrationTests(buildManifestUrl, 'linux', 'rpm')
}
}
post {
success {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_X64_RPM
)
}
}
}
unstable {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_X64_RPM
)
}
}
}
always {
script {
postCleanup()
}
}
}
}
}
}
stage('build-and-test-linux-x64-deb') {
when {
beforeAgent true
expression {
params.BUILD_PLATFORM.contains('linux')
}
expression {
params.BUILD_DISTRIBUTION.contains('deb')
}
}
agent { label AGENT_LINUX_X64 }
stages {
stage('build-archive-linux-x64-deb') {
agent {
docker {
label AGENT_LINUX_X64
image dockerAgent.image
args dockerAgent.args
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
buildArchive(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'x64',
distribution: 'deb',
continueOnError: params.CONTINUE_ON_ERROR,
incremental: params.INCREMENTAL,
previousBuildId: params.PREVIOUS_BUILD_ID,
stashName: "build-archive-linux-x64-deb-${JOB_NAME}-${BUILD_NUMBER}"
)
}
}
post {
always {
script {
if (params.CONTINUE_ON_ERROR) {
markStageUnstableIfPluginsFailedToBuild()
}
postCleanup()
}
}
}
}
stage('assemble-archive-and-test-linux-x64-deb') {
agent {
docker {
label AGENT_LINUX_X64
image IMAGE_LINUX_DEB
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
def buildManifestObj = archiveAssembleUpload(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'x64',
distribution: 'deb',
continueOnError: params.CONTINUE_ON_ERROR,
stashName: "build-archive-linux-x64-deb-${JOB_NAME}-${BUILD_NUMBER}"
)
String buildManifestUrl = buildManifestObj.getUrl(JOB_NAME, BUILD_NUMBER)
String artifactUrl = buildManifestObj.getArtifactUrl(JOB_NAME, BUILD_NUMBER)
env.ARTIFACT_URL_LINUX_X64_DEB = artifactUrl
env.INDEX_FILE_PATH_X64_DEB = buildManifestObj.getIndexFileRoot("${JOB_NAME}")
echo "buildManifestUrl (linux, x64, deb): ${buildManifestUrl}"
echo "artifactUrl (linux, x64, deb): ${artifactUrl}"
String bundleManifestUrl = buildManifestObj.getBundleManifestUrl(JOB_NAME, BUILD_NUMBER)
triggerIntegrationTests(buildManifestUrl, 'linux', 'deb')
}
}
post {
success {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_X64_DEB
)
}
}
}
unstable {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_X64_DEB
)
}
}
}
always {
script {
postCleanup()
}
}
}
}
}
}
stage('build-and-test-linux-arm64-tar') {
when {
beforeAgent true
expression {
params.BUILD_PLATFORM.contains('linux')
}
expression {
params.BUILD_DISTRIBUTION.contains('tar')
}
}
agent {
docker {
label AGENT_LINUX_ARM64
image dockerAgent.image
args dockerAgent.args
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
def buildManifestObj = buildAssembleUpload(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'arm64',
distribution: 'tar',
continueOnError: params.CONTINUE_ON_ERROR,
incremental: params.INCREMENTAL,
previousBuildId: params.PREVIOUS_BUILD_ID
)
String buildManifestUrl = buildManifestObj.getUrl(JOB_NAME, BUILD_NUMBER)
String artifactUrl = buildManifestObj.getArtifactUrl(JOB_NAME, BUILD_NUMBER)
env.ARTIFACT_URL_LINUX_ARM64_TAR = artifactUrl
env.INDEX_FILE_PATH_ARM64_TAR = buildManifestObj.getIndexFileRoot("${JOB_NAME}")
echo "buildManifestUrl (linux, arm64, tar): ${buildManifestUrl}"
echo "artifactUrl (linux, arm64, tar): ${artifactUrl}"
triggerIntegrationTests(buildManifestUrl, 'linux', 'tar')
}
}
post {
success {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_ARM64_TAR
)
}
}
}
unstable {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_ARM64_TAR
)
}
}
}
always {
script {
if (params.CONTINUE_ON_ERROR) {
markStageUnstableIfPluginsFailedToBuild()
}
postCleanup()
}
}
}
}
stage('build-and-test-linux-arm64-rpm') {
when {
beforeAgent true
expression {
params.BUILD_PLATFORM.contains('linux')
}
expression {
params.BUILD_DISTRIBUTION.contains('rpm')
}
}
agent { label AGENT_LINUX_X64 }
stages {
stage('build-archive-linux-arm64-rpm') {
agent {
docker {
label AGENT_LINUX_ARM64
image dockerAgent.image
args dockerAgent.args
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
buildArchive(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'arm64',
distribution: 'rpm',
continueOnError: params.CONTINUE_ON_ERROR,
incremental: params.INCREMENTAL,
previousBuildId: params.PREVIOUS_BUILD_ID,
stashName: "build-archive-linux-arm64-rpm-${JOB_NAME}-${BUILD_NUMBER}"
)
}
}
post {
always {
script {
if (params.CONTINUE_ON_ERROR) {
markStageUnstableIfPluginsFailedToBuild()
}
postCleanup()
}
}
}
}
stage('assemble-archive-and-test-linux-arm64-rpm') {
agent {
docker {
label AGENT_LINUX_ARM64
image IMAGE_LINUX_RPM
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
def buildManifestObj = archiveAssembleUpload(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'arm64',
distribution: 'rpm',
continueOnError: params.CONTINUE_ON_ERROR,
stashName: "build-archive-linux-arm64-rpm-${JOB_NAME}-${BUILD_NUMBER}"
)
String buildManifestUrl = buildManifestObj.getUrl(JOB_NAME, BUILD_NUMBER)
String artifactUrl = buildManifestObj.getArtifactUrl(JOB_NAME, BUILD_NUMBER)
env.ARTIFACT_URL_LINUX_ARM64_RPM = artifactUrl
env.INDEX_FILE_PATH_ARM64_RPM = buildManifestObj.getIndexFileRoot("${JOB_NAME}")
echo "buildManifestUrl (linux, arm64, rpm): ${buildManifestUrl}"
echo "artifactUrl (linux, arm64, rpm): ${artifactUrl}"
String bundleManifestUrl = buildManifestObj.getBundleManifestUrl(JOB_NAME, BUILD_NUMBER)
triggerIntegrationTests(buildManifestUrl, 'linux', 'rpm')
}
}
post {
success {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_ARM64_RPM
)
}
}
}
unstable {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_ARM64_RPM
)
}
}
}
always {
script {
postCleanup()
}
}
}
}
}
}
stage('build-and-test-linux-arm64-deb') {
when {
beforeAgent true
expression {
params.BUILD_PLATFORM.contains('linux')
}
expression {
params.BUILD_DISTRIBUTION.contains('deb')
}
}
agent { label AGENT_LINUX_ARM64 }
stages {
stage('build-archive-linux-arm64-deb') {
agent {
docker {
label AGENT_LINUX_ARM64
image dockerAgent.image
args dockerAgent.args
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
buildArchive(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'arm64',
distribution: 'deb',
continueOnError: params.CONTINUE_ON_ERROR,
incremental: params.INCREMENTAL,
previousBuildId: params.PREVIOUS_BUILD_ID,
stashName: "build-archive-linux-arm64-deb-${JOB_NAME}-${BUILD_NUMBER}"
)
}
}
post {
always {
script {
if (params.CONTINUE_ON_ERROR) {
markStageUnstableIfPluginsFailedToBuild()
}
postCleanup()
}
}
}
}
stage('assemble-archive-and-test-linux-arm64-deb') {
agent {
docker {
label AGENT_LINUX_ARM64
image IMAGE_LINUX_DEB
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
def buildManifestObj = archiveAssembleUpload(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'linux',
architecture: 'arm64',
distribution: 'deb',
continueOnError: params.CONTINUE_ON_ERROR,
stashName: "build-archive-linux-arm64-deb-${JOB_NAME}-${BUILD_NUMBER}"
)
String buildManifestUrl = buildManifestObj.getUrl(JOB_NAME, BUILD_NUMBER)
String artifactUrl = buildManifestObj.getArtifactUrl(JOB_NAME, BUILD_NUMBER)
env.ARTIFACT_URL_LINUX_ARM64_DEB = artifactUrl
env.INDEX_FILE_PATH_ARM64_DEB = buildManifestObj.getIndexFileRoot("${JOB_NAME}")
echo "buildManifestUrl (linux, arm64, deb): ${buildManifestUrl}"
echo "artifactUrl (linux, arm64, deb): ${artifactUrl}"
String bundleManifestUrl = buildManifestObj.getBundleManifestUrl(JOB_NAME, BUILD_NUMBER)
triggerIntegrationTests(buildManifestUrl, 'linux', 'deb')
}
}
post {
success {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_ARM64_DEB
)
}
}
}
unstable {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_ARM64_DEB
)
}
}
}
always {
script {
postCleanup()
}
}
}
}
}
}
stage('build-and-test-windows-x64-zip') {
when {
beforeAgent true
expression {
params.BUILD_PLATFORM.contains('windows')
}
expression {
params.BUILD_DISTRIBUTION.contains('zip')
}
}
agent {
docker {
label AGENT_WINDOWS_X64
image IMAGE_WINDOWS_ZIP
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
retry(3) {
echo("Switching to Java ${env.javaVersionNumber} on Windows Docker Container")
sh("scoop reset `scoop list jdk | cut -d ' ' -f1 | grep ${env.javaVersionNumber} | head -1`")
def buildManifestObj = buildAssembleUpload(
componentName: "${COMPONENT_NAME}",
inputManifest: "manifests/${INPUT_MANIFEST}",
platform: 'windows',
architecture: 'x64',
distribution: 'zip',
continueOnError: params.CONTINUE_ON_ERROR,
incremental: params.INCREMENTAL,
previousBuildId: params.PREVIOUS_BUILD_ID
)
String buildManifestUrl = buildManifestObj.getUrl(JOB_NAME, BUILD_NUMBER)
String artifactUrl = buildManifestObj.getArtifactUrl(JOB_NAME, BUILD_NUMBER)
env.ARTIFACT_URL_LINUX_WINDOWS_X64_ZIP = artifactUrl
env.INDEX_FILE_PATH_X64_ZIP = buildManifestObj.getIndexFileRoot("${JOB_NAME}")
echo "buildManifestUrl (windows, x64, zip): ${buildManifestUrl}"
echo "artifactUrl (windows, x64, zip): ${artifactUrl}"
triggerIntegrationTests(buildManifestUrl, 'windows', 'zip')
}
}
}
post {
success {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_X64_ZIP
)
}
}
}
unstable {
script {
if (params.UPDATE_LATEST_URL) {
uploadIndexFile(
indexFilePath: env.INDEX_FILE_PATH_X64_ZIP
)
}
}
}
always {
script {
if (params.CONTINUE_ON_ERROR) {
markStageUnstableIfPluginsFailedToBuild()
}
postCleanup()
}
}
}
}
stage('docker build') {
when {
beforeAgent true
allOf {
expression {
BUILD_DOCKER != 'do_not_build_docker'
}
expression {
params.BUILD_PLATFORM.contains('linux')
}
}
}
options {
timeout(time: 150, unit: 'MINUTES')
}
agent {
docker {
label AGENT_LINUX_X64
image dockerAgent.image
args dockerAgent.args
registryUrl 'https://public.ecr.aws/'
alwaysPull true
}
}
steps {
script {
while (true){
if (env.ARTIFACT_URL_LINUX_X64_TAR != null && env.ARTIFACT_URL_LINUX_ARM64_TAR != null) {
echo "env.ARTIFACT_URL_LINUX_X64_TAR: ${env.ARTIFACT_URL_LINUX_X64_TAR}"
echo "env.ARTIFACT_URL_LINUX_ARM64_TAR: ${env.ARTIFACT_URL_LINUX_ARM64_TAR}"
buildDockerImage(
inputManifest: "manifests/${INPUT_MANIFEST}",
buildNumber: "${BUILD_NUMBER}",
buildOption: "${BUILD_DOCKER}",
artifactUrlX64: env.ARTIFACT_URL_LINUX_X64_TAR,
artifactUrlArm64: env.ARTIFACT_URL_LINUX_ARM64_TAR
)
break
} else {
echo "Waiting for x64 and arm64 tar builds to complete, sleeping 120 seconds..."
sleep(time: 120, unit: 'SECONDS')
}
}
}
}
}
}
}
}
post {
always {
node(AGENT_LINUX_X64) {
checkout scm
script {
sleep 10
def rc = (params.RC_NUMBER.toInteger() > 0)
publishDistributionBuildResults(
failureMessages: buildMessage(search: 'Error building'),
passMessages: buildMessage(search: 'Successfully built'),
inputManifestPath: "manifests/$INPUT_MANIFEST",
rc: rc,
rcNumber: env.RC_NUMBER,
componentCategory: "OpenSearch"
)
if (params.UPDATE_GITHUB_ISSUE) {
updateBuildFailureIssues(
inputManifestPath: "manifests/$INPUT_MANIFEST",
distributionBuildNumber: "${BUILD_NUMBER}"
)
}
postCleanup()
}
}
}
success {
node(AGENT_LINUX_X64) {
script {
if (params.RC_NUMBER.toInteger() > 0) {
triggerDistributionValidationWorkflow(env.version)
}
postCleanup()
}
}
}
failure {
node(AGENT_LINUX_X64) {
checkout scm
script {
postCleanup()
}
}
}
}
}
def markStageUnstableIfPluginsFailedToBuild() {
def stageLogs = getLogsForStage(stageName: "${STAGE_NAME}")
if (stageLogs.any { e -> e.contains('Failed plugins are') }) {
unstable('Some plugins failed to build. See the ./build.sh step for logs and more details')
}
}
def triggerIntegrationTests(String buildManifestUrl, String platform, String distribution) {
Boolean skipIntegTests = (INTEG_TEST_JOB_NAME == '' || TEST_MANIFEST == '' || buildManifestUrl == '' || !TEST_PLATFORM.contains(platform) || !TEST_DISTRIBUTION.contains(distribution))
echo "${skipIntegTests ? 'Skipping INTEG tests as one of the values has empty or wrong string: INTEG_TEST_JOB_NAME, TEST_MANIFEST, buildManifestUrl, TEST_PLATFORM, TEST_DISTRIBUTION' : 'Running INTEG tests'}"
if (!skipIntegTests) {
def integTestResults =
build job: INTEG_TEST_JOB_NAME,
propagate: false,
wait: false,
parameters: [
string(name: 'TEST_MANIFEST', value: TEST_MANIFEST),
string(name: 'BUILD_MANIFEST_URL', value: buildManifestUrl),
string(name: 'RC_NUMBER', value: RC_NUMBER),
booleanParam(name: 'UPDATE_GITHUB_ISSUES', value: true)
]
}
}
def triggerBWCTests(String buildManifestUrl, String platform, String distribution) {
Boolean skipBwcTests = (BWC_TEST_JOB_NAME == '' || TEST_MANIFEST == '' || buildManifestUrl == '' || !TEST_PLATFORM.contains(platform) || !TEST_DISTRIBUTION.contains(distribution))
echo "${skipBwcTests ? 'Skipping BWC tests as one of the values has empty or wrong string: BWC_TEST_JOB_NAME, TEST_MANIFEST, buildManifestUrl, TEST_PLATFORM, TEST_DISTRIBUTION' : 'Running BWC tests'}"
if (!skipBwcTests) {
def bwcTestResults =
build job: BWC_TEST_JOB_NAME,
propagate: false,
wait: false,
parameters: [
string(name: 'TEST_MANIFEST', value: TEST_MANIFEST),
string(name: 'BUILD_MANIFEST_URL', value: buildManifestUrl),
string(name: 'AGENT_LABEL', value: AGENT_LINUX_X64)
]
}
}
def triggerDistributionValidationWorkflow(String version) {
def triggerValidationWorkflow =
build job: 'distribution-validation',
propagate: true,
wait: true,
parameters: [
string(name: 'VERSION', value: version),
string(name: 'OS_BUILD_NUMBER', value: BUILD_NUMBER),
string(name: 'OPTIONAL_ARGS', value: 'using-staging-artifact-only'),
string(name: 'DOCKER_SOURCE', value: 'dockerhub'),
string(name: 'PROJECTS', value: 'opensearch'),
string(name: 'ARTIFACT_TYPE', value: 'staging')
]
}
def verifyParameterPlatformDistribution(String paramName, String allowedValue) {