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W-JAX 14- Pimp Your Continuous Delivery Pipeline with the New Jenkins Workflow Engine
def qaCatalinaBase = '/opt/apache-tomcat-8-qa'
def qaHttpPort = 8081
def stagingCatalinaBase = '/opt/apache-tomcat-8-staging'
def stagingHttpPort = 8082
def perfsCatalinaBase = '/opt/apache-tomcat-8-perfs'
def perfsHttpPort = 8084
def productionCatalinaBase = '/opt/apache-tomcat-8-production'
def productionHttpPort = 8083
stage 'Build'
node('linux') { // COMPILE AND JUNIT
def src = 'https://github.com/cyrille-leclerc/spring-petclinic.git'
// def src = '/Users/cleclerc/git/cyrille-leclerc/spring-petclinic'
git url: src
ensureMaven()
sh 'mvn -o clean package'
sh 'tar -c -f src.tar src/ pom.xml'
archive 'src.tar, target/petclinic.war'
step $class: 'hudson.tasks.junit.JUnitResultArchiver', testResults: 'target/surefire-reports/*.xml'
}
stage name: 'Quality analysis and Perfs', concurrency: 1
parallel(qualityAnalysis: {
node('linux') { // RUN SONAR ANALYSIS
unarchive mapping: ['src.tar': '.']
ensureMaven()
sh 'tar -x -f src.tar'
sh 'mvn -o sonar:sonar'
}
}, performanceTest: {
node('linux') { // DEPLOY ON PERFS AND RUN JMETER STRESS TEST
sh 'rm -rf *'
unarchive mapping: ['src.tar': '.', 'target/petclinic.war': 'petclinic.war']
deployApp 'petclinic.war', perfsCatalinaBase, perfsHttpPort
ensureMaven()
sh 'tar -x -f src.tar'
sh 'mvn -o jmeter:jmeter'
shutdownApp(perfsCatalinaBase)
}
})
stage name: 'QA', concurrency: 1
checkpoint 'ENTER QA'
node('linux') { // DEPLOY ON THE QA SERVER
sh 'rm -rf *'
unarchive mapping: ['target/petclinic.war': 'petclinic.war']
deployApp 'petclinic.war', qaCatalinaBase, qaHttpPort
}
stage name: 'Staging', concurrency: 1
checkpoint 'CHOOSE TO ENTER STAGING'
input message: "Does staging app http://localhost:$qaHttpPort/ look good? If yes, we deploy on staging.", ok: "DEPLOY TO STAGING!"
node('linux') { // DEPLOY ON STAGING
unarchive mapping: ['target/petclinic.war': 'petclinic.war']
deployApp 'petclinic.war', stagingCatalinaBase, stagingHttpPort
echo "Application is available on STAGING at http://localhost:$stagingHttpPort/"
}
// FUNCTIONS
/**
* Deploy the app to the local Tomcat server identified by the given "catalinaBase"
*
* @param war path to the war file to deploy
* @param catalinaBase path to the catalina base
* @param httpPort listen port of the tomcat server
*/
def deployApp(war, catalinaBase, httpPort) {
sh "${catalinaBase}/bin/shutdown.sh || :" // use "|| :" to ignore exception if server is not started
sh "rm -rf ${catalinaBase}/webapps/ROOT"
sh "rm -rf ${catalinaBase}/webapps/ROOT.war"
sh "cp -rf ${war} ${catalinaBase}/webapps/ROOT.war"
sh "${catalinaBase}/bin/startup.sh"
echo "$catalinaBase server restarted with new webapp $war, see http://localhost:$httpPort"
retry(count: 5) {
sh "sleep 5 && curl http://localhost:$httpPort/health-check.jsp"
}
}
/**
* Shutdown the local Tomcat server identified by the given "catalinaBase"
*
* @param catalinaBase path to the catalina base
*/
def shutdownApp(catalinaBase) {
sh "${catalinaBase}/bin/shutdown.sh || :" // use "|| :" to ignore exception if server is not started
echo "$catalinaBase server is stopped"
}
/**
* Deploy Maven on the slave if needed and add it to the path
*/
def ensureMaven() {
env.PATH = "${tool 'Maven 3.x'}/bin:${env.PATH}"
}
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