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153 lines
6.8 KiB
153 lines
6.8 KiB
#!groovy
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/*
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* This Jenkins Pipeline depends on the following plugins :
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* - Pipeline Utility Steps (https://plugins.jenkins.io/pipeline-utility-steps)
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* - Credentials Binding (https://plugins.jenkins.io/credentials-binding)
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*
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* This pipeline accepts the following parameters :
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* - NPM_CREDENTIALS_ID: The Jenkins Credentials ID that holds the NPM token to login on NPM Registry
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* - NPM_TAG: The tag to use to publish the package to the NPM registry (defaults to 'latest')
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* - OPENSHIFT_IMAGE_STREAM: The ImageStream name to use to tag the built images
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* - OPENSHIFT_BUILD_CONFIG: The BuildConfig name to use
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* - OPENSHIFT_SERVICE: The Service object to update (either green or blue)
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* - OPENSHIFT_DEPLOYMENT_CONFIG: The DeploymentConfig name to use
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* - OPENSHIFT_BUILD_PROJECT: The OpenShift project in which builds are run
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* - OPENSHIFT_TEST_ENVIRONMENT: The OpenShift project in which we will deploy the test version
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* - OPENSHIFT_PROD_ENVIRONMENT: The OpenShift project in which we will deploy the prod version
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* - OPENSHIFT_TEST_URL: The App URL in the test environment (to run the integration tests)
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*/
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// Run this node on a Maven Slave
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// Maven Slaves have JDK and Maven already installed
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node('nodejs') {
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stage('Checkout Source') {
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// Get Source Code from SCM (Git) as configured in the Jenkins Project
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// Next line for inline script, "checkout scm" for Jenkinsfile from GIT
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//git url: "https://github.com/nmasse-itix/OpenShift-Demo-NodeJS.git"
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checkout scm
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}
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def thisPackage = readJSON file: 'package.json'
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def currentVersion = thisPackage.version
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def newVersion = "$currentVersion-$BUILD_NUMBER"
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def packageName = thisPackage.name
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def packageSpec = "$packageName@$newVersion"
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def packageTag = (params.NPM_TAG != null && params.NPM_TAG != "") ? params.NPM_TAG : 'latest'
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// Run the unit tests
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stage('Unit Tests') {
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sh "npm test"
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}
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// You will need the "credential binding" plugin. See here how to install it :
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// https://support.cloudbees.com/hc/en-us/articles/203802500-Injecting-Secrets-into-Jenkins-Build-Jobs
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withCredentials([[$class: 'UsernamePasswordMultiBinding', credentialsId: params.NPM_CREDENTIALS_ID,
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usernameVariable: 'DUMMY', passwordVariable: 'NPM_TOKEN']]) {
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// Package the app and publish it to NPM
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stage('Package and Publish to NPM') {
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echo "Using NPM CredentialsID = '${params.NPM_CREDENTIALS_ID}'"
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// Store the NPM Token in the config file
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sh "npm config set //registry.npmjs.org/:_authToken ${NPM_TOKEN}"
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echo "Will publish version $newVersion to NPM (tagged as 'latest')"
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sh "npm --no-git-tag-version version ${newVersion}"
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sh "npm publish --tag ${packageTag}"
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}
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}
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// Build the OpenShift Image in OpenShift using the artifacts from NPM
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// Also tag the image
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stage('Build OpenShift Image') {
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// Trigger an OpenShift build in the dev environment
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openshiftBuild bldCfg: params.OPENSHIFT_BUILD_CONFIG, checkForTriggeredDeployments: 'false',
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namespace: params.OPENSHIFT_BUILD_PROJECT, showBuildLogs: 'true',
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verbose: 'false', waitTime: '', waitUnit: 'sec',
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env: [ [ name: 'NPM_PACKAGE_TO_INSTALL', value: "${packageSpec}" ] ]
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// Tag the new build
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openshiftTag alias: 'false', destStream: params.OPENSHIFT_IMAGE_STREAM, destTag: "${newVersion}",
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destinationNamespace: params.OPENSHIFT_BUILD_PROJECT, namespace: params.OPENSHIFT_BUILD_PROJECT,
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srcStream: params.OPENSHIFT_IMAGE_STREAM, srcTag: 'latest', verbose: 'false'
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}
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// Deploy the built image to the Test Environment.
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stage('Deploy to Test') {
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// Tag the new build as "ready-for-testing"
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openshiftTag alias: 'false', destStream: params.OPENSHIFT_IMAGE_STREAM, srcTag: "${newVersion}",
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destinationNamespace: params.OPENSHIFT_TEST_ENVIRONMENT, namespace: params.OPENSHIFT_BUILD_PROJECT,
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srcStream: params.OPENSHIFT_IMAGE_STREAM, destTag: 'ready-for-testing', verbose: 'false'
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// Trigger a new deployment
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openshiftDeploy deploymentConfig: params.OPENSHIFT_DEPLOYMENT_CONFIG, namespace: params.OPENSHIFT_TEST_ENVIRONMENT
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}
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// Run some integration tests.
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// Once the tests succeed tag the image
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stage('Integration Test') {
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// Run integration tests that are in the GIT repo
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sh "tests/run-integration-tests.sh '${params.OPENSHIFT_TEST_URL}'"
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// Tag the new build as "ready-for-prod"
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openshiftTag alias: 'false', destStream: params.OPENSHIFT_IMAGE_STREAM, srcTag: "${newVersion}",
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destinationNamespace: params.OPENSHIFT_PROD_ENVIRONMENT, namespace: params.OPENSHIFT_BUILD_PROJECT,
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srcStream: params.OPENSHIFT_IMAGE_STREAM, destTag: 'ready-for-prod', verbose: 'false'
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}
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// Blue/Green Deployment into Production
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// First step : deploy the new version but do not activate it !
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stage('Deploy to Production') {
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// Yes, this is mandatory for the next command to succeed. Don't know why...
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sh "oc project ${params.OPENSHIFT_PROD_ENVIRONMENT}"
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// Extract the route target (xxx-green or xxx-blue)
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// This will be used by getCurrentTarget and getNewTarget methods
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sh "oc get service ${params.OPENSHIFT_SERVICE} -n ${params.OPENSHIFT_PROD_ENVIRONMENT} -o template --template='{{ .spec.selector.color }}' > route-target"
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// Flip/flop target (green goes blue and vice versa)
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def newTarget = getNewTarget()
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// Trigger a new deployment
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openshiftDeploy deploymentConfig: "${params.OPENSHIFT_DEPLOYMENT_CONFIG}-${newTarget}", namespace: params.OPENSHIFT_PROD_ENVIRONMENT
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openshiftVerifyDeployment deploymentConfig: "${params.OPENSHIFT_DEPLOYMENT_CONFIG}-${newTarget}", namespace: params.OPENSHIFT_PROD_ENVIRONMENT
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}
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// Once approved (input step) switch production over to the new version.
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stage('Switch over to new Version') {
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// Determine which is of green or blue is active
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def newTarget = getNewTarget()
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def currentTarget = getCurrentTarget()
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// Wait for administrator confirmation
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input "Switch Production from ${currentTarget} to ${newTarget} ?"
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// Switch blue/green
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sh "oc patch -n ${params.OPENSHIFT_PROD_ENVIRONMENT} service/${params.OPENSHIFT_SERVICE} --patch '{\"spec\":{\"selector\":{\"color\":\"${newTarget}\"}}}'"
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}
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}
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// Get the current target of the OpenShift production route
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// Note: the route-target file is created earlier by the "oc get route" command
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def getCurrentTarget() {
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def currentTarget = readFile 'route-target'
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return currentTarget
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}
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// Flip/flop target (green goes blue and vice versa)
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def getNewTarget() {
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def currentTarget = getCurrentTarget()
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def newTarget = ""
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if (currentTarget == "blue") {
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newTarget = "green"
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} else if (currentTarget == "green") {
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newTarget = "blue"
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} else {
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echo "OOPS, wrong target"
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}
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return newTarget
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}
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