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Jenkinsfile
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def Machine = 'none'
def machine = 'none'
def HOME = 'none'
def localworkspace = 'none'
def commonworkspace = 'none'
pipeline {
agent { label 'built-in' }
options {
skipDefaultCheckout()
parallelsAlwaysFailFast()
}
stages { // This initial stage is used to get the Machine name from the GitHub labels on the PR
// which is used to designate the Nodes in the Jenkins Controler by the agent label
// Each Jenknis Node is connected to said machine via an JAVA agent via an ssh tunnel
stage('Get Machine') {
agent { label 'built-in' }
steps {
script {
localworkspace = env.WORKSPACE
machine = 'none'
for (label in pullRequest.labels) {
echo "Label: ${label}"
if ((label.matches('CI-Hera-Ready'))) {
machine = 'hera'
} else if ((label.matches('CI-Orion-Ready'))) {
machine = 'orion'
} else if ((label.matches('CI-Hercules-Ready'))) {
machine = 'hercules'
}
} // createing a second machine varible with first letter capital
// because the first letter of the machine name is captitalized in the GitHub labels
Machine = machine[0].toUpperCase() + machine.substring(1)
}
}
}
stage('Get Common Workspace') {
agent { label "${machine}-emc" }
steps {
script {
properties([parameters([[$class: 'NodeParameterDefinition', allowedSlaves: ['built-in', 'Hera-EMC', 'Orion-EMC'], defaultSlaves: ['built-in'], name: '', nodeEligibility: [$class: 'AllNodeEligibility'], triggerIfResult: 'allCases']])])
HOME = "${WORKSPACE}/TESTDIR"
commonworkspace = "${WORKSPACE}"
sh(script: "mkdir -p ${HOME}/RUNTESTS")
pullRequest.addLabel("CI-${Machine}-Building")
if (pullRequest.labels.any { value -> value.matches("CI-${Machine}-Ready") }) {
pullRequest.removeLabel("CI-${Machine}-Ready")
}
}
}
}
stage('Build System') {
matrix {
agent { label "${machine}-emc" }
//options {
// throttle(['global_matrix_build'])
//}
axes {
axis {
name 'system'
values 'gfs', 'gefs'
}
}
stages {
stage('build system') {
steps {
script {
def HOMEgfs = "${HOME}/${system}" // local HOMEgfs is used to build the system on per system basis under the common workspace HOME
sh(script: "mkdir -p ${HOMEgfs}")
ws(HOMEgfs) {
env.MACHINE_ID = machine // MACHINE_ID is used in the build scripts to determine the machine and is added to the shell environment
if (fileExists("${HOMEgfs}/sorc/BUILT_semaphor")) { // if the system is already built, skip the build in the case of re-runs
sh(script: "cat ${HOMEgfs}/sorc/BUILT_semaphor", returnStdout: true).trim() // TODO: and user configurable control to manage build semphore
pullRequest.comment("Cloned PR already built (or build skipped) on ${machine} in directory ${HOMEgfs}<br>Still doing a checkout to get the latest changes")
sh(script: 'source workflow/gw_setup.sh; git pull --recurse-submodules')
dir('sorc') {
sh(script: './link_workflow.sh')
}
} else {
checkout scm
sh(script: 'source workflow/gw_setup.sh;which git;git --version;git submodule update --init --recursive')
def builds_file = readYaml file: 'ci/cases/yamls/build.yaml'
def build_args_list = builds_file['builds']
def build_args = build_args_list[system].join(' ').trim().replaceAll('null', '')
dir("${HOMEgfs}/sorc") {
sh(script: "${build_args}")
sh(script: './link_workflow.sh')
sh(script: "echo ${HOMEgfs} > BUILT_semaphor")
}
}
if (env.CHANGE_ID && system == 'gfs') {
if (pullRequest.labels.any { value -> value.matches("CI-${Machine}-Building") }) {
pullRequest.removeLabel("CI-${Machine}-Building")
}
pullRequest.addLabel("CI-${Machine}-Running")
}
}
}
}
}
}
}
}
stage('Run Tests') {
matrix {
agent { label "${machine}-emc" }
axes {
axis {
name 'Case'
// TODO add dynamic list of cases from env vars (needs addtional plugins)
values 'C48_ATM', 'C48_S2SWA_gefs', 'C48_S2SW', 'C96_atm3DVar', 'C96C48_hybatmDA', 'C96_atmsnowDA' // 'C48mx500_3DVarAOWCDA'
}
}
stages {
stage('Create Experiment') {
steps {
script {
sh(script: "sed -n '/{.*}/!p' ${HOME}/gfs/ci/cases/pr/${Case}.yaml > ${HOME}/gfs/ci/cases/pr/${Case}.yaml.tmp")
def yaml_case = readYaml file: "${HOME}/gfs/ci/cases/pr/${Case}.yaml.tmp"
system = yaml_case.experiment.system
def HOMEgfs = "${HOME}/${system}" // local HOMEgfs is used to populate the XML on per system basis
env.RUNTESTS = "${HOME}/RUNTESTS"
sh(script: "${HOMEgfs}/ci/scripts/utils/ci_utils_wrapper.sh create_experiment ${HOMEgfs}/ci/cases/pr/${Case}.yaml")
}
}
}
stage('Run Experiments') {
steps {
script {
HOMEgfs = "${HOME}/gfs" // common HOMEgfs is used to launch the scripts that run the experiments
ws(HOMEgfs) {
pslot = sh(script: "${HOMEgfs}/ci/scripts/utils/ci_utils_wrapper.sh get_pslot ${HOME}/RUNTESTS ${Case}", returnStdout: true).trim()
// pullRequest.comment("**Running** experiment: ${Case} on ${Machine}<br>With the experiment in directory:<br>`${HOME}/RUNTESTS/${pslot}`")
err = sh(script: "${HOMEgfs}/ci/scripts/run-check_ci.sh ${HOME} ${pslot}")
if (err != 0) {
pullRequest.comment("**FAILURE** running experiment: ${Case} on ${Machine}")
sh(script: "${HOMEgfs}/ci/scripts/utils/ci_utils_wrapper.sh cancel_all_batch_jobs ${HOME}/RUNTESTS")
ws(HOME) {
if (fileExists('RUNTESTS/error.logs')) {
def fileContent = readFile 'RUNTESTS/error.logs'
def lines = fileContent.readLines()
for (line in lines) {
echo "archiving: ${line}"
archiveArtifacts artifacts: "${line}", fingerprint: true
}
}
}
error("Failed to run experiments ${Case} on ${Machine}")
}
// pullRequest.comment("**SUCCESS** running experiment: ${Case} on ${Machine}")
}
}
}
}
}
}
}
}
post {
always {
script {
if(env.CHANGE_ID) {
for (label in pullRequest.labels) {
if (label.contains("${Machine}")) {
pullRequest.removeLabel(label)
}
}
}
}
}
success {
script {
if(env.CHANGE_ID) {
pullRequest.addLabel("CI-${Machine}-Passed")
def timestamp = new Date().format('MM dd HH:mm:ss', TimeZone.getTimeZone('America/New_York'))
pullRequest.comment("**CI SUCCESS** ${Machine} at ${timestamp}\n\nBuilt and ran in directory `${HOME}`")
}
}
}
failure {
script {
if(env.CHANGE_ID) {
pullRequest.addLabel("CI-${Machine}-Failed")
def timestamp = new Date().format('MM dd HH:mm:ss', TimeZone.getTimeZone('America/New_York'))
pullRequest.comment("**CI FAILED** ${Machine} at ${timestamp}<br>Built and ran in directory `${HOME}`")
}
}
}
}
}