debian-forge-composer/schutzbot/Jenkinsfile
Major Hayden 1492470d56 🤹🏻‍♂️ Prepare for multi-arch support
As we embark on a CI journey to other architectures, we need to be
explicit about choosing the right architecture for each CI node.

This is a portion of the work required for #834.

Signed-off-by: Major Hayden <major@redhat.com>
2020-07-09 09:37:23 -05:00

388 lines
13 KiB
Groovy

pipeline {
agent none
environment {
AWS_REGION = "us-east-2"
AWS_BUCKET = "imagebuilder-jenkins-testing-use2"
// Colorful Ansible always looks nicer.
ANSIBLE_FORCE_COLOR="True"
// Time each task and display stdout as YAML (easier to read).
ANSIBLE_LOAD_CALLBACK_PLUGINS="True"
ANSIBLE_CALLBACK_WHITELIST="profile_tasks"
ANSIBLE_STDOUT_CALLBACK="yaml"
// Don't display those ugly purple deprecation warnings.
ANSIBLE_DEPRECATION_WARNINGS="False"
// Our host keys are constantly changing.
ANSIBLE_HOST_KEY_CHECKING="False"
// Enable ssh pipelining for faster deployments to remote nodes.
ANSIBLE_PIPELINING="True"
}
options {
timestamps()
ansiColor('xterm')
// Cancel the pipeline if it runs for more than three hours.
timeout(
time: 3,
unit: "HOURS"
)
}
stages {
stage("Prepare") {
agent { label "schutzbot" }
steps {
sh (
label: "Get environment variables",
script: "env | sort"
)
}
}
stage("Mock") {
// Halt the entire pipeline if a single RPM build fails. That
// could indicate a code problem that needs to be investigated.
failFast true
parallel {
stage('Fedora 31') {
agent { label "f31cloudbase && x86_64" }
environment {
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
sh "schutzbot/ci_details.sh"
retry(3) {
sh "schutzbot/mockbuild.sh"
}
stash (
includes: 'osbuild-mock.repo',
name: 'fedora31'
)
}
}
stage('Fedora 32') {
agent { label "f32cloudbase && x86_64" }
environment {
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
sh "schutzbot/ci_details.sh"
retry(3) {
sh "schutzbot/mockbuild.sh"
}
stash (
includes: 'osbuild-mock.repo',
name: 'fedora32'
)
}
}
stage('RHEL 8 CDN') {
agent { label "rhel8cloudbase && x86_64" }
environment {
AWS_CREDS = credentials('aws-credentials-osbuildci')
RHN_REGISTRATION_SCRIPT = credentials('rhn-register-script-production')
}
steps {
sh "schutzbot/ci_details.sh"
retry(3) {
sh "schutzbot/mockbuild.sh"
}
stash (
includes: 'osbuild-mock.repo',
name: 'rhel8cdn'
)
}
}
// NOTE(mhayden): RHEL 8.3 is only available in PSI for now.
stage('RHEL 8.3 Nightly') {
agent { label "rhel83cloudbase && x86_64" }
environment {
AWS_CREDS = credentials('aws-credentials-osbuildci')
NIGHTLY_REPO = credentials('rhel8-nightly-repo')
NIGHTLY_MOCK_TEMPLATE = credentials('rhel8-nightly-mock-template')
}
steps {
sh "schutzbot/ci_details.sh"
retry(3) {
sh "schutzbot/mockbuild.sh"
}
stash (
includes: 'osbuild-mock.repo',
name: 'rhel83'
)
}
}
}
}
stage("Functional Testing") {
// Allow the other stages to finish if a single stage fails.
failFast false
parallel {
stage('Fedora 31 base') {
agent { label "f31cloudbase && psi && x86_64" }
environment { TEST_TYPE = "base" }
steps {
unstash 'fedora31'
run_tests('base')
}
post {
always {
preserve_logs('fedora31-base')
}
}
}
stage('Fedora 31 image') {
agent { label "f31cloudbase && psi && x86_64" }
environment {
TEST_TYPE = "image"
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
unstash 'fedora31'
run_tests('image')
}
post {
always {
preserve_logs('fedora31-image')
}
}
}
stage('Fedora 31 integration') {
agent { label "f31cloudbase && psi && x86_64" }
environment {
TEST_TYPE = "integration"
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
unstash 'fedora31'
run_tests('integration')
}
post {
always {
preserve_logs('fedora31-integration')
}
}
}
stage('Fedora 32 base') {
agent { label "f32cloudbase && psi && x86_64" }
environment { TEST_TYPE = "base" }
steps {
unstash 'fedora32'
run_tests('base')
}
post {
always {
preserve_logs('fedora32-base')
}
}
}
stage('Fedora 32 image') {
agent { label "f32cloudbase && psi && x86_64" }
environment {
TEST_TYPE = "image"
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
unstash 'fedora32'
run_tests('image')
}
post {
always {
preserve_logs('fedora32-image')
}
}
}
stage('Fedora 32 integration') {
agent { label "f32cloudbase && psi && x86_64" }
environment {
TEST_TYPE = "integration"
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
unstash 'fedora32'
run_tests('integration')
}
post {
always {
preserve_logs('fedora32-integration')
}
}
}
stage('RHEL 8 CDN Base') {
agent { label "rhel8cloudbase && psi && x86_64" }
environment { TEST_TYPE = "base" }
steps {
unstash 'rhel8cdn'
run_tests('base')
}
post {
always {
preserve_logs('rhel8-base')
}
}
}
stage('RHEL 8 CDN Image') {
agent { label "rhel8cloudbase && psi && x86_64" }
environment {
TEST_TYPE = "image"
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
unstash 'rhel8cdn'
run_tests('image')
}
post {
always {
preserve_logs('rhel8-image')
}
}
}
stage('RHEL 8 CDN integration') {
agent { label "rhel8cloudbase && psi && x86_64" }
environment {
TEST_TYPE = "integration"
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
unstash 'rhel8cdn'
run_tests('integration')
}
post {
always {
preserve_logs('rhel8-integration')
}
}
}
stage('RHEL 8.3 Base') {
agent { label "rhel83cloudbase && x86_64" }
environment { TEST_TYPE = "base" }
steps {
unstash 'rhel83'
run_tests('base')
}
post {
always {
preserve_logs('rhel83-base')
}
}
}
stage('RHEL 8.3 Image') {
agent { label "rhel83cloudbase && x86_64" }
environment {
TEST_TYPE = "image"
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
unstash 'rhel83'
run_tests('image')
}
post {
always {
preserve_logs('rhel83-image')
}
}
}
stage('RHEL 8.3 integration') {
agent { label "rhel83cloudbase && x86_64" }
environment {
TEST_TYPE = "integration"
AWS_CREDS = credentials('aws-credentials-osbuildci')
}
steps {
unstash 'rhel83'
run_tests('integration')
}
post {
always {
preserve_logs('rhel83-integration')
}
}
}
}
}
}
}
// Set up a function to hold the steps needed to run the tests so we don't
// need to copy/paste the same lines over and over above.
void run_tests(test_type) {
// Get CI machine details.
sh (
label: "Get CI machine details",
script: "schutzbot/ci_details.sh"
)
// Deploy the Image Builder packages and services.
sh (
label: "Deploy",
script: "schutzbot/deploy.sh"
)
// Run the base tests.
if (test_type == 'base') {
sh (
label: "Base tests",
script: "schutzbot/run_base_tests.sh"
)
}
if (test_type == 'image') {
sh (
label: "Image tests",
script: "schutzbot/run_image_tests.sh"
)
}
if (test_type == 'integration') {
// Run the qcow2 test.
sh (
label: "Integration test: QCOW2",
script: "test/image-tests/qemu.sh qcow2"
)
// Run the openstack test.
sh (
label: "Integration test: OpenStack",
script: "test/image-tests/qemu.sh openstack"
)
// Run the VHD/Azure test.
sh (
label: "Integration test: VHD",
script: "test/image-tests/qemu.sh vhd"
)
// Run the VMDK/VMware test.
sh (
label: "Integration test: VMDK",
script: "test/image-tests/qemu.sh vmdk"
)
// Run the AWS test.
sh (
label: "Integration test: AWS",
script: "test/image-tests/aws.sh"
)
}
}
// Move logs to a unique location and tell Jenkins to capture them on success
// or failure.
void preserve_logs(test_slug) {
// Save the systemd journal.
sh "journalctl --boot > systemd-journald.log"
// Make a directory for the log files and move the logs there.
sh "mkdir ${test_slug} && mv *.log *.jpg ${test_slug}/ || true"
// Artifact the logs.
archiveArtifacts (
allowEmptyArchive: true,
artifacts: "${test_slug}/*.log,${test_slug}/*.jpg"
)
}