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Jenkinsfile
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// vim: ts=2:sw=2:expandtab:syntax=groovy
/* https://build.libelektra.org/job/elektra-jenkinsfile/
* This file describes how the elektra-jenkinsfile buildjob should be
* executed.
*
* 1. libraries and global variables are set
* 2. define the main stages of the pipeline
* 3. describe sub stages. This is where you will want to add new builds
* 4. helper section to help write build scripts
*
* General Information about Jenkinsfiles can be found at
* https://jenkins.io/doc/book/pipeline/jenkinsfile/.
*
* A Snippet generator is available to the public at
* https://qa.nuxeo.org/jenkins/pipeline-syntax/.
* A list of available commands on the build server can be found after a login at
* https://build.libelektra.org/job/libelektra/pipeline-syntax/.
*/
// TODO have a per plugin/binding deps in Dockerfile for easier maintenance
// TODO add warnings plugins to scan for compiler warnings
// Does appear to be not working for multiple runs in one job
// Libraries
@Library('libelektra-shared') _
// Buildjob properties
properties([
buildDiscarder(
logRotator(
artifactDaysToKeepStr: '31', // Keep artifacts for max 31 days
artifactNumToKeepStr: '5', // Keep artifacts for last 5 builds
daysToKeepStr: '90', // Keep build info for 90 days
numToKeepStr: '60' // Keep a max of 60 builds
)
)
])
// If previous run is still running, cancel it unless we are building
// code from the `master` branch.
abortPreviousRunUnlessMaster()
pipelineConfig {
// uncomment if you you want to overwrite these values
// dockerNodeLabel = 'docker'
// registry = 'hub.libelektra.org'
now = new Date()
}
/* Define reusable cmake Flag globals
*
* They can be passed to many of the test helper functions and the cmake
* function and represent flags usually passed to cmake.
*/
CMAKE_FLAGS_BASE = [
'SITE': '${STAGE_NAME}',
'KDB_DB_SYSTEM': '${WORKSPACE}/config/kdb/system',
'KDB_DB_SPEC': '${WORKSPACE}/config/kdb/spec',
'KDB_DB_HOME': '${WORKSPACE}/config/kdb/home',
'CMAKE_INSTALL_PREFIX': '${WORKSPACE}/system',
'BUILD_DOCUMENTATION': 'OFF',
'CMAKE_RULE_MESSAGES': 'OFF',
'COMMON_FLAGS': '-Werror'
]
CMAKE_FLAGS_BUILD_ALL = [
'BINDINGS': 'ALL',
'PLUGINS': 'ALL',
'TOOLS': 'ALL'
]
CMAKE_FLAGS_COVERAGE = ['ENABLE_COVERAGE': 'ON']
CMAKE_FLAGS_CLANG = [
'CMAKE_C_COMPILER': 'clang',
'CMAKE_CXX_COMPILER': 'clang++'
]
CMAKE_FLAGS_MMAP = [
'KDB_DB_FILE': 'default.mmap',
'KDB_DB_INIT': 'elektra.mmap',
'KDB_DEFAULT_STORAGE': 'mmapstorage'
]
CMAKE_FLAGS_GDWARF4_VALGRIND_WORKAROUND = [
'CMAKE_C_FLAGS': '-gdwarf-4',
'CMAKE_CXX_FLAGS': '-gdwarf-4'
]
CMAKE_FLAGS_I386 = [
'CMAKE_C_FLAGS': '-m32',
'CMAKE_CXX_FLAGS': '-m32'
]
CMAKE_FLAGS_ASAN = ['ENABLE_ASAN': 'ON']
CMAKE_FLAGS_DEBUG = ['ENABLE_DEBUG': 'ON']
CMAKE_FLAGS_LOGGER = ['ENABLE_LOGGER': 'ON']
CMAKE_FLAGS_OPTIMIZATIONS_OFF = ['ENABLE_OPTIMIZATIONS': 'OFF']
CMAKE_FLAGS_BUILD_TESTING_OFF = ['BUILD_TESTING': 'OFF']
// CMAKE_FLAGS_BUILD_SHARED = ['BUILD_SHARED': 'ON'] is ON per default
CMAKE_FLAGS_BUILD_FULL = ['BUILD_FULL': 'ON']
CMAKE_FLAGS_BUILD_STATIC = ['BUILD_STATIC': 'ON']
// Define TEST enum used in buildAndTest helper
enum TEST {
MEM, // Test for memoryleaks via valgrind
NOKDB, // Only run tests that do not write to disk
ALL, // Run all tests
INSTALL, // Run all tests on an installed version of Elektra
CRYPTOS // Test crypto, fcrypt and gpgme for memory leaks (quite unstable)
public TEST() {} // WORKAROUND https://issues.jenkins-ci.org/browse/JENKINS-33023
}
DOCKER_IMAGES = [:] // Containers docker image descriptions, populated during
// dockerInit()
/*****************************************************************************
* Main Stages
*
* Serial stages that contain parallelized logic. Only proceeds to the next
* if previous stage did not fail.
*****************************************************************************/
/* main function wrapping around all stages
*
* Added to improve readability.
*/
def main() {
stage("Init docker images") {
dockerInit()
}
stage("Pull docker images") {
parallel dockerUtils.generateDockerPullStages(DOCKER_IMAGES)
}
maybeStage("Build docker images", DOCKER_IMAGES.any {img -> !img.value.exists}) {
lock('docker-images') {
parallel dockerUtils.generateDockerBuildStages(DOCKER_IMAGES)
}
}
stage("Basic checks") {
milestone label: "Basic checks"
parallel generateBasicCheckStages()
}
stage("Main builds") {
milestone label: "Main builds"
parallel generateMainBuildStages()
}
stage("Full builds") {
milestone label: "Full builds"
parallel generateFullBuildStages()
}
stage("Build artifacts") {
milestone label: "Build artifacts"
parallel generateArtifactStages()
}
maybeStage("Deploy Website", isMaster()) {
milestone label: "Deploy Website"
parallel deployWebsite()
}
// maybeStage("Deploy Web UI", isMaster()) {
// deployWebUI()
// }
}
try {
detectInterruption {
main()
}
} catch(UserInterruptedException uie) {
println "Caught ${uie}"
} catch(Exception e) {
if (isMaster()) {
// If master is failing we want to know ASAP so send a mail.
// collect changes since last build
def changes = currentBuild.changeSets.collect() {
it.collect() {
"* ${it.getCommitId().take(7)} - ${it.getAuthor()} - ${it.getMsg().take(40)}"
}.join('\n')
}.join('\n')
if (!changes) {
changes = "* No new changes since last build"
}
def message = """\
Build ${JOB_NAME}:${BUILD_NUMBER} failed.
Url: ${RUN_DISPLAY_URL}
Reason: ${e}
Changes: ${RUN_CHANGES_DISPLAY_URL}
${changes}
Logs: ${currentBuild.rawBuild.getLog(20).join('\n')}
"""
mail subject: "Build ${JOB_NAME} failed",
body: message,
replyTo: "noreply@libelektra.org",
to: "build@libelektra.org"
}
throw e
}
/*****************************************************************************
* Stage Generators
*****************************************************************************/
/* Populate DOCKER_IMAGES with data
*
* For this we need a checkout of the scm to generate the hash for the
* Dockerfiles which indicates if a rebuild of the images is needed
*/
def dockerInit() {
node("master") {
echo "Processing DOCKER_IMAGES"
checkout scm
/* We use the sid image for testing if we are compatible with Debian
* unstable.
* Additionally we use it for tests with Clang and for source
* formatting checks (as they depend on Clang).
*/
DOCKER_IMAGES.sid = dockerUtils.createDockerImageDesc(
"debian-sid", dockerUtils.&idTesting,
"./scripts/docker/debian/sid",
"./scripts/docker/debian/sid/Dockerfile"
)
/*
* Debian Bullseye. Used for testing and packaging.
*/
DOCKER_IMAGES.bullseye = dockerUtils.createDockerImageDesc(
"debian-bullseye", dockerUtils.&idTesting,
"./scripts/docker/debian/bullseye",
"./scripts/docker/debian/bullseye/Dockerfile"
)
/* A minimal Debian Bullseye image used to test Elektra without any
* additional requirements introduced by optional plugins, bindings,
* ...
*/
DOCKER_IMAGES.bullseye_minimal = dockerUtils.createDockerImageDesc(
"debian-bullseye-minimal", dockerUtils.&idTesting,
"./scripts/docker/debian/bullseye",
"./scripts/docker/debian/bullseye/minimal.Dockerfile"
)
/* A Docker image for cross-building i386
*/
DOCKER_IMAGES.bullseye_i386 = dockerUtils.createDockerImageDesc(
"debian-bullseye-i386", dockerUtils.&idTesting,
"./scripts/docker/debian/bullseye",
"./scripts/docker/debian/bullseye/i386.Dockerfile"
)
/* Build Elektra's documentation with this image.
* Also contains latex for pdf creation.
*/
DOCKER_IMAGES.bullseye_doc = dockerUtils.createDockerImageDesc(
"debian-bullseye-doc", dockerUtils.&idTesting,
"./scripts/docker/debian/bullseye",
"./scripts/docker/debian/bullseye/doc.Dockerfile"
)
/* Our main target for compatibility is Debian stable
* (currently buster).
* Hence we try to build all parts of Elektra via this image.
* Most of the tests defined below use this image.
* Especially noteworthy is that this image is also used for Debian
* package building
*/
DOCKER_IMAGES.buster = dockerUtils.createDockerImageDesc(
"debian-buster", dockerUtils.&idTesting,
"./scripts/docker/debian/buster",
"./scripts/docker/debian/buster/Dockerfile"
)
/* A minimal Debian buster image used to test Elektra without any
* additional requirements introduced by optional plugins, bindings,
* ...
*/
DOCKER_IMAGES.buster_minimal = dockerUtils.createDockerImageDesc(
"debian-buster-minimal", dockerUtils.&idTesting,
"./scripts/docker/debian/buster",
"./scripts/docker/debian/buster/minimal.Dockerfile"
)
/* A Docker image for cross-building i386
*/
DOCKER_IMAGES.buster_i386 = dockerUtils.createDockerImageDesc(
"debian-buster-i386", dockerUtils.&idTesting,
"./scripts/docker/debian/buster",
"./scripts/docker/debian/buster/i386.Dockerfile"
)
/* Alpine: used to compile against musl and uses ash as shell
*/
DOCKER_IMAGES.alpine = dockerUtils.createDockerImageDesc(
"alpine", dockerUtils.&idTesting,
"./scripts/docker/alpine/3.17",
"./scripts/docker/alpine/3.17/Dockerfile"
)
/* Ubuntu Focal Fossa image*/
DOCKER_IMAGES.focal = dockerUtils.createDockerImageDesc(
"focal", dockerUtils.&idTesting,
"./scripts/docker/ubuntu/focal",
"./scripts/docker/ubuntu/focal/Dockerfile"
)
/* Ubuntu Jammy Jellyfish image*/
DOCKER_IMAGES.jammy = dockerUtils.createDockerImageDesc(
"jammy", dockerUtils.&idTesting,
"./scripts/docker/ubuntu/jammy",
"./scripts/docker/ubuntu/jammy/Dockerfile"
)
/* Ubuntu Kinetic Kudu image*/
DOCKER_IMAGES.kinetic = dockerUtils.createDockerImageDesc(
"kinetic", dockerUtils.&idTesting,
"./scripts/docker/ubuntu/kinetic",
"./scripts/docker/ubuntu/kinetic/Dockerfile"
)
/* Fedora 36 image*/
DOCKER_IMAGES.fedora_36 = dockerUtils.createDockerImageDesc(
"fedora-36", dockerUtils.&idTesting,
"./scripts/docker/fedora/36",
"./scripts/docker/fedora/36/Dockerfile"
)
DOCKER_IMAGES.fedora_37 = dockerUtils.createDockerImageDesc(
"fedora-37", dockerUtils.&idTesting,
"./scripts/docker/fedora/37",
"./scripts/docker/fedora/37/Dockerfile"
)
DOCKER_IMAGES.opensuse_15_3 = dockerUtils.createDockerImageDesc(
"opensuse-15-3", dockerUtils.&idTesting,
"./scripts/docker/opensuse/15.3",
"./scripts/docker/opensuse/15.3/Dockerfile"
)
/* CentOS Stream 8 image*/
DOCKER_IMAGES.centos_stream8 = dockerUtils.createDockerImageDesc(
"centos-stream-8", dockerUtils.&idTesting,
"./scripts/docker/centos/stream8",
"./scripts/docker/centos/stream8/Dockerfile"
)
/* Image building the libelektra.org website */
DOCKER_IMAGES.website = dockerUtils.createDockerImageDesc(
"website", dockerUtils.&idArtifact,
".",
"./scripts/docker/website/Dockerfile",
false
)
/* Image building Elektra webui base image */
DOCKER_IMAGES.webui_base = dockerUtils.createDockerImageDesc(
"web-base", dockerUtils.&idArtifact,
".",
"./scripts/docker/webui/base/Dockerfile",
false
)
/* Image building elektrad */
DOCKER_IMAGES.webui_elektrad = dockerUtils.createDockerImageDesc(
"elektrad-demo", dockerUtils.&idArtifact,
"./scripts/docker/webui/elektrad-demo/",
"./scripts/docker/webui/elektrad-demo/Dockerfile",
false
)
/* Image building webd */
DOCKER_IMAGES.webui_webd = dockerUtils.createDockerImageDesc(
"webd-demo", dockerUtils.&idArtifact,
"./scripts/docker/webui/webd-demo/",
"./scripts/docker/webui/webd-demo/Dockerfile",
false
)
/* Debian buster image used to install previously built packages */
DOCKER_IMAGES.buster_installed = dockerUtils.createDockerImageDesc(
"debian-buster-installed", dockerUtils.&idArtifact,
"./build/package",
"./scripts/docker/debian/buster/release.Dockerfile",
false
)
/* Debian bullseye image used to install previously built packages */
DOCKER_IMAGES.bullseye_installed = dockerUtils.createDockerImageDesc(
"debian-bullseye-installed", dockerUtils.&idArtifact,
"./build/package",
"./scripts/docker/debian/bullseye/release.Dockerfile",
false
)
/* Ubuntu Focal Fossa image used to install previously built packages */
DOCKER_IMAGES.focal_installed = dockerUtils.createDockerImageDesc(
"ubuntu-focal-installed", dockerUtils.&idArtifact,
"./build/package",
"./scripts/docker/ubuntu/focal/release.Dockerfile",
false
)
/* Ubuntu Jammy Jellyfish image used to install previously built packages */
DOCKER_IMAGES.jammy_installed = dockerUtils.createDockerImageDesc(
"ubuntu-jammy-installed", dockerUtils.&idArtifact,
"./build/package",
"./scripts/docker/ubuntu/jammy/release.Dockerfile",
false
)
/* Ubuntu Kinetic Kudu image used to install previously built packages */
DOCKER_IMAGES.kinetic_installed = dockerUtils.createDockerImageDesc(
"ubuntu-kinetic-installed", dockerUtils.&idArtifact,
"./build/package",
"./scripts/docker/ubuntu/kinetic/release.Dockerfile",
false
)
/* Fedora 36 image used to install previously built packages */
DOCKER_IMAGES.fedora_36_installed = dockerUtils.createDockerImageDesc(
"fedora-36-installed", dockerUtils.&idArtifact,
"./build/package",
"./scripts/docker/fedora/36/release.Dockerfile",
false
)
/* Fedora 37 image used to install previously built packages */
DOCKER_IMAGES.fedora_37_installed = dockerUtils.createDockerImageDesc(
"fedora-37-installed", dockerUtils.&idArtifact,
"./build/package",
"./scripts/docker/fedora/37/release.Dockerfile",
false
)
/* openSuse Leap 15.3 image used to install previously built packages */
DOCKER_IMAGES.opensuse_15_3_installed = dockerUtils.createDockerImageDesc(
"opensuse-15-3-installed", dockerUtils.&idTesting,
"./build/package",
"./scripts/docker/opensuse/15.3/release.Dockerfile",
false
)
/* Image to build openwrt package */
/* TODO: Reenable when we have a new maintainer for openwrt
*
DOCKER_IMAGES.openwrt_sdk = dockerUtils.createDockerImageDesc(
'openwrt-sdk', dockerUtils.&idTesting,
'./scripts/docker/openwrt/sdk',
'./scripts/docker/openwrt/sdk/Dockerfile'
)*/
}
}
/* Generate basic check stages
*
* Runs basic checks that do not to build the code
*/
def generateBasicCheckStages() {
def tasks = [:]
// Do not abort parallel stages if any fail, so we can see the output of all stages
tasks.failFast = false
// Check the ABI and API compatibility of Elektra
tasks << buildIcheck()
// Check if release notes have been updated
tasks << buildCheckReleaseNotes()
// Check if all file names comply with the file name convention
tasks << buildCheckFileNames()
// Check for reuse compliancy
tasks << buildCheckReuseCompliant()
// Check formatting of c and CMake files
tasks << buildFormatChecks()
// Run the open tasks plugin and sloccount
tasks << buildTodo()
return tasks
}
/* Generate Main stages
*
* Should be used to give quick feedback to developer and check for obvious
* errors before the intensive tasks start
*/
def generateMainBuildStages() {
def tasks = [:]
// We want to fail fast (i.e. abort parallel stages if one fails
tasks.failFast = true
tasks << buildAndTest(
"fedora-37-full",
DOCKER_IMAGES.fedora_37,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_DEBUG +
CMAKE_FLAGS_BUILD_FULL +
CMAKE_FLAGS_BUILD_STATIC,
[TEST.ALL, TEST.MEM, TEST.NOKDB, TEST.INSTALL]
)
// Build doc and upload
tasks << buildDoc()
// Add a task that should build the whole project to catch all test errors
// in a standard environment
tasks << buildAndTest(
"debian-bullseye-full",
DOCKER_IMAGES.bullseye,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_DEBUG +
CMAKE_FLAGS_BUILD_FULL +
CMAKE_FLAGS_BUILD_STATIC +
CMAKE_FLAGS_COVERAGE
,
[TEST.ALL, TEST.MEM, TEST.NOKDB, TEST.INSTALL]
)
return tasks
}
/* Generate Test stages for full test coverage
*/
def generateFullBuildStages() {
def tasks = [:]
tasks << buildAndTest(
"fedora-36-full",
DOCKER_IMAGES.fedora_36,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_DEBUG +
CMAKE_FLAGS_BUILD_FULL +
CMAKE_FLAGS_BUILD_STATIC,
[TEST.ALL, TEST.MEM, TEST.NOKDB, TEST.INSTALL]
)
// Build Elektra with clang and ASAN
// Detects memory leaks via ASAN
tasks << buildAndTestAsan(
"fedora-37-asan",
DOCKER_IMAGES.fedora_37,
CMAKE_FLAGS_BUILD_ALL
)
tasks << buildAndTest(
"opensuse-15-3",
DOCKER_IMAGES.opensuse_15_3,
CMAKE_FLAGS_BUILD_ALL+
CMAKE_FLAGS_DEBUG,
[TEST.ALL, TEST.MEM, TEST.INSTALL]
)
tasks << buildAndTest(
"centos-stream-8",
DOCKER_IMAGES.centos_stream8,
CMAKE_FLAGS_BUILD_ALL+
CMAKE_FLAGS_DEBUG,
[TEST.ALL, TEST.MEM, TEST.INSTALL]
)
// Add a task that should build the whole project to catch all test errors
// in a standard environment
tasks << buildAndTest(
"debian-buster-full",
DOCKER_IMAGES.buster,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_DEBUG +
CMAKE_FLAGS_BUILD_FULL +
CMAKE_FLAGS_BUILD_STATIC +
CMAKE_FLAGS_COVERAGE
,
[TEST.ALL, TEST.MEM, TEST.NOKDB, TEST.INSTALL]
)
// Build Elektra with ASAN enabled
// Detects memory leaks via ASAN
tasks << buildAndTestAsan(
"debian-buster-asan",
DOCKER_IMAGES.buster,
CMAKE_FLAGS_BUILD_ALL
)
// Build Elektra with clang and ASAN
// Detects memory leaks via ASAN
tasks << buildAndTestAsan(
"debian-unstable-clang-asan",
DOCKER_IMAGES.sid,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_CLANG
)
// Build Elektra on debian-unstable for compatibility tests
tasks << buildAndTest(
"debian-unstable-full",
DOCKER_IMAGES.sid,
CMAKE_FLAGS_BUILD_ALL+
CMAKE_FLAGS_DEBUG,
[TEST.ALL, TEST.MEM, TEST.INSTALL]
)
// Build Elektra on debian bullseye
tasks << buildAndTest(
"debian-bullseye-full",
DOCKER_IMAGES.bullseye,
CMAKE_FLAGS_BUILD_ALL+
CMAKE_FLAGS_DEBUG,
[TEST.ALL, TEST.MEM, TEST.INSTALL]
)
tasks << buildAndTest(
"debian-bullseye-full-i386",
DOCKER_IMAGES.bullseye_i386,
CMAKE_FLAGS_I386 + [
'PLUGINS': 'NODEP'
] + CMAKE_FLAGS_BUILD_ALL,
[TEST.ALL]
)
tasks << buildAndTest(
"debian-buster-full-i386",
DOCKER_IMAGES.buster_i386,
CMAKE_FLAGS_I386 + [
'PLUGINS': 'NODEP'
] + CMAKE_FLAGS_BUILD_ALL,
[TEST.ALL]
)
// Build Elektra with clang. We use unstable for easy access to clang-9.0
// Detects problems when using an alternative compiler (clang)
tasks << buildAndTest(
"debian-unstable-full-clang",
DOCKER_IMAGES.sid,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_DEBUG +
CMAKE_FLAGS_CLANG +
CMAKE_FLAGS_GDWARF4_VALGRIND_WORKAROUND,
[TEST.ALL, TEST.MEM, TEST.INSTALL]
)
// Build Elektra via mingw for Windows
tasks << buildAndTestMingwW64_x86_64()
tasks << buildAndTestMingwW64_i686()
// Build Elektra on alpine
tasks << buildAndTest(
"alpine",
DOCKER_IMAGES.alpine,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_BUILD_STATIC + [
'PLUGINS': 'ALL;-date',
],
[TEST.ALL]
)
// Build Elektra on Ubuntu Jammy Jellyfish
tasks << buildAndTest(
"ubuntu-jammy",
DOCKER_IMAGES.jammy,
CMAKE_FLAGS_BUILD_ALL,
[TEST.ALL]
)
// Build Elektra on Ubuntu Kinetic Kudu
tasks << buildAndTest(
"ubuntu-kinetic",
DOCKER_IMAGES.kinetic,
CMAKE_FLAGS_BUILD_ALL,
[TEST.ALL]
)
// Build Elektra on a minimal Debian buster Docker image
tasks << buildAndTest(
"debian-buster-minimal",
DOCKER_IMAGES.buster_minimal,
[:],
[TEST.ALL]
)
// Build Elektra on a minimal Debian Bullseye Docker image
tasks << buildAndTest(
"debian-bullseye-minimal",
DOCKER_IMAGES.bullseye_minimal,
[:],
[TEST.ALL]
)
// Build Elektra on a minimal Debian Bullseye Docker image
// specify NODEP and see if plugins are properly included/excluded
tasks << buildAndTest(
"debian-bullseye-minimal-nodep",
DOCKER_IMAGES.bullseye_minimal,
['PLUGINS': 'NODEP'],
[TEST.ALL]
)
// Build Elektra without the cache plugin
tasks << buildAndTest(
"debian-bullseye-full-nocache",
DOCKER_IMAGES.bullseye,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_DEBUG +
CMAKE_FLAGS_COVERAGE + [
'PLUGINS': 'ALL;-DEPRECATED;-cache',
],
[TEST.ALL, TEST.MEM]
)
// tasks << buildAndTestAsan(
// "debian-bullseye-full-mmap-asan",
// DOCKER_IMAGES.bullseye,
// CMAKE_FLAGS_BUILD_ALL +
// CMAKE_FLAGS_DEBUG +
// CMAKE_FLAGS_MMAP
// )
// Build Elektra with xdg resolver to see if we are compliant
def xdgResolver = 'resolver_mf_xp_x'
tasks << buildAndTest(
"debian-bullseye-full-xdg",
DOCKER_IMAGES.bullseye,
[
'PLUGINS': "${xdgResolver};dump;sync;base64;spec;error;timeofday;profile;mathcheck;tracer;hosts;network;glob;backend;modules;version;missing",
'KDB_DEFAULT_RESOLVER': xdgResolver
],
[TEST.ALL, TEST.MEM]
)
// Build Elektra without tests
tasks << buildAndTest(
"debian-bullseye-full-build-testing-off",
DOCKER_IMAGES.bullseye,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_BUILD_TESTING_OFF
,
[]
)
// Build Elektra without optimizations
tasks << buildAndTest(
"debian-bullseye-full-optimizations-off",
DOCKER_IMAGES.bullseye,
CMAKE_FLAGS_BUILD_ALL +
CMAKE_FLAGS_OPTIMIZATIONS_OFF +
CMAKE_FLAGS_DEBUG +
CMAKE_FLAGS_LOGGER
,
[TEST.ALL, TEST.MEM]
)
// Run memory analysis of the crypto plugins in separate environment as theses tests are quite unstable
tasks << buildAndTest(
"debian-buster-cryptoplugins",
DOCKER_IMAGES.buster,
CMAKE_FLAGS_BUILD_ALL+
CMAKE_FLAGS_DEBUG + [
'PLUGINS': 'dump;resolver_fm_hpu_b;list;spec;sync;crypto;fcrypt;gpgme;base64',
'TOOLS': 'kdb;gen-gpg-testkey',
'BINDINGS': '',
],
[TEST.CRYPTOS]
)
tasks << buildAndTest(
"debian-bullseye-cryptoplugins",
DOCKER_IMAGES.bullseye,
CMAKE_FLAGS_BUILD_ALL+
CMAKE_FLAGS_DEBUG + [
'PLUGINS': 'dump;resolver_fm_hpu_b;list;spec;sync;crypto;fcrypt;gpgme;base64',
'TOOLS': 'kdb;gen-gpg-testkey',
'BINDINGS': '',
],
[TEST.CRYPTOS]
)
// We need the webui_base image to build webui images later
tasks << dockerUtils.buildImageStage(DOCKER_IMAGES.webui_base)
return tasks
}
/* Stage for analysing open Tasks and running sloccount */
def buildTodo() {
def stageName = "todo"
def openTaskPatterns = '''\
**/*.c, **/*.h, **/*.hpp, **/*.cpp,\
**/CMakeLists.txt, **/Dockerfile*, Jenkinsfile*
'''
return [(stageName): {
stage(stageName) {
withDockerEnv(DOCKER_IMAGES.bullseye_doc) {
sh "sloccount --duplicates --wide --details ${WORKSPACE} > sloccount.sc"
step([$class: 'SloccountPublisher', ignoreBuildFailure: true])
recordIssues(tools: [taskScanner(ignoreCase: true, includePattern: openTaskPatterns, lowTags: 'TODO,FIXME')])
utils.archive(["sloccount.sc"])
deleteDir()
}
}
}]
}
/* Stage checking if release notes have been updated (only on PRs, as it doesn't make sense on master) */
def buildCheckReleaseNotes() {
def stageName = "check-release-notes"
return [(stageName): {
maybeStage(stageName, !isMaster()) {
withDockerEnv(DOCKER_IMAGES.bullseye, [DockerOpts.MOUNT_MIRROR]) {
sh "scripts/build/run_check_release_notes"
deleteDir()
}
}
}]
}
/* Stage checking for correct file names in the repository */
def buildCheckFileNames() {
def stageName = "check-file-names"
return [(stageName): {
stage(stageName) {
withDockerEnv(DOCKER_IMAGES.bullseye, [DockerOpts.MOUNT_MIRROR]) {
sh "scripts/dev/filename-checker"
deleteDir()
}
}
}]
}
/* Stage checking if for reuse compliancy */
def buildCheckReuseCompliant() {
def stageName = "check-reuse-compliant"
return [(stageName): {
stage(stageName) {
withDockerEnv(DOCKER_IMAGES.bullseye, [DockerOpts.MOUNT_MIRROR]) {
sh "reuse lint"
deleteDir()
}
}
}]
}
/* Stage running Icheck to see if the API has been modified */
def buildIcheck() {
def stageName = "icheck"
return [(stageName): {
stage(stageName) {
withDockerEnv(DOCKER_IMAGES.bullseye, [DockerOpts.MOUNT_MIRROR]) {
sh "scripts/build/run_icheck"
deleteDir()
}
}
}]
}
def buildFormatChecks() {
def stageName = "formatting-check"
return [(stageName): {
stage(stageName) {
withDockerEnv(DOCKER_IMAGES.sid, [DockerOpts.MOUNT_MIRROR]) {
dir('build') {
deleteDir()
utils.cmake(env.WORKSPACE, [:])
ctest("Test -R testscr_check_formatting")
}
}
}
}]
}
/* Stage building and uploading the documentation */
def buildDoc() {
def stageName = "doc"
cmakeFlags = [
'BUILD_PDF': 'ON',
'BUILD_FULL': 'OFF',
'BUILD_SHARED': 'OFF',
'BUILD_STATIC': 'OFF',
'BUILD_TESTING': 'OFF'
]
return [(stageName): {
stage(stageName) {
withDockerEnv(DOCKER_IMAGES.bullseye_doc) {
dir('build') {
deleteDir()
utils.cmake(env.WORKSPACE, cmakeFlags)
sh "make html latex man pdf"
}
def apib = "./doc/api_blueprints/snippet-sharing.apib"
def apiDocDir = "./build/API_DOC/restapi"
sh "mkdir -p ${apiDocDir}/${VERSION}"
sh "cp ${apib} ${apiDocDir}/${VERSION}/"
apiary(apib, "${apiDocDir}/${VERSION}/snippet-sharing.html")
dir(apiDocDir) {
sh "ln -s ${VERSION} current"
}
recordIssues(tools: [doxygen(pattern: 'build/doc/doxygen.log')])
def uploadDir = "api/${env.BRANCH_NAME}"
if (!isMaster()) {
uploadDir = "api/pr/${env.BRANCH_NAME}"
}
sshPublisher(
publishers: [
sshPublisherDesc(
verbose: true,
configName: 'doc.libelektra.org',
transfers: [
sshTransfer(
sourceFiles: 'build/doc/latex/*',
removePrefix: 'build/doc/',
remoteDirectory: "${uploadDir}"
),
sshTransfer(
sourceFiles: 'build/doc/html/*',
removePrefix: 'build/doc/',
remoteDirectory: "${uploadDir}"
),
sshTransfer(
sourceFiles: 'build/doc/man/man3elektra/*',
removePrefix: 'build/doc/man/man3elektra/',
remoteDirectory: "${uploadDir}/man"
)
]
)
]
)
deleteDir()
}
}
}]
}
/* Helper to generate an asan enabled test */
def buildAndTestAsan(testName, image, extraCmakeFlags = [:]) {
def cmakeFlags = CMAKE_FLAGS_BASE +
CMAKE_FLAGS_ASAN +
extraCmakeFlags
def dockerOpts = [DockerOpts.MOUNT_MIRROR, DockerOpts.PTRACE]
return [(testName): {
stage(testName) {
withDockerEnv(image, dockerOpts) {
dir('build') {
deleteDir()
utils.cmake(env.WORKSPACE, cmakeFlags)
sh "make"
def llvm_symbolizer = sh(returnStdout: true,
script: 'which llvm-symbolizer').trim()
withEnv(["ASAN_OPTIONS='symbolize=1'",
"ASAN_SYMBOLIZER_PATH=${llvm_symbolizer}"]){
ctest()
}
}
}
}
}]
}
/* Helper to generate mingw x86_64 test */
def buildAndTestMingwW64_x86_64() {
def testName = "debian-bullseye-mingw-w64-x86_64"
return [(testName): {
stage(testName) {
withDockerEnv(DOCKER_IMAGES.bullseye) {
dir('build') {
deleteDir()
sh '../scripts/dev/configure-mingw-w64-x86_64 ..'
sh 'make'
def destdir='elektra'
withEnv(["DESTDIR=${destdir}"]){
sh 'make install'
}
sh "zip -r elektra.zip ${destdir}"
utils.archive(['elektra.zip'])
}
}
}
}]
}
/* Helper to generate mingw i686 test */
def buildAndTestMingwW64_i686() {
def testName = "debian-bullseye-mingw-w64-i686"
return [(testName): {
stage(testName) {
withDockerEnv(DOCKER_IMAGES.bullseye) {