blob: c0480c1499da3bf253459f29fc2e030ff5cab54b [file] [log] [blame]
package com.mirantis.mk
import static groovy.json.JsonOutput.toJson
import java.util.regex.Pattern
/**
*
* KaaS Component Testing Utilities
*
*/
/**
* Check KaaS Core CICD feature flags
* such triggers can be used in case of switching between pipelines,
* conditions inside pipelines to reduce dependency on jenkins job builder and jenkins job templates itself
*
* @return (map)[
* ffNameEnabled: (bool) True/False
* ]
*/
def checkCoreCIFeatureFlags() {
def common = new com.mirantis.mk.Common()
def ff = [
build_artifacts_upgrade: false,
]
def commitMsg = env.GERRIT_CHANGE_COMMIT_MESSAGE ? new String(env.GERRIT_CHANGE_COMMIT_MESSAGE.decodeBase64()) : ''
if (commitMsg ==~ /(?s).*\[ci-build-artifacts-upgrade\].*/) {
ff['build_artifacts_upgrade'] = true
}
common.infoMsg("Core ci feature flags status: ${ff}")
return ff
}
/**
* Determine scope of test suite against per-commit KaaS deployment based on keywords
* Keyword list: https://gerrit.mcp.mirantis.com/plugins/gitiles/kaas/core/+/refs/heads/master/hack/ci-gerrit-keywords.md
*
* Used for components team to combine test-suites and forward desired parameters to kaas/core deployment jobs
* Example scheme:
* New CR pushed in kubernetes/lcm-ansible -> parsing it'cs commit body and combine test-suite -> trigger deployment jobs from kaas/core
* manage test-suite through Jenkins Job Parameters
*
* @return (map)[
* deployChildEnabled: (bool) True if need to deploy child cluster during demo-run
* runUie2eEnabled: (bool) True if need to run ui-e2e cluster during demo-run
* ]
*/
def checkDeploymentTestSuite() {
def common = new com.mirantis.mk.Common()
// Available triggers and its sane defaults
def seedMacOs = env.SEED_MACOS ? env.SEED_MACOS.toBoolean() : false
def deployChild = env.DEPLOY_CHILD_CLUSTER ? env.DEPLOY_CHILD_CLUSTER.toBoolean() : false
def upgradeChild = env.UPGRADE_CHILD_CLUSTER ? env.UPGRADE_CHILD_CLUSTER.toBoolean() : false
def fullUpgradeChild = env.FULL_UPGRADE_CHILD_CLUSTER ? env.FULL_UPGRADE_CHILD_CLUSTER.toBoolean() : false
def mosDeployChild = env.DEPLOY_MOS_CHILD_CLUSTER ? env.DEPLOY_MOS_CHILD_CLUSTER.toBoolean() : false
def mosUpgradeChild = env.UPGRADE_MOS_CHILD_CLUSTER ? env.UPGRADE_MOS_CHILD_CLUSTER.toBoolean() : false
def customChildRelease = env.KAAS_CHILD_CLUSTER_RELEASE_NAME ? env.KAAS_CHILD_CLUSTER_RELEASE_NAME : ''
def mosTfDeploy = env.MOS_TF_DEPLOY ? env.MOS_TF_DEPLOY.toBoolean() : false
def attachBYO = env.ATTACH_BYO ? env.ATTACH_BYO.toBoolean() : false
def upgradeBYO = env.UPGRADE_BYO ? env.UPGRADE_BYO.toBoolean() : false
def runBYOMatrix = env.RUN_BYO_MATRIX ? env.RUN_BYO_MATRIX.toBoolean() : false
def defaultBYOOs = env.DEFAULT_BYO_OS ? env.DEFAULT_BYO_OS.toString() : 'ubuntu'
def upgradeMgmt = env.UPGRADE_MGMT_CLUSTER ? env.UPGRADE_MGMT_CLUSTER.toBoolean() : false
def autoUpgradeMgmt = env.AUTO_UPGRADE_MCC ? env.AUTO_UPGRADE_MCC.toBoolean() : false
def enableLMALogging = env.ENABLE_LMA_LOGGING ? env.ENABLE_LMA_LOGGING.toBoolean(): false
def deployOsOnMos = env.DEPLOY_OS_ON_MOS? env.DEPLOY_OS_ON_MOS.toBoolean() : false
def runUie2e = env.RUN_UI_E2E ? env.RUN_UI_E2E.toBoolean() : false
def runUie2eNew = env.RUN_UI_E2E_NEW ? env.RUN_UI_E2E_NEW.toBoolean() : false
def runMgmtConformance = env.RUN_MGMT_CFM ? env.RUN_MGMT_CFM.toBoolean() : false
def runMgmtConformanceNetworkPolicy = env.RUN_MGMT_CFM_NETWORK_POLICY ? env.RUN_MGMT_CFM_NETWORK_POLICY.toBoolean() : false
def runLMATest = env.RUN_LMA_TEST ? env.RUN_LMA_TEST.toBoolean() : false
def runMgmtUserControllerTest = env.RUN_MGMT_USER_CONTROLLER_TEST ? env.RUN_MGMT_USER_CONTROLLER_TEST.toBoolean() : false
def runProxyChildTest = env.RUN_PROXY_CHILD_TEST ? env.RUN_PROXY_CHILD_TEST.toBoolean() : false
def runChildConformance = env.RUN_CHILD_CFM ? env.RUN_CHILD_CFM.toBoolean() : false
def runChildStacklightHa = env.RUN_STACKLIGHT_CHILD_HA ? env.RUN_STACKLIGHT_CHILD_HA.toBoolean() : false
def runChildConformanceNetworkPolicy = env.RUN_CHILD_CFM_NETWORK_POLICY ? env.RUN_CHILD_CFM_NETWORK_POLICY.toBoolean() : false
def runChildHPA = env.RUN_CHILD_HPA ? env.RUN_CHILD_HPA.toBoolean() : false
def fetchServiceBinaries = env.FETCH_BINARIES_FROM_UPSTREAM ? env.FETCH_BINARIES_FROM_UPSTREAM.toBoolean() : false
def equinixMetalV2ChildDiffMetro = env.EQUINIXMETALV2_CHILD_DIFF_METRO ? env.EQUINIXMETALV2_CHILD_DIFF_METRO.toBoolean() : false
def runMaintenanceTest = env.RUN_MAINTENANCE_TEST ? env.RUN_MAINTENANCE_TEST.toBoolean() : false
def runContainerregistryTest = env.RUN_CONTAINER_REGISTRY_TEST ? env.RUN_CONTAINER_REGISTRY_TEST.toBoolean() : false
def runMgmtDeleteMasterTest = env.RUN_MGMT_DELETE_MASTER_TEST ? env.RUN_MGMT_DELETE_MASTER_TEST.toBoolean() : false
def runRgnlDeleteMasterTest = env.RUN_RGNL_DELETE_MASTER_TEST ? env.RUN_RGNL_DELETE_MASTER_TEST.toBoolean() : false
def runChildDeleteMasterTest = env.RUN_CHILD_DELETE_MASTER_TEST ? env.RUN_CHILD_DELETE_MASTER_TEST.toBoolean() : false
def runGracefulRebootTest = env.RUN_GRACEFUL_REBOOT_TEST ? env.RUN_GRACEFUL_REBOOT_TEST.toBoolean() : false
def pauseForDebug = env.PAUSE_FOR_DEBUG ? env.PAUSE_FOR_DEBUG.toBoolean() : false
def runChildMachineDeletionPolicyTest = env.RUN_CHILD_MACHINE_DELETION_POLICY_TEST ? env.RUN_CHILD_MACHINE_DELETION_POLICY_TEST.toBoolean() : false
def runChildCustomCertTest = env.RUN_CHILD_CUSTOM_CERT_TEST ? env.RUN_CHILD_CUSTOM_CERT_TEST.toBoolean() : false
def runByoChildCustomCertTest = env.RUN_BYO_CHILD_CUSTOM_CERT_TEST ? env.RUN_BYO_CHILD_CUSTOM_CERT_TEST.toBoolean() : false
def runMgmtCustomCacheCertTest = env.RUN_MGMT_CUSTOM_CACHE_CERT_TEST ? env.RUN_MGMT_CUSTOM_CACHE_CERT_TEST.toBoolean() : false
def runMkeCustomCertTest = env.RUN_MKE_CUSTOM_CERT_TEST ? env.RUN_MKE_CUSTOM_CERT_TEST.toBoolean() : false
def runCustomHostnames = env.RUN_CUSTOM_HOSTNAMES ? env.RUN_CUSTOM_HOSTNAMES.toBoolean() : false
def slLatest = env.SL_LATEST ? env.SL_LATEST.toBoolean() : false
def coreKeycloakLdap = env.CORE_KEYCLOAK_LDAP_ENABLED ? env.CORE_KEYCLOAK_LDAP_ENABLED.toBoolean() : false
def configureInternalNTP = env.CORE_KAAS_NTP_ENABLED ? env.CORE_KAAS_NTP_ENABLED.toBoolean() : false
def disableKubeApiAudit = env.DISABLE_KUBE_API_AUDIT ? env.DISABLE_KUBE_API_AUDIT.toBoolean() : false
def auditd = env.AUDITD_ENABLE ? env.AUDITD_ENABLE.toBoolean() : false
def customSlackChannel = env.SLACK_CHANNEL_NOTIFY ? env.SLACK_CHANNEL_NOTIFY : ''
def runNTPUpdateTest = env.RUN_NTP_UPDATE_TEST ? env.RUN_NTP_UPDATE_TEST.toBoolean() : false
def runMCCMariaBackupRestoreTest = env.RUN_MCC_MARIA_BACKUP_RESTORE_TEST ? env.RUN_MCC_MARIA_BACKUP_RESTORE_TEST.toBoolean() : false
def runRuntimeMigrateExtendedTestMgmt = env.RUN_MGMT_RUNTIME_MIGRATE_EXTENDED_TEST ? env.RUN_MGMT_RUNTIME_MIGRATE_EXTENDED_TEST.toBoolean() : false
def runRuntimeMigrateQuickTestMgmt = env.RUN_MGMT_RUNTIME_MIGRATE_QUICK_TEST ? env.RUN_MGMT_RUNTIME_MIGRATE_QUICK_TEST.toBoolean() : false
def runRuntimeMigrateAndRollbackTestMgmt = env.RUN_MGMT_RUNTIME_MIGRATE_AND_ROLLBACK_TEST ? env.RUN_MGMT_RUNTIME_MIGRATE_AND_ROLLBACK_TEST.toBoolean() : false
def runRuntimeMigrateExtendedTestChild = env.RUN_CHILD_RUNTIME_MIGRATE_EXTENDED_TEST ? env.RUN_CHILD_RUNTIME_MIGRATE_EXTENDED_TEST.toBoolean() : false
def runRuntimeMigrateQuickTestChild = env.RUN_CHILD_RUNTIME_MIGRATE_QUICK_TEST ? env.RUN_CHILD_RUNTIME_MIGRATE_QUICK_TEST.toBoolean() : false
def runRuntimeMigrateAndRollbackTestChild = env.RUN_CHILD_RUNTIME_MIGRATE_AND_ROLLBACK_TEST ? env.RUN_CHILD_RUNTIME_MIGRATE_AND_ROLLBACK_TEST.toBoolean() : false
def upgradeChildPlanSeq = env.UPGRADE_CHILD_PLAN_SEQ ? env.UPGRADE_CHILD_PLAN_SEQ.toBoolean() : false
def upgradeChildPlanBulk = env.UPGRADE_CHILD_PLAN_BULK ? env.UPGRADE_CHILD_PLAN_BULK.toBoolean() : false
// multiregion configuration from env variable: comma-separated string in form $mgmt_provider,$regional_provider
def multiregionalMappings = env.MULTIREGION_SETUP ? multiregionWorkflowParser(env.MULTIREGION_SETUP) : [
enabled: false,
managementLocation: '',
regionLocation: '',
]
// proxy customization
def proxyConfig = [
mgmtOffline: env.OFFLINE_MGMT_CLUSTER ? env.OFFLINE_MGMT_CLUSTER.toBoolean() : false,
childOffline: env.OFFLINE_CHILD_CLUSTER ? env.OFFLINE_CHILD_CLUSTER.toBoolean() : false,
childProxy: env.PROXY_CHILD_CLUSTER ? env.PROXY_CHILD_CLUSTER.toBoolean() : false,
]
// optional demo deployment customization
def awsOnDemandDemo = env.ALLOW_AWS_ON_DEMAND ? env.ALLOW_AWS_ON_DEMAND.toBoolean() : false
def equinixOnDemandDemo = env.ALLOW_EQUINIX_ON_DEMAND ? env.ALLOW_EQUINIX_ON_DEMAND.toBoolean() : false
def equinixMetalV2OnDemandDemo = env.ALLOW_EQUINIXMETALV2_ON_DEMAND ? env.ALLOW_EQUINIXMETALV2_ON_DEMAND.toBoolean() : false
def equinixOnAwsDemo = env.EQUINIX_ON_AWS_DEMO ? env.EQUINIX_ON_AWS_DEMO.toBoolean() : false
def azureOnAwsDemo = env.AZURE_ON_AWS_DEMO ? env.AZURE_ON_AWS_DEMO.toBoolean() : false
def azureOnDemandDemo = env.ALLOW_AZURE_ON_DEMAND ? env.ALLOW_AZURE_ON_DEMAND.toBoolean() : false
def enableVsphereDemo = env.ALLOW_VSPHERE_ON_DEMAND ? env.ALLOW_VSPHERE_ON_DEMAND.toBoolean() : false
def enableOSDemo = true
def enableBMDemo = true
def enablebmCoreDemo = env.ALLOW_BM_CORE_ON_DEMAND ? env.ALLOW_BM_CORE_ON_DEMAND.toBoolean() : false
def bmCoreCleanup = env.BM_CORE_CLEANUP ? env.BM_CORE_CLEANUP.toBoolean() : true
def enableArtifactsBuild = true
def bmDeployType = env.BM_DEPLOY_TYPE ? env.BM_DEPLOY_TYPE.toString() : 'virtual'
def openstackIMC = env.OPENSTACK_CLOUD_LOCATION ? env.OPENSTACK_CLOUD_LOCATION : 'us'
def enableVsphereUbuntu = env.VSPHERE_DEPLOY_UBUNTU ? env.VSPHERE_DEPLOY_UBUNTU.toBoolean() : false
def enableVsphereRHEL = env.VSPHERE_DEPLOY_RHEL ? env.VSPHERE_DEPLOY_RHEL.toBoolean() : false
def childOsBootFromVolume = env.OPENSTACK_BOOT_FROM_VOLUME ? env.OPENSTACK_BOOT_FROM_VOLUME.toBoolean() : false
def bootstrapV2Scenario = env.BOOTSTRAP_V2_ENABLED ? env.BOOTSTRAP_V2_ENABLED.toBoolean() : false
def equinixMetalV2Metro = env.EQUINIX_MGMT_METRO ? env.EQUINIX_MGMT_METRO : ''
def enableFips = env.ENABLE_FIPS ? env.ENABLE_FIPS.toBoolean() : false
def enableMkeDebug = env.ENABLE_MKE_DEBUG ? env.ENABLE_MKE_DEBUG.toBoolean() : false
def aioCluster = env.AIO_CLUSTER ? env.AIO_CLUSTER.toBoolean() : false
def dockerServicesCheckSkip = env.DOCKER_SERVICES_CHECK_SKIP ? env.DOCKER_SERVICES_CHECK_SKIP.toBoolean() : false
def useVsphereVvmtObjects = env.VSPHERE_USE_VVMT_OBJECTS ? env.VSPHERE_USE_VVMT_OBJECTS.toBoolean() : false
def enableBv2Smoke = true
def runCacheWarmup = env.CACHE_WARMUP_ENABLED ? env.CACHE_WARMUP_ENABLED.toBoolean() : false
def cveScan = false
// Sync to public CDN is triggered automatically for corresponding scenarios
// This trigger is used only for on-demand cases
def publicCISync = false
def commitMsg = env.GERRIT_CHANGE_COMMIT_MESSAGE ? new String(env.GERRIT_CHANGE_COMMIT_MESSAGE.decodeBase64()) : ''
if (commitMsg ==~ /(?s).*\[mgmt-proxy\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mgmt-proxy.*/) {
proxyConfig['mgmtOffline'] = true
common.warningMsg('Forced running offline mgmt deployment, some provider CDN regions for mgmt deployment may be set to *public-ci* to verify proxy configuration')
}
if (commitMsg ==~ /(?s).*\[mgmt-upgrade\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mgmt-upgrade.*/) {
upgradeMgmt = true
}
if (commitMsg ==~ /(?s).*\[auto-upgrade\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*auto-upgrade.*/) {
autoUpgradeMgmt = true
}
if (commitMsg ==~ /(?s).*\[seed-macos\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*seed-macos.*/) {
seedMacOs = true
}
if (commitMsg ==~ /(?s).*\[child-deploy\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-deploy.*/ ||
upgradeChild || runChildConformance || runProxyChildTest || runChildHPA || runChildConformanceNetworkPolicy) {
deployChild = true
}
if (commitMsg ==~ /(?s).*\[child-upgrade\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-upgrade.*/) {
deployChild = true
upgradeChild = true
}
if (commitMsg ==~ /(?s).*\[child-upgrade-full\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-upgrade-full.*/) {
deployChild = true
upgradeChild = true
common.warningMsg("2-step child updates are not testing (PRODX-33510)")
//TODO: revert after start testing the two-step upgrade again (PRODX-33510)
//fullUpgradeChild = true
}
if (commitMsg ==~ /(?s).*\[child-upgrade-plan-sequental\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-upgrade-plan-sequental.*/) {
deployChild = true
upgradeChild = true
upgradeChildPlanSeq = true
}
if (commitMsg ==~ /(?s).*\[child-upgrade-plan-bulk\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-upgrade-plan-bulk.*/) {
deployChild = true
upgradeChild = true
upgradeChildPlanBulk = true
}
if ((upgradeMgmt || autoUpgradeMgmt) && deployChild) {
upgradeChild = true
common.warningMsg('child upgrade is automatically enabled as mgmt upgrade and child deploy are enabled')
}
def childDeployMatches = (commitMsg =~ /(\[child-deploy\s*(\w|\-)+?\])/)
if (childDeployMatches.size() > 0) {
// override child version when it set explicitly
deployChild = true
customChildRelease = childDeployMatches[0][0].split('child-deploy')[1].replaceAll('[\\[\\]]', '').trim()
common.warningMsg("Forced child deployment using custom release version ${customChildRelease}")
}
if (commitMsg ==~ /(?s).*\[mos-child-deploy\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mos-child-deploy.*/) {
mosDeployChild = true
}
if (commitMsg ==~ /(?s).*\[mos-child-upgrade\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mos-child-upgrade.*/) {
mosDeployChild = true
mosUpgradeChild = true
}
if ((upgradeMgmt || autoUpgradeMgmt) && mosDeployChild) {
mosUpgradeChild = true
common.warningMsg('MOSK child upgrade is automatically enabled as mgmt upgrade and MOSK child deploy are enabled')
}
if (commitMsg ==~ /(?s).*\[byo-attach\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*byo-attach.*/) {
attachBYO = true
}
if (commitMsg ==~ /(?s).*\[byo-upgrade\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*byo-upgrade.*/) {
attachBYO = true
upgradeBYO = true
}
if (commitMsg ==~ /(?s).*\[ui-test-on-all-providers\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*ui-test-on-all-providers.*/) {
enableVsphereDemo = true
enableOSDemo = true
awsOnDemandDemo = true
azureOnDemandDemo = true
equinixOnDemandDemo = true
equinixMetalV2OnDemandDemo = true
runUie2e = true
// Edit after fix PRODX-3961
enableBMDemo = false
}
def byoDeployMatches = (commitMsg =~ /(\[run-byo-matrix\s*(ubuntu|centos)\])/)
if (commitMsg ==~ /(?s).*\[run-byo-matrix\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*run-byo-matrix\.*/ || byoDeployMatches.size() > 0) {
runBYOMatrix = true
if (byoDeployMatches.size() > 0) {
defaultBYOOs = byoDeployMatches[0][2]
common.warningMsg("Custom BYO OS detected, using ${defaultBYOOs}")
}
common.warningMsg('Forced byo matrix test via run-byo-matrix, all other byo triggers will be skipped')
attachBYO = false
upgradeBYO = false
}
if (commitMsg ==~ /(?s).*\[lma-logging\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*lma-logging.*/) {
enableLMALogging = true
}
if (commitMsg ==~ /(?s).*\[deploy-os-on-mos\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*deploy-os-on-mos.*/) {
deployOsOnMos = true
mosDeployChild = true
}
if (commitMsg ==~ /(?s).*\[half-virtual\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*half-virtual.*/ || upgradeMgmt) {
bmDeployType = 'half-virtual'
}
if (commitMsg ==~ /(?s).*\[ui-e2e-nw\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*ui-e2e-nw.*/) {
runUie2e = true
}
if (commitMsg ==~ /(?s).*\[ui-e2e-pw\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*ui-e2e-pw.*/) {
runUie2eNew = true
}
if (commitMsg ==~ /(?s).*\[mgmt-cfm\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mgmt-cfm.*/) {
runMgmtConformance = true
}
if (commitMsg ==~ /(?s).*\[mgmt-cfm-netpolicy\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mgmt-cfm-netpolicy.*/) {
runMgmtConformanceNetworkPolicy = true
}
if (commitMsg ==~ /(?s).*\[test-user-controller\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*test-user-controller.*/) {
runMgmtUserControllerTest = true
}
if (commitMsg ==~ /(?s).*\[test-proxy-child\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*test-proxy-child.*/) {
runProxyChildTest = true
deployChild = true
common.infoMsg('Child cluster deployment will be enabled since proxy child test suite will be executed')
}
if (commitMsg ==~ /(?s).*\[child-cfm\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-cfm.*/) {
runChildConformance = true
deployChild = true
}
if (commitMsg ==~ /(?s).*\[child-cfm-netpolicy\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-cfm-netpolicy.*/) {
runChildConformanceNetworkPolicy = true
deployChild = true
}
if (commitMsg ==~ /(?s).*\[child-hpa\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-hpa.*/) {
runChildHPA = true
deployChild = true
}
if (commitMsg ==~ /(?s).*\[child-sl-ha\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-sl-ha.*/) {
runChildStacklightHa = true
deployChild = true
}
if (commitMsg ==~ /(?s).*\[lma-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*lma-test.*/) {
runLMATest = true
enableLMALogging = true
common.infoMsg('LMA logging will be enabled since LMA test suite will be executed')
}
if (commitMsg ==~ /(?s).*\[maintenance-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*maintenance-test.*/) {
runMaintenanceTest = true
}
if (commitMsg ==~ /(?s).*\[container-registry-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*container-registry-test.*/) {
runContainerregistryTest = true
}
if (commitMsg ==~ /(?s).*\[mgmt-delete-master-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mgmt-delete-master-test.*/) {
runMgmtDeleteMasterTest = true
}
if (commitMsg ==~ /(?s).*\[rgnl-delete-master-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*rgnl-delete-master-test.*/) {
runRgnlDeleteMasterTest = true
}
if (commitMsg ==~ /(?s).*\[child-delete-master-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-delete-master-test.*/) {
if (!mosDeployChild) {
deployChild = true
}
runChildDeleteMasterTest = true
common.infoMsg('Child cluster deployment will be enabled since delete child master node test suite will be executed')
}
if (commitMsg ==~ /(?s).*\[child-machine-deletion-policy-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-machine-deletion-policy-test.*/) {
runChildMachineDeletionPolicyTest = true
deployChild = true
common.infoMsg('Child cluster deployment will be enabled since machine deletion child policy test suite will be executed')
}
if (commitMsg ==~ /(?s).*\[graceful-reboot-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*graceful-reboot-test.*/) {
runGracefulRebootTest = true
}
if (commitMsg ==~ /(?s).*\[pause-for-debug\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*pause-for-debug.*/) {
pauseForDebug = true
}
if (commitMsg ==~ /(?s).*\[child-offline\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-offline.*/) {
proxyConfig['childOffline'] = true
deployChild = true
}
if (commitMsg ==~ /(?s).*\[child-proxy\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-proxy.*/) {
proxyConfig['childOffline'] = true
proxyConfig['childProxy'] = true
deployChild = true
}
if (commitMsg ==~ /(?s).*\[fetch.*binaries\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*fetch.*binaries.*/) {
fetchServiceBinaries = true
}
if (commitMsg ==~ /(?s).*\[equinix-on-aws\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*equinix-on-aws.*/) {
equinixOnAwsDemo = true
common.warningMsg('Forced running child cluster deployment on EQUINIX METAL provider based on AWS management cluster, triggered on patchset using custom keyword: \'[equinix-on-aws]\' ')
}
if (commitMsg ==~ /(?s).*\[azure-on-aws\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*azure-on-aws.*/) {
azureOnAwsDemo = true
common.warningMsg('Forced running child cluster deployment on Azure provider based on AWS management cluster, triggered on patchset using custom keyword: \'[azure-on-aws]\' ')
}
if (commitMsg ==~ /(?s).*\[aws-demo\].*/ ||
env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*aws-demo.*/ ||
runBYOMatrix ||
seedMacOs ||
equinixOnAwsDemo ||
azureOnAwsDemo) {
awsOnDemandDemo = true
common.warningMsg('Running additional kaas deployment with AWS provider, may be forced due applied trigger cross dependencies, follow docs to clarify info')
}
if (commitMsg ==~ /(?s).*\[equinix-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*equinix-demo\.*/) {
equinixOnDemandDemo = true
}
if (commitMsg ==~ /(?s).*\[equinixmetalv2-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*equinixmetalv2-demo\.*/) {
equinixMetalV2OnDemandDemo = true
}
if (commitMsg ==~ /(?s).*\[equinixmetalv2-child-diff-metro\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*equinixmetalv2-child-diff-metro\.*/) {
equinixMetalV2OnDemandDemo = true
equinixMetalV2ChildDiffMetro = true
}
if (commitMsg ==~ /(?s).*\[azure-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*azure-demo\.*/) {
azureOnDemandDemo = true
}
if (commitMsg ==~ /(?s).*\[disable-all-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-all-demo\.*/) {
enableVsphereDemo = false
enableOSDemo = false
enableBMDemo = false
enableBv2Smoke = false
common.errorMsg('vSphere, BM, Openstack, demo deployments and Bootstrap v2 smoke checks will be aborted, VF -1 will be set')
}
if (commitMsg ==~ /(?s).*\[disable-os-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-os-demo\.*/) {
enableOSDemo = false
common.errorMsg('Openstack demo deployment will be aborted, VF -1 will be set')
}
if (commitMsg ==~ /(?s).*\[disable-bm-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-bm-demo\.*/) {
enableBMDemo = false
common.errorMsg('BM demo deployment will be aborted, VF -1 will be set')
}
if (commitMsg ==~ /(?s).*\[bm-core-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*bm-core-demo\\.*/) {
enablebmCoreDemo = true
enableBMDemo = false
}
if (bmDeployType == 'half-virtual' && enablebmCoreDemo) {
common.infoMsg('Half-virtual will be deployed by default on upgrade case')
}
if (commitMsg ==~ /(?s).*\[disable-bm-core-cleanup\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-bm-core-cleanup\\.*/) {
bmCoreCleanup = false
}
if (commitMsg ==~ /(?s).*\[disable-vsphere-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-vsphere-demo\.*/) {
enableVsphereDemo = false
common.errorMsg('vSphere demo deployment will be aborted, VF -1 will be set')
}
if (commitMsg ==~ /(?s).*\[vsphere-ubuntu\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*vsphere-ubuntu\.*/) {
enableVsphereUbuntu = true
common.warningMsg('Ubuntu will be used to deploy vsphere machines')
}
if (commitMsg ==~ /(?s).*\[vsphere-rhel\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*vsphere-rhel\.*/) {
enableVsphereRHEL = true
common.warningMsg('RHEL will be used to deploy vsphere machines')
}
if (commitMsg ==~ /(?s).*\[disable-bv2-smoke\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-bv2-smoke\.*/) {
enableBv2Smoke = false
common.errorMsg('Bootstrap v2 smoke checks will be aborted, WF -1 will be set')
}
if (commitMsg ==~ /(?s).*\[cve-scan\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*cve-scan\.*/) {
cveScan = true
common.errorMsg('CVE Scan job enabled')
}
if (commitMsg ==~ /(?s).*\[public-ci-sync\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*public-ci-sync\.*/) {
publicCISync = true
common.errorMsg('Sync to public-ci CDN is enabled')
}
def slackChannelMatches = (commitMsg =~ /(\[slack-channel\s*[#@](\S+)])/)
if (slackChannelMatches.size() > 0) {
// override chanenel notify when it set explicitly
customSlackChannel = slackChannelMatches[0][0].split("slack-channel")[1].replaceAll('[\\[\\]]', '').trim()
common.warningMsg("Forced send notify to ${customSlackChannel} channel")
}
if (commitMsg ==~ /(?s).*\[disable-artifacts-build\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-artifacts-build\.*/) {
enableArtifactsBuild = false
common.errorMsg('artifacts build will be aborted, VF -1 will be set')
}
if (commitMsg ==~ /(?s).*\[child-os-boot-from-volume\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-os-boot-from-volume\.*/) {
childOsBootFromVolume = true
common.warningMsg('OS will be booted from Ceph volumes')
}
if (commitMsg ==~ /(?s).*\[child-custom-cert-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*child-custom-cert-test\.*/) {
runChildCustomCertTest = true
deployChild = true
common.warningMsg('Child cluster deployment will be enabled since custom cert child test suite will be executed')
}
if (commitMsg ==~ /(?s).*\[mgmt-custom-cache-cert-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mgmt-custom-cache-cert-test\.*/) {
runMgmtCustomCacheCertTest = true
deployChild = true
common.warningMsg('Child cluster deployment will be enabled as the test replaces the mgmt and cluster childcertificates')
}
if (commitMsg ==~ /(?s).*\[mke-custom-cert-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mke-custom-cert-test\.*/) {
runMkeCustomCertTest = true
}
if (commitMsg ==~ /(?s).*\[custom-hostnames\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*custom-hostnames\.*/) {
runCustomHostnames = true
common.warningMsg('All clusters will be deployed with Custom Hostnames')
}
if (commitMsg ==~ /(?s).*\[sl-latest\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*sl-latest\.*/) {
slLatest = true
common.warningMsg('All clusters will be deployed with Stacklight version from artifact-metadata')
}
if (commitMsg ==~ /(?s).*\[keycloak-ldap\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*keycloak-ldap\.*/) {
coreKeycloakLdap = true
common.warningMsg('Management cluster will be deployed with LDAP integration enabled and after-deployment checks will be executed')
}
if (commitMsg ==~ /(?s).*\[ntp-update\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*ntp-update\.*/) {
runNTPUpdateTest = true
common.warningMsg('After deployment of mgmt job with NTP update will be executed')
}
if (commitMsg ==~ /(?s).*\[mcc-maria-backup-restore\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*mcc-maria-backup-restore\.*/) {
runMCCMariaBackupRestoreTest = true
common.warningMsg('MCC Maria Backup/Restore test will be executed as part of mgmt test suite')
}
if (commitMsg ==~ /(?s).*\[runtime-migrate-extended-mgmt\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*runtime-migrate-extended-mgmt\.*/) {
runRuntimeMigrateExtendedTestMgmt = true
common.warningMsg('Runtime migration with semi-reverts (extended test) scheduled as part of mgmt test suite')
}
if (commitMsg ==~ /(?s).*\[runtime-migrate-quick-mgmt\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*runtime-migrate-quick-mgmt\.*/) {
runRuntimeMigrateQuickTestMgmt = true
common.warningMsg('Runtime migration of all nodes in one action (quick test) scheduled as part of mgmt test suite')
}
if (commitMsg ==~ /(?s).*\[runtime-migrate-and-rollback-mgmt\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*runtime-migrate-and-rollback-mgmt\.*/) {
runRuntimeMigrateAndRollbackTestMgmt = true
common.warningMsg('Runtime migration with semi-reverts (extended test) and runtime rollback scheduled as part of mgmt test suite')
}
if (commitMsg ==~ /(?s).*\[runtime-migrate-extended-child\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*runtime-migrate-extended-child\.*/) {
runRuntimeMigrateExtendedTestChild = true
common.warningMsg('Runtime migration with semi-reverts (extended test) scheduled as part of child test suite')
}
if (commitMsg ==~ /(?s).*\[runtime-migrate-quick-child\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*runtime-migrate-quick-child\.*/) {
runRuntimeMigrateQuickTestChild = true
common.warningMsg('Runtime migration of all nodes in one action (quick test) scheduled as part of child test suite')
}
if (commitMsg ==~ /(?s).*\[runtime-migrate-and-rollback-child\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*runtime-migrate-and-rollback-child\.*/) {
runRuntimeMigrateAndRollbackTestChild = true
common.warningMsg('Runtime migration with semi-reverts (extended test) and runtime rollback scheduled as part of child test suite')
}
if (commitMsg ==~ /(?s).*\[internal-ntp\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*internal-ntp\.*/ || proxyConfig['mgmtOffline'] || proxyConfig['childOffline']) {
configureInternalNTP = true
openstackIMC = 'eu'
common.warningMsg('Internal NTP servers will be used. Forced deployment for an offline case in eu cloud')
}
if (commitMsg ==~ /(?s).*\[disable-kube-api-audit\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-kube-api-audit\.*/) {
disableKubeApiAudit = true
common.warningMsg('Disable KUBE API audit for mgmt cluster')
}
if (commitMsg ==~ /(?s).*\[auditd\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*disable-kube-api-audit\.*/) {
auditd = true
}
if (commitMsg ==~ /(?s).*\[byo-child-custom-cert-test\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*byo-child-custom-cert-test\.*/) {
runByoChildCustomCertTest = true
attachBYO = true
common.warningMsg('Byo child cluster deployment will be enabled since custom cert child test suite will be executed')
}
// TODO (vnaumov) remove below condition after moving all releases to UCP
def ucpChildMatches = (commitMsg =~ /(\[child-ucp\s*ucp-.*?\])/)
if (ucpChildMatches.size() > 0) {
deployChild = true
common.warningMsg('Forced UCP based child deployment triggered on patchset using custom keyword: \'[child-ucp ucp-5-1-0-3-3-0-example]\' ')
// TODO(vnaumov) delete after ucp upgrades support
common.errorMsg('Child upgrade test will be skipped, UCP upgrades temporally disabled')
upgradeChild = false
}
if (commitMsg ==~ /(?s).*\[aio-cluster\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*aio-cluster.*/) {
aioCluster = true
}
if (commitMsg ==~ /(?s).*\[enable-docker-services-check\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*aio-cluster.*/) {
dockerServicesCheckSkip = false
common.warningMsg('Forced enable docker service check for all job on WF')
}
if (commitMsg ==~ /(?s).*\[cache-warmup\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*cache-warmup.*/) {
runCacheWarmup = true
}
if (runCacheWarmup && (!deployChild && !mosDeployChild)) {
runCacheWarmup = false
common.errorMsg('Child cluster deployment is not enabled, skipping Cache Warmup')
}
// multiregional tests
def multiRegionalMatches = (commitMsg =~ /(\[multiregion\s*.*?\])/)
if (multiRegionalMatches.size() > 0) {
multiregionalMappings = multiregionWorkflowParser(multiRegionalMatches)
}
switch (multiregionalMappings['managementLocation']) {
case 'aws':
common.warningMsg('Forced running additional kaas deployment with AWS provider according multiregional demo request')
awsOnDemandDemo = true
if (multiregionalMappings['regionLocation'] != 'aws' && seedMacOs) { // macstadium seed node has access only to *public* providers
error('incompatible triggers: [seed-macos] and multiregional deployment based on *private* regional provider cannot be applied simultaneously')
}
break
case 'os':
if (enableOSDemo == false) {
error('incompatible triggers: [disable-os-demo] and multiregional deployment based on OSt management region cannot be applied simultaneously')
}
break
case 'vsphere':
if (enableVsphereDemo == false) {
error('incompatible triggers: [disable-vsphere-demo] and multiregional deployment based on Vsphere management region cannot be applied simultaneously')
}
break
case 'equinix':
common.warningMsg('Forced running additional kaas deployment with Equinix provider according multiregional demo request')
equinixOnDemandDemo = true
break
case 'equinixmetalv2':
common.warningMsg('Forced running additional kaas deployment with Equinix Metal V2 provider according multiregional demo request')
equinixMetalV2OnDemandDemo = true
break
case 'azure':
common.warningMsg('Forced running additional kaas deployment with Azure provider according multiregional demo request')
azureOnDemandDemo = true
break
}
// CDN configuration
def cdnConfig = [
mgmt: [
openstack: 'internal-ci',
vsphere: 'internal-eu',
aws: 'public-ci',
equinix: 'public-ci',
azure: 'public-ci',
],
]
if (commitMsg ==~ /(?s).*\[eu-demo\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*eu-demo.*/) {
openstackIMC = 'eu'
}
if (openstackIMC == 'eu') {
// use internal-eu because on internal-ci with eu cloud image pull takes much time
def cdnRegion = 'internal-eu'
cdnConfig['mgmt']['openstack'] = cdnRegion
}
// calculate weight of current demo run to manage lockable resources
def demoWeight = deployChild ? 2 : 1 // management = 1, child += 1
if (runUie2e || runUie2eNew) {
demoWeight += 1
}
if (commitMsg ==~ /(?s).*\[bootstrapv1-scenario\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*bootstrapv1-scenario\.*/) {
bootstrapV2Scenario = false
}
if (commitMsg ==~ /(?s).*\[bootstrapv2-scenario\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*bootstrapv2-scenario\.*/) {
bootstrapV2Scenario = true
}
if (commitMsg ==~ /(?s).*\[enable-fips\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*enable-fips\.*/) {
enableFips = true
}
if (commitMsg ==~ /(?s).*\[enable-mke-debug\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*enable-mke-debug\.*/) {
enableMkeDebug = true
}
if (commitMsg ==~ /(?s).*\[vsphere-vvmt-obj\].*/ || env.GERRIT_EVENT_COMMENT_TEXT ==~ /(?s).*vsphere-vvmt-obj\.*/) {
useVsphereVvmtObjects = true
}
// parse equinixmetalv2-metro trigger
def equinixMetalV2MetroMatcher = (commitMsg =~ /\[equinixmetalv2-metro(\s+.*)?\]/)
if (equinixMetalV2OnDemandDemo && equinixMetalV2MetroMatcher.size() > 0) {
equinixMetalV2Metro = equinixMetalV2MetroMatcher[0][1].trim().toLowerCase()
common.infoMsg("Forced Equnix mgmt deployment using custom metro ${equinixMetalV2Metro}")
}
common.infoMsg("""
OpenStack Cloud location: ${openstackIMC}
CDN deployment configuration: ${cdnConfig}
MCC offline deployment configuration: ${proxyConfig}
Use MacOS node as seed: ${seedMacOs}
Child cluster deployment scheduled: ${deployChild}
Custom child cluster release: ${customChildRelease}
Child cluster release upgrade scheduled: ${upgradeChild}
Full Child cluster release upgrade scheduled: ${fullUpgradeChild}
MOS child deploy scheduled: ${mosDeployChild}
MOS child upgrade scheduled: ${mosUpgradeChild}
Child conformance testing scheduled: ${runChildConformance}
Child conformance network policy testing scheduled: ${runChildConformanceNetworkPolicy}
Child HPA testing scheduled: ${runChildHPA}
Child Stacklight HA: ${runChildStacklightHa}
Single BYO cluster attachment scheduled: ${attachBYO}
Single Attached BYO cluster upgrade test scheduled: ${upgradeBYO}
BYO test matrix whole suite scheduled: ${runBYOMatrix}
Default BYO OS: ${defaultBYOOs}
Mgmt cluster release upgrade scheduled: ${upgradeMgmt}
Mgmt cluster release auto upgrade scheduled: ${autoUpgradeMgmt}
Mgmt LMA logging enabled: ${enableLMALogging}
Deploy Os on child with mos release ${deployOsOnMos}
Mgmt conformance testing scheduled: ${runMgmtConformance}
Mgmt conformance network policy testing scheduled: ${runMgmtConformanceNetworkPolicy}
LMA testing scheduled: ${runLMATest}
Mgmt user controller testing scheduled: ${runMgmtUserControllerTest}
Mgmt UI e2e testing scheduled: ${runUie2e}
Mgmt UI e2e playwrite testing scheduled: ${runUie2eNew}
Maintenance test: ${runMaintenanceTest}
Container Registry test: ${runContainerregistryTest}
Child proxy test: ${runProxyChildTest}
Graceful reboot test: ${runGracefulRebootTest}
Delete mgmt master node test: ${runMgmtDeleteMasterTest}
Delete rgnl master node test: ${runRgnlDeleteMasterTest}
Delete child master node test: ${runChildDeleteMasterTest}
Child machine deletion policy test: ${runChildMachineDeletionPolicyTest}
Custom cert test for child clusters: ${runChildCustomCertTest}
Custom cert test for Byo child clusters: ${runByoChildCustomCertTest}
Custom cache cert test for mgmt and child clusters: ${runMgmtCustomCacheCertTest}
MKE custom cert test for mgmt/region: ${runMkeCustomCertTest}
Custom hostnames for all clisuers: ${runCustomHostnames}
Stacklight templates enchanced with latest version from artifact-metadata: ${slLatest}
Disable Kubernetes API audit: ${disableKubeApiAudit}
Enable Auditd : ${auditd}
AWS provider deployment scheduled: ${awsOnDemandDemo}
Equinix provider deployment scheduled: ${equinixOnDemandDemo}
EquinixmetalV2 provider deployment scheduled: ${equinixMetalV2OnDemandDemo}
EquinixmetalV2 child deploy in a separate metro scheduled: ${equinixMetalV2ChildDiffMetro}
EquinixmetalV2 mgmt will be deployed on the metro: ${equinixMetalV2Metro?:'auto'}
Equinix@AWS child cluster deployment scheduled: ${equinixOnAwsDemo}
Azure provider deployment scheduled: ${azureOnDemandDemo}
Azure@AWS child cluster deployment scheduled: ${azureOnAwsDemo}
VSPHERE provider deployment scheduled: ${enableVsphereDemo}
OS provider deployment scheduled: ${enableOSDemo}
BM Core provider deployment scheduled: ${enablebmCoreDemo}
BM Core type deplyment: ${bmDeployType}
BM Core cleanup: ${bmCoreCleanup}
BM provider deployment scheduled: ${enableBMDemo}
Ubuntu on vSphere scheduled: ${enableVsphereUbuntu}
RHEL on vSphere scheduled: ${enableVsphereRHEL}
Artifacts build scheduled: ${enableArtifactsBuild}
Boot OS child from Ceph volumes: ${childOsBootFromVolume}
Multiregional configuration: ${multiregionalMappings}
Service binaries fetching scheduled: ${fetchServiceBinaries}
Current weight of the demo run: ${demoWeight} (Used to manage lockable resources)
Bootstrap v2 scenario enabled: ${bootstrapV2Scenario}
FIPS enabled: ${enableFips}
MKE DEBUG enabled: ${enableMkeDebug}
Pause for debug enabled: ${pauseForDebug}
AIO cluster: ${aioCluster}
Docker services check skip: ${dockerServicesCheckSkip}
Use Vsphere VVMT Objects: ${useVsphereVvmtObjects}
Bootsrap v2 smoke checks enabled: ${enableBv2Smoke}
Run Cache warmup for child clusters: ${runCacheWarmup}
CVE Scan enabled: ${cveScan}
Keycloak+LDAP integration enabled: ${coreKeycloakLdap}
NTP update job scheduled: ${runNTPUpdateTest}
MCC MariaDB Backup/Restore test enabled: ${runMCCMariaBackupRestoreTest}
Sync to public-ci CDN enabled: ${publicCISync}
Mgmt runtime migration (extended) enabled: ${runRuntimeMigrateExtendedTestMgmt}
Mgmt runtime migration (quick) enabled: ${runRuntimeMigrateQuickTestMgmt}
Mgmt runtime migration (extended) with rollback enabled: ${runRuntimeMigrateAndRollbackTestMgmt}
Child runtime migration (extended) enabled: ${runRuntimeMigrateExtendedTestChild}
Child runtime migration (quick) enabled: ${runRuntimeMigrateQuickTestChild}
Child runtime migration (extended) with rollback enabled: ${runRuntimeMigrateAndRollbackTestChild}
Child Upgrade via update plan with sequental steps enabled: ${upgradeChildPlanSeq}
Child Upgrade via update plan with bulk steps enabled: ${upgradeChildPlanBulk}
Triggers: https://gerrit.mcp.mirantis.com/plugins/gitiles/kaas/core/+/refs/heads/master/hack/ci-gerrit-keywords.md""")
return [
osCloudLocation : openstackIMC,
cdnConfig : cdnConfig,
proxyConfig : proxyConfig,
useMacOsSeedNode : seedMacOs,
deployChildEnabled : deployChild,
childDeployCustomRelease : customChildRelease,
upgradeChildEnabled : upgradeChild,
fullUpgradeChildEnabled : fullUpgradeChild,
mosDeployChildEnabled : mosDeployChild,
mosUpgradeChildEnabled : mosUpgradeChild,
runChildConformanceEnabled : runChildConformance,
runChildConformanceNetworkPolicyEnabled : runChildConformanceNetworkPolicy,
runChildHPAEnabled : runChildHPA,
runChildStacklightHaEnabled : runChildStacklightHa,
attachBYOEnabled : attachBYO,
upgradeBYOEnabled : upgradeBYO,
runBYOMatrixEnabled : runBYOMatrix,
defaultBYOOs : defaultBYOOs,
upgradeMgmtEnabled : upgradeMgmt,
autoUpgradeMgmtEnabled : autoUpgradeMgmt,
enableLMALoggingEnabled : enableLMALogging,
deployOsOnMosEnabled : deployOsOnMos,
runUie2eEnabled : runUie2e,
runUie2eNewEnabled : runUie2eNew,
runMgmtConformanceEnabled : runMgmtConformance,
runMgmtConformanceNetworkPolicyEnabled : runMgmtConformanceNetworkPolicy,
runMaintenanceTestEnabled : runMaintenanceTest,
runContainerregistryTestEnabled : runContainerregistryTest,
runGracefulRebootTestEnabled : runGracefulRebootTest,
pauseForDebugEnabled : pauseForDebug,
runMgmtDeleteMasterTestEnabled : runMgmtDeleteMasterTest,
runRgnlDeleteMasterTestEnabled : runRgnlDeleteMasterTest,
runChildDeleteMasterTestEnabled : runChildDeleteMasterTest,
runChildCustomCertTestEnabled : runChildCustomCertTest,
customSlackChannelEnabled : customSlackChannel,
runMgmtCustomCacheCertTestEnabled : runMgmtCustomCacheCertTest,
runMkeCustomCertTestEnabled : runMkeCustomCertTest,
runCustomHostnamesEnabled : runCustomHostnames,
slLatestEnabled : slLatest,
runByoChildCustomCertTestEnabled : runByoChildCustomCertTest,
runChildMachineDeletionPolicyTestEnabled : runChildMachineDeletionPolicyTest,
runLMATestEnabled : runLMATest,
runMgmtUserControllerTestEnabled : runMgmtUserControllerTest,
runProxyChildTestEnabled : runProxyChildTest,
fetchServiceBinariesEnabled : fetchServiceBinaries,
awsOnDemandDemoEnabled : awsOnDemandDemo,
equinixOnDemandDemoEnabled : equinixOnDemandDemo,
equinixMetalV2OnDemandDemoEnabled : equinixMetalV2OnDemandDemo,
equinixMetalV2ChildDiffMetroEnabled : equinixMetalV2ChildDiffMetro,
equinixOnAwsDemoEnabled : equinixOnAwsDemo,
azureOnDemandDemoEnabled : azureOnDemandDemo,
azureOnAwsDemoEnabled : azureOnAwsDemo,
vsphereDemoEnabled : enableVsphereDemo,
bmDemoEnabled : enableBMDemo,
bmCoreDemoEnabled : enablebmCoreDemo,
bmCoreCleanup : bmCoreCleanup,
bmDeployType : bmDeployType,
osDemoEnabled : enableOSDemo,
vsphereUbuntuEnabled : enableVsphereUbuntu,
vsphereRHELEnabled : enableVsphereRHEL,
artifactsBuildEnabled : enableArtifactsBuild,
childOsBootFromVolume : childOsBootFromVolume,
multiregionalConfiguration : multiregionalMappings,
demoWeight : demoWeight,
bootstrapV2Scenario : bootstrapV2Scenario,
equinixMetalV2Metro : equinixMetalV2Metro,
enableFips : enableFips,
enableMkeDebugEnabled : enableMkeDebug,
aioCluster : aioCluster,
dockerServicesCheckSkip : dockerServicesCheckSkip,
useVsphereVvmtObjects : useVsphereVvmtObjects,
bv2SmokeEnabled : enableBv2Smoke,
runCacheWarmup : runCacheWarmup,
cveScanEnabled : cveScan,
disableKubeApiAudit : disableKubeApiAudit,
auditdEnabled : auditd,
coreKeycloakLdapEnabled : coreKeycloakLdap,
internalNTPServersEnabled : configureInternalNTP,
runNTPUpdateTestEnabled : runNTPUpdateTest,
runMCCMariaBackupRestoreTestEnabled : runMCCMariaBackupRestoreTest,
publicCISyncEnabled : publicCISync,
runtimeMigrateExtendedMgmtEnabled : runRuntimeMigrateExtendedTestMgmt,
runtimeMigrateQuickMgmtEnabled : runRuntimeMigrateQuickTestMgmt,
runtimeMigrateMgmtAndRollbackEnabled : runRuntimeMigrateAndRollbackTestMgmt,
runtimeMigrateExtendedChildEnabled : runRuntimeMigrateExtendedTestChild,
runtimeMigrateQuickChildEnabled : runRuntimeMigrateQuickTestChild,
runtimeMigrateChildAndRollbackEnabled : runRuntimeMigrateAndRollbackTestChild,
upgradeChildPlanSeqEnabled : upgradeChildPlanSeq,
upgradeChildPlanBulkEnabled : upgradeChildPlanBulk,
]
}
/**
* Determine management and regional setup for demo workflow scenario
*
*
* @param: keyword (string) string , represents keyword trigger, specified in gerrit commit body, like `[multiregion aws,os]`
or Jenkins environment string variable in form like 'aws,os'
* @return (map)[
enabled: (bool),
* managementLocation: (string), //aws,os
* regionLocation: (string), //aws,os
* ]
*/
def multiregionWorkflowParser(keyword) {
def common = new com.mirantis.mk.Common()
def supportedManagementProviders = ['os', 'aws', 'vsphere', 'equinix', 'equinixmetalv2', 'azure']
def supportedRegionalProviders = ['os', 'vsphere', 'equinix', 'equinixmetalv2', 'bm', 'azure', 'aws']
def clusterTypes = ''
if (keyword.toString().contains('multiregion')) {
common.infoMsg('Multiregion definition configured via gerrit keyword trigger')
clusterTypes = keyword[0][0].split('multiregion')[1].replaceAll('[\\[\\]]', '').trim().split(',')
} else {
common.infoMsg('Multiregion definition configured via environment variable')
clusterTypes = keyword.trim().split(',')
}
if (clusterTypes.size() != 2) {
error("Incorrect regions definiton, valid scheme: [multiregion ${management}, ${region}], got: ${clusterTypes}")
}
def desiredManagementProvider = clusterTypes[0].trim()
def desiredRegionalProvider = clusterTypes[1].trim()
if (! supportedManagementProviders.contains(desiredManagementProvider) || ! supportedRegionalProviders.contains(desiredRegionalProvider)) {
error("""unsupported management <-> regional bundle, available options:
management providers list - ${supportedManagementProviders}
regional providers list - ${supportedRegionalProviders}""")
}
return [
enabled: true,
managementLocation: desiredManagementProvider,
regionLocation: desiredRegionalProvider,
]
}
/**
* Determine if custom si tests/pipelines refspec forwarded from gerrit change request
* Keyword list: https://gerrit.mcp.mirantis.com/plugins/gitiles/kaas/core/+/refs/heads/master/hack/ci-gerrit-keywords.md
* Used for components team to test component changes w/ custom SI refspecs using kaas/core deployment jobs
* Example scheme:
* New CR pushed in kubernetes/lcm-ansible -> parsing it's commit body and get custom test refspecs -> trigger deployment jobs from kaas/core
* manage refspecs through Jenkins Job Parameters
*
* @return (map)[* siTests: (string) final refspec for si-tests
* siPipelines: (string) final refspec for si-pipelines
* ]
*/
def checkCustomSIRefspec() {
def common = new com.mirantis.mk.Common()
// Available triggers and its sane defaults
def siTestsRefspec = env.SI_TESTS_REFSPEC ?: 'master'
def siPipelinesRefspec = env.SI_PIPELINES_REFSPEC ?: 'master'
def siTestsDockerImage = env.SI_TESTS_DOCKER_IMAGE ?: 'docker-dev-kaas-local.docker.mirantis.net/mirantis/kaas/si-test'
def siTestsDockerImageTag = env.SI_TESTS_DOCKER_IMAGE_TAG ?: 'master'
def commitMsg = env.GERRIT_CHANGE_COMMIT_MESSAGE ? new String(env.GERRIT_CHANGE_COMMIT_MESSAGE.decodeBase64()) : ''
def siTestMatches = (commitMsg =~ /(\[si-tests-ref\s*refs\/changes\/.*?\])/)
def siPipelinesMatches = (commitMsg =~ /(\[si-pipelines-ref\s*refs\/changes\/.*?\])/)
if (siTestMatches.size() > 0) {
siTestsRefspec = siTestMatches[0][0].split('si-tests-ref')[1].replaceAll('[\\[\\]]', '').trim()
siTestsDockerImage = "docker-review-local.docker.mirantis.net/review/kaas-si-test-${siTestsRefspec.split('/')[-2]}"
siTestsDockerImageTag = siTestsRefspec.split('/')[-1]
}
if (siPipelinesMatches.size() > 0) {
siPipelinesRefspec = siPipelinesMatches[0][0].split('si-pipelines-ref')[1].replaceAll('[\\[\\]]', '').trim()
}
common.infoMsg("""
kaas/si-pipelines will be fetched from: ${siPipelinesRefspec}
kaas/si-tests will be fetched from: ${siTestsRefspec}
kaas/si-tests as dockerImage will be fetched from: ${siTestsDockerImage}:${siTestsDockerImageTag}
Keywords: https://gerrit.mcp.mirantis.com/plugins/gitiles/kaas/core/+/refs/heads/master/hack/ci-gerrit-keywords.md""")
return [siTests: siTestsRefspec, siPipelines: siPipelinesRefspec, siTestsDockerImage: siTestsDockerImage, siTestsDockerImageTag: siTestsDockerImageTag]
}
/**
* Parse additional configuration for kaas component CICD repo
* @param configurationFile (str) path to configuration file in yaml format
*
* @return (map)[ siTestsFeatureFlags (string) dedicated feature flags that will be used in SI tests,
* siTestsFeatureFlagsStable (string) dedicated feature flags that will be used in SI tests for deploying stable release
* ]
*/
def parseKaaSComponentCIParameters(configurationFile){
def common = new com.mirantis.mk.Common()
def ciConfig = readYaml file: configurationFile
def ciSpec = [
siTestsFeatureFlags: env.SI_TESTS_FEATURE_FLAGS ?: '',
siTestsFeatureFlagsStable: env.SI_TESTS_FEATURE_FLAGS_STABLE ?: '',
]
// If exists and not empty
if (ciConfig.getOrDefault('si-tests-feature-flags', [])) {
common.infoMsg("""SI tests feature flags customization detected,
results will be merged with existing flags: [${ciSpec['siTestsFeatureFlags']}] identification...""")
def ffMeta = ciSpec['siTestsFeatureFlags'].tokenize(',').collect { it.trim() }
ffMeta.addAll(ciConfig['si-tests-feature-flags'])
ciSpec['siTestsFeatureFlags'] = ffMeta.unique().join(',')
common.infoMsg("SI tests custom feature flags: ${ciSpec['siTestsFeatureFlags']}")
}
if (ciConfig.getOrDefault('si-tests-feature-flags-stable', [])) {
common.infoMsg("""SI tests feature flags for stable release customization detected,
results will be merged with existing flags: [${ciSpec['siTestsFeatureFlagsStable']}] identification...""")
def ffMeta = ciSpec['siTestsFeatureFlagsStable'].tokenize(',').collect { it.trim() }
ffMeta.addAll(ciConfig['si-tests-feature-flags-stable'])
ciSpec['siTestsFeatureFlagsStable'] = ffMeta.unique().join(',')
common.infoMsg("SI tests custom feature flags for stable release: ${ciSpec['siTestsFeatureFlagsStable']}")
}
common.infoMsg("""Additional ci configuration parsed successfully:
siTestsFeatureFlags: ${ciSpec['siTestsFeatureFlags']}
siTestsFeatureFlagsStable: ${ciSpec['siTestsFeatureFlagsStable']}""")
return ciSpec
}
/**
* Determine if custom kaas core/pipelines refspec forwarded from gerrit change request
* Keyword list: https://gerrit.mcp.mirantis.com/plugins/gitiles/kaas/core/+/refs/heads/master/hack/ci-gerrit-keywords.md
* Used for components team to test component changes w/ custom Core refspecs using kaas/core deployment jobs
* Example scheme:
* New CR pushed in kubernetes/lcm-ansible -> parsing it's commit body and get custom test refspecs -> trigger deployment jobs from kaas/core
* manage refspecs through Jenkins Job Parameters
*
* @return (map)[ core: (string) final refspec for kaas/core
* corePipelines: (string) final refspec for pipelines in kaas/core
* ]
*/
def checkCustomCoreRefspec() {
def common = new com.mirantis.mk.Common()
// Available triggers and its sane defaults
def coreRefspec = env.KAAS_CORE_REFSPEC ?: 'master'
// by default using value of GERRIT_REFSPEC parameter in *kaas/core jobs*
def corePipelinesRefspec = env.KAAS_PIPELINE_REFSPEC ?: '\$GERRIT_REFSPEC'
def commitMsg = env.GERRIT_CHANGE_COMMIT_MESSAGE ? new String(env.GERRIT_CHANGE_COMMIT_MESSAGE.decodeBase64()) : ''
def coreMatches = (commitMsg =~ /(\[core-ref\s*refs\/changes\/.*?\])/)
def corePipelinesMatches = (commitMsg =~ /(\[core-pipelines-ref\s*refs\/changes\/.*?\])/)
if (coreMatches.size() > 0) {
coreRefspec = coreMatches[0][0].split('core-ref')[1].replaceAll('[\\[\\]]', '').trim()
}
if (corePipelinesMatches.size() > 0) {
corePipelinesRefspec = corePipelinesMatches[0][0].split('core-pipelines-ref')[1].replaceAll('[\\[\\]]', '').trim()
}
common.infoMsg("""
kaas/core will be fetched from: ${coreRefspec}
kaas/core pipelines will be fetched from: ${corePipelinesRefspec}
Keywords: https://gerrit.mcp.mirantis.com/plugins/gitiles/kaas/core/+/refs/heads/master/hack/ci-gerrit-keywords.md""")
return [core: coreRefspec, corePipelines: corePipelinesRefspec]
}
/**
* generate Jenkins Parameter objects from from text parameter with additonal kaas core context
* needed to forward inside kaas core set of jobs
*
* @param context (string) Representation of the string enviroment variables needed for kaas core jobs in yaml format
* @return (list)[ string(name: '', value: ''),
* ]
*/
def generateKaaSVarsFromContext(context) {
def common = new com.mirantis.mk.Common()
def parameters = []
def config = readYaml text: context
config.each { k,v ->
common.infoMsg("Custom KaaS Core context parameter: ${k}=${v}")
parameters.add(string(name: k, value: v))
}
return parameters
}
/**
* Trigger KaaS demo jobs based on AWS/OS providers with customized test suite, parsed from external sources (gerrit commit/jj vars)
* Keyword list: https://gerrit.mcp.mirantis.com/plugins/gitiles/kaas/core/+/refs/heads/master/hack/ci-gerrit-keywords.md
* Used for components team to test component changes w/ customized SI tests/refspecs using kaas/core deployment jobs
*
* @param: component (string) component name [iam, lcm, stacklight]
* @param: patchSpec (string) Patch for kaas/cluster releases in json format
* @param: configurationFile (string) Additional file for component repo CI config in yaml format
*/
def triggerPatchedComponentDemo(component, patchSpec = '', configurationFile = '.ci-parameters.yaml', coreContext = '') {
def common = new com.mirantis.mk.Common()
// Determine if custom trigger keywords forwarded from gerrit
def triggers = checkDeploymentTestSuite()
// Determine SI refspecs
def siRefspec = checkCustomSIRefspec()
// Determine Core refspecs
def coreRefspec = checkCustomCoreRefspec()
// Determine component repo ci configuration
def ciSpec = [:]
def componentFeatureFlags = env.SI_TESTS_FEATURE_FLAGS ?: ''
if (fileExists(configurationFile)) {
common.infoMsg('Component CI configuration file detected, parsing...')
ciSpec = parseKaaSComponentCIParameters(configurationFile)
componentFeatureFlags = ciSpec['siTestsFeatureFlags']
} else {
common.warningMsg('''Component CI configuration file is not exists,
several code-management features may be unavailable,
follow https://mirantis.jira.com/wiki/spaces/QA/pages/2310832276/SI-tests+feature+flags#%5BUpdated%5D-Using-a-feature-flag
to create the configuration file''')
}
def platforms = []
if (component == 'ipam' && triggers.vsphereDemoEnabled) {
// Currently only vsphere demo is required for IPAM component
platforms.add('vsphere')
} else {
if (triggers.osDemoEnabled) {
platforms.add('openstack')
}
if (triggers.awsOnDemandDemoEnabled) {
platforms.add('aws')
}
if (triggers.equinixOnDemandDemoEnabled) {
platforms.add('equinix')
}
if (triggers.equinixMetalV2OnDemandDemoEnabled) {
platforms.add('equinixmetalv2')
}
if (triggers.azureOnDemandDemoEnabled) {
platforms.add('azure')
}
if (triggers.vsphereDemoEnabled) {
platforms.add('vsphere')
}
if (triggers.bmCoreDemoEnabled) {
platforms.add('bm')
}
}
def jobs = [:]
def parameters = [
string(name: 'GERRIT_REFSPEC', value: coreRefspec.core),
string(name: 'KAAS_PIPELINE_REFSPEC', value: coreRefspec.corePipelines),
string(name: 'SI_TESTS_REFSPEC', value: siRefspec.siTests),
string(name: 'SI_TESTS_FEATURE_FLAGS', value: componentFeatureFlags),
string(name: 'SI_TESTS_DOCKER_IMAGE', value: siRefspec.siTestsDockerImage),
string(name: 'SI_TESTS_DOCKER_IMAGE_TAG', value: siRefspec.siTestsDockerImageTag),
string(name: 'SI_PIPELINES_REFSPEC', value: siRefspec.siPipelines),
string(name: 'CUSTOM_RELEASE_PATCH_SPEC', value: patchSpec),
string(name: 'KAAS_CHILD_CLUSTER_RELEASE_NAME', value: triggers.childDeployCustomRelease),
string(name: 'OPENSTACK_CLOUD_LOCATION', value: triggers.osCloudLocation),
string(name: 'SLACK_CHANNEL_NOTIFY', value: triggers.customSlackChannelEnabled),
string(name: 'BM_DEPLOY_TYPE', value: triggers.bmDeployType),
booleanParam(name: 'OFFLINE_MGMT_CLUSTER', value: triggers.proxyConfig['mgmtOffline']),
booleanParam(name: 'OFFLINE_CHILD_CLUSTER', value: triggers.proxyConfig['childOffline']),
booleanParam(name: 'PROXY_CHILD_CLUSTER', value: triggers.proxyConfig['childProxy']),
booleanParam(name: 'SEED_MACOS', value: triggers.useMacOsSeedNode),
booleanParam(name: 'UPGRADE_MGMT_CLUSTER', value: triggers.upgradeMgmtEnabled),
booleanParam(name: 'AUTO_UPGRADE_MCC', value: triggers.autoUpgradeMgmtEnabled),
booleanParam(name: 'ENABLE_LMA_LOGGING', value: triggers.enableLMALoggingEnabled),
booleanParam(name: 'DEPLOY_MOS_CHILD_CLUSTER', value: triggers.mosDeployChildEnabled),
booleanParam(name: 'DEPLOY_OS_ON_MOS', value: triggers.deployOsOnMosEnabled),
booleanParam(name: 'RUN_UI_E2E', value: triggers.runUie2eEnabled),
booleanParam(name: 'RUN_MGMT_CFM', value: triggers.runMgmtConformanceEnabled),
booleanParam(name: 'RUN_MGMT_CFM_NETWORK_POLICY', value: triggers.runMgmtConformanceNetworkPolicyEnabled),
booleanParam(name: 'RUN_MAINTENANCE_TEST', value: triggers.runMaintenanceTestEnabled),
booleanParam(name: 'RUN_CONTAINER_REGISTRY_TEST', value: triggers.runContainerregistryTestEnabled),
booleanParam(name: 'RUN_GRACEFUL_REBOOT_TEST', value: triggers.runGracefulRebootTestEnabled),
booleanParam(name: 'RUN_MGMT_DELETE_MASTER_TEST', value: triggers.runMgmtDeleteMasterTestEnabled),
booleanParam(name: 'RUN_RGNL_DELETE_MASTER_TEST', value: triggers.runRgnlDeleteMasterTestEnabled),
booleanParam(name: 'RUN_CHILD_DELETE_MASTER_TEST', value: triggers.runChildDeleteMasterTestEnabled),
booleanParam(name: 'RUN_CHILD_CUSTOM_CERT_TEST', value: triggers.runChildCustomCertTestEnabled),
booleanParam(name: 'RUN_MGMT_CUSTOM_CACHE_CERT_TEST', value: triggers.runMgmtCustomCacheCertTestEnabled),
booleanParam(name: 'RUN_MKE_CUSTOM_CERT_TEST', value: triggers.runMkeCustomCertTestEnabled),
booleanParam(name: 'RUN_CUSTOM_HOSTNAMES', value: triggers.runCustomHostnamesEnabled),
booleanParam(name: 'SL_LATEST', value: triggers.slLatestEnabled),
booleanParam(name: 'RUN_BYO_CHILD_CUSTOM_CERT_TEST', value: triggers.runByoChildCustomCertTestEnabled),
booleanParam(name: 'RUN_CHILD_MACHINE_DELETION_POLICY_TEST', value: triggers.runChildMachineDeletionPolicyTestEnabled),
booleanParam(name: 'RUN_LMA_TEST', value: triggers.runLMATestEnabled),
booleanParam(name: 'RUN_MGMT_USER_CONTROLLER_TEST', value: triggers.runMgmtUserControllerTestEnabled),
booleanParam(name: 'DEPLOY_CHILD_CLUSTER', value: triggers.deployChildEnabled),
booleanParam(name: 'UPGRADE_CHILD_CLUSTER', value: triggers.upgradeChildEnabled),
booleanParam(name: 'FULL_UPGRADE_CHILD_CLUSTER', value: triggers.fullUpgradeChildEnabled),
booleanParam(name: 'RUN_PROXY_CHILD_TEST', value: triggers.runProxyChildTestEnabled),
booleanParam(name: 'ATTACH_BYO', value: triggers.attachBYOEnabled),
booleanParam(name: 'UPGRADE_BYO', value: triggers.upgradeBYOEnabled),
booleanParam(name: 'RUN_BYO_MATRIX', value: triggers.runBYOMatrixEnabled),
booleanParam(name: 'RUN_CHILD_CFM', value: triggers.runChildConformanceEnabled),
booleanParam(name: 'RUN_CHILD_CFM_NETPOLICY', value: triggers.runChildConformanceNetworkPolicyEnabled),
booleanParam(name: 'RUN_CHILD_HPA', value: triggers.runChildHPAEnabled),
booleanParam(name: 'RUN_STACKLIGHT_CHILD_HA', value: triggers.runChildStacklightHaEnabled),
booleanParam(name: 'ALLOW_AWS_ON_DEMAND', value: triggers.awsOnDemandDemoEnabled),
booleanParam(name: 'ALLOW_EQUINIX_ON_DEMAND', value: triggers.equinixOnDemandDemoEnabled),
booleanParam(name: 'ALLOW_EQUINIXMETALV2_ON_DEMAND', value: triggers.equinixMetalV2OnDemandDemoEnabled),
booleanParam(name: 'EQUINIXMETALV2_CHILD_DIFF_METRO', value: triggers.equinixMetalV2ChildDiffMetroEnabled),
booleanParam(name: 'EQUINIX_ON_AWS_DEMO', value: triggers.equinixOnAwsDemoEnabled),
booleanParam(name: 'ALLOW_AZURE_ON_DEMAND', value: triggers.azureOnDemandDemoEnabled),
booleanParam(name: 'AZURE_ON_AWS_DEMO', value: triggers.azureOnAwsDemoEnabled),
booleanParam(name: 'ALLOW_BM_CORE_ON_DEMAND', value: triggers.bmCoreDemoEnabled),
booleanParam(name: 'VSPHERE_DEPLOY_UBUNTU', value: triggers.vsphereUbuntuEnabled),
booleanParam(name: 'PAUSE_FOR_DEBUG', value: triggers.pauseForDebugEnabled),
booleanParam(name: 'ENABLE_FIPS', value: triggers.enableFips),
booleanParam(name: 'ENABLE_MKE_DUBUG', value: triggers.enableMkeDebugEnabled),
booleanParam(name: 'AIO_CLUSTER', value: triggers.aioCluster),
booleanParam(name: 'DOCKER_SERVICES_CHECK_SKIP', value: triggers.dockerServicesCheckSkip),
booleanParam(name: 'BM_CORE_CLEANUP', value: triggers.bmCoreCleanup),
booleanParam(name: 'DISABLE_KUBE_API_AUDIT', value: triggers.disableKubeApiAudit),
booleanParam(name: "AUDITD_ENABLE", value: triggers.auditdEnabled),
booleanParam(name: 'CORE_KEYCLOAK_LDAP_ENABLED', value: triggers.coreKeycloakLdapEnabled),
booleanParam(name: 'CORE_KAAS_NTP_ENABLED', value: triggers.internalNTPServersEnabled),
booleanParam(name: 'RUN_NTP_UPDATE_TEST', value: triggers.runNTPUpdateTestEnabled),
booleanParam(name: 'RUN_MCC_MARIA_BACKUP_RESTORE_TEST', value: triggers.runMCCMariaBackupRestoreTestEnabled),
booleanParam(name: 'RUN_MGMT_RUNTIME_MIGRATE_EXTENDED_TEST', value: triggers.runtimeMigrateExtendedMgmtEnabled),
booleanParam(name: 'RUN_MGMT_RUNTIME_MIGRATE_QUICK_TEST', value: triggers.runtimeMigrateQuickMgmtEnabled),
booleanParam(name: 'RUN_MGMT_RUNTIME_MIGRATE_AND_ROLLBACK_TEST', value: triggers.runtimeMigrateMgmtAndRollbackEnabled),
booleanParam(name: 'RUN_CHILD_RUNTIME_MIGRATE_EXTENDED_TEST', value: triggers.runtimeMigrateExtendedChildEnabled),
booleanParam(name: 'RUN_CHILD_RUNTIME_MIGRATE_QUICK_TEST', value: triggers.runtimeMigrateQuickChildEnabled),
booleanParam(name: 'RUN_CHILD_RUNTIME_MIGRATE_AND_ROLLBACK_TEST', value: triggers.runtimeMigrateChildAndRollbackEnabled),
booleanParam(name: 'UPGRADE_CHILD_PLAN_SEQ', value: triggers.upgradeChildPlanSeqEnabled),
booleanParam(name: 'UPGRADE_CHILD_PLAN_BULK', value: triggers.upgradeChildPlanBulkEnabled),
]
// customize multiregional demo
if (triggers.multiregionalConfiguration.enabled) {
parameters.add(string(name: 'MULTIREGION_SETUP',
value: "${triggers.multiregionalConfiguration.managementLocation},${triggers.multiregionalConfiguration.regionLocation}"
))
}
// Determine component team custom context
if (coreContext != '') {
common.infoMsg('Additional KaaS Core context detected, will be forwarded into kaas core cicd...')
def additionalParameters = generateKaaSVarsFromContext(coreContext)
parameters.addAll(additionalParameters)
}
def jobResults = []
platforms.each { platform ->
jobs["kaas-core-${platform}-patched-${component}"] = {
try {
common.infoMsg("Deploy: patched KaaS demo with ${platform} provider")
def job_info = build job: "kaas-testing-core-${platform}-workflow-${component}", parameters: parameters, wait: true
def build_description = job_info.getDescription()
def build_result = job_info.getResult()
jobResults.add(build_result)
if (build_description) {
currentBuild.description += build_description
}
} finally {
common.infoMsg("Patched KaaS demo with ${platform} provider finished")
}
}
}
common.infoMsg('Trigger KaaS demo deployments according to defined provider set')
if (jobs.size() == 0) {
error('No demo jobs matched with keywords, execution will be aborted, at least 1 provider should be enabled')
}
// Limit build concurency workaround examples: https://issues.jenkins-ci.org/browse/JENKINS-44085
parallel jobs
if (jobResults.contains('FAILURE')) {
common.infoMsg('One of parallel downstream jobs is failed, mark executor job as failed')
currentBuild.result = 'FAILURE'
}
}
/**
* Function currently supported to be called from aws or vsphere demos. It gets particular demo context
* and generate proper lockResources data and netMap data for vsphere,equinix related clusters.
*
* @param: callBackDemo (string) Demo which requested to generate lockResources [aws or vsphere]
* @param: triggers (map) Custom trigger keywords forwarded from gerrit
* @param: multiregionalConfiguration (map) Multiregional configuration
* @return (map) Return aggregated map with lockResources and netMap
*/
def generateLockResources(callBackDemo, triggers) {
def common = new com.mirantis.mk.Common()
def netMap = [
vsphere: [:],
equinix: [:],
]
// Define vsphere locklabels with initial quantity
def lockLabels = [
vsphere_networking_core_ci: 0,
vsphere_offline_networking_core_ci: 0,
]
def deployChild = triggers.deployChildEnabled
def testUiVsphere = triggers.runUie2eEnabled || triggers.runUie2eNewEnabled
def vsphereByo = triggers.attachBYOEnabled
def multiregionConfig = triggers.multiregionalConfiguration
def runMultiregion = multiregionConfig.enabled
// Generate vsphere netMap and lockLabels based on demo context
switch (callBackDemo) {
case 'aws':
// Add aws specific lock label with quantity calculated based on single mgmt deploy or mgmt + child
lockLabels['aws_core_ci_queue'] = triggers.demoWeight
if (triggers.runBYOMatrixEnabled) { lockLabels['aws_core_ci_queue'] += 6 }
// Define netMap for Vsphere region
if (runMultiregion && multiregionConfig.managementLocation == 'aws') {
if (multiregionConfig.regionLocation == 'vsphere') {
if (deployChild) {
addToProviderNetMap(netMap, 'vsphere', 'regional-child')
}
addToProviderNetMap(netMap, 'vsphere', 'region')
}
if (multiregionConfig.regionLocation == 'azure') {
lockLabels['azure_core_ci_queue'] = 1
if (deployChild) {
lockLabels['azure_core_ci_queue'] += 1
}
}
}
if (triggers.azureOnAwsDemoEnabled) {
lockLabels['azure_core_ci_queue'] = 1
}
if (triggers.equinixOnAwsDemoEnabled) {
lockLabels['equinix_core_ci_queue'] = 1
}
break
case 'vsphere':
addToProviderNetMap(netMap, 'vsphere', 'mgmt')
if (deployChild || testUiVsphere || vsphereByo) {
addToProviderNetMap(netMap, 'vsphere', 'child')
}
if (runMultiregion && multiregionConfig.managementLocation == 'vsphere' &&
multiregionConfig.regionLocation == 'vsphere') {
if (deployChild) {
addToProviderNetMap(netMap, 'vsphere', 'regional-child')
}
addToProviderNetMap(netMap, 'vsphere', 'region')
}
break
case 'azure':
lockLabels['azure_core_ci_queue'] = triggers.demoWeight
if (runMultiregion && multiregionConfig.managementLocation == 'azure') {
if (multiregionConfig.regionLocation == 'aws') {
lockLabels['aws_core_ci_queue'] = 1
if (deployChild) {
lockLabels['aws_core_ci_queue'] += 1
}
}
if (multiregionConfig.regionLocation == 'equinix') {
lockLabels['equinix_core_ci_queue'] = 1
if (deployChild) {
lockLabels['equinix_core_ci_queue'] +=1
}
}
}
default:
error('Supposed to be called from aws, azure or vsphere demos only')
}
// Checking gerrit triggers and manage lock label quantity and network types in case of Offline deployment
// Vsphere labels only
netMap['vsphere'].each { clusterType, netConfig ->
if (triggers.proxyConfig["${clusterType}Offline"] == true ||
(clusterType == 'regional-child' && triggers.proxyConfig['childOffline'] == true) ||
(clusterType == 'region' && triggers.proxyConfig['mgmtOffline'])) {
netMap['vsphere'][clusterType]['netName'] = 'offline'
lockLabels['vsphere_offline_networking_core_ci']++
} else {
lockLabels['vsphere_networking_core_ci']++
}
}
// generate lock metadata
def lockResources = []
lockLabels.each { label, quantity ->
if (quantity > 0) {
def res = [
label: label,
quantity: quantity,
]
lockResources.add(res)
}
}
common.infoMsg("""Generated vsphere netMap: ${netMap}
Generated lockResources: ${lockResources}""")
return [
netMap: netMap,
lockResources: lockResources,
]
}
/**
* Function gets vsphere netMap or empty map and adds new vsphere clusterType with default netName
* and empty rangeConfig to the this map.
*
* @param: netMap (string) vsphere, equinix netMap or empty map
* @param: provider (string) provider type
* @param: clusterType (string) Vsphere cluster type
*/
def addToProviderNetMap (netMap, provider, clusterType) {
switch (provider) {
case 'equinix':
netMap[provider][clusterType] = [
vlanConfig: '',
]
break
case 'vsphere':
netMap[provider][clusterType] = [
netName: 'default',
rangeConfig: '',
]
break
default:
error('Net map locks supported for Equinix/Vsphere providers only')
}
}
/**
* getCIKeywordsFromCommitMsg parses commit message and returns all gerrit keywords with their values as a list of maps.
* Each element (map) contains keys 'key' for keyword name and 'value' for its value.
* If keyword contains only 'key' part then 'value' is boolean True.
* This function does not perform keywords validation.
* First line of a commit message is ignored.
* To use '[' or ']' characters inside keyword prepend it with backslash '\'.
* TODO: Remove backslash chars from values if they prepend '[' or ']'.
**/
List getCIKeywordsFromCommitMsg() {
String commitMsg = env.GERRIT_CHANGE_COMMIT_MESSAGE ? new String(env.GERRIT_CHANGE_COMMIT_MESSAGE.decodeBase64()) : ''
List commitMsgLines = commitMsg.split('\n')
List keywords = []
if (commitMsgLines.size() < 2) {
return keywords
}
String commitMsgBody = commitMsgLines[1..-1].join('\n')
// Split commit message body to chunks using '[' or ']' as delimiter,
// ignoring them if prepended by backslash (regex negative lookbehind).
// Resulting list will have chunks between '[' and ']' at odd indexes.
List parts = commitMsgBody.split(/(?<!\\)[\[\]]/)
// Iterate chunks by odd indexes only, trim values and split to
// <key> / <value> pair where <key> is the part of a sting before the first
// whitespace delimiter, and <value> is the rest (may include whitespaces).
// If there is no whitespace in the string then this is a 'switch'
// and <value> will be boolean True.
for (i = 1; i < parts.size(); i += 2) {
def (key, value) = (parts[i].trim().split(/\s+/, 2) + [true, ])[0..1]
keywords.add(['key': key, 'value': value])
}
return keywords
}
/**
* getJobsParamsFromCommitMsg parses list of CI keywords and returns values of 'job-params' keyword
* that were specified for given job name. `job-params` keyword has the following structure
*
* [job-params <job name> <parameter name> <parameter value>]
*
* Return value is a Map that contains those parameters using the following structure:
*
* <job name>:
* <parameter name>: <parameter value>
*
**/
Map getJobsParamsFromCommitMsg() {
List keywords = getCIKeywordsFromCommitMsg()
List jobsParamsList = []
keywords.findAll{ it.key == 'job-params' }.collect(jobsParamsList) {
def (name, params) = (it['value'].split(/\s+/, 2) + [null, ])[0..1]
def (key, value) = params.split(/\s+/, 2)
['name': name, 'key': key, 'value': value]
}
Map jobsParams = jobsParamsList.inject([:]) { result, it ->
if (!result.containsKey(it.name)) {
result[it.name] = [:]
}
result[it.name][it.key] = it.value
result
}
return jobsParams
}
/**
* getJobParamsFromCommitMsg returns key:value Map of parameters set for a job in commit message.
* It uses getJobsParamsFromCommitMsg to get all parameters from commit message and then
* uses only those parametes that were set to all jobs (with <job name> == '*') or to
* a particular job. Parameters set to a particular job have higher precedence.
*
* Return value is a Map that contains those parameters:
*
* <parameter name>: <parameter value>
*
**/
Map getJobParamsFromCommitMsg(String jobName) {
jobsParams = getJobsParamsFromCommitMsg()
jobParams = jobsParams.getOrDefault('*', [:])
if (jobName) {
jobParams.putAll(jobsParams.getOrDefault(jobName, [:]))
}
return jobParams
}
/** Getting test scheme from text, which should be
Imput example:
text="""
DATA
kaas_bm_test_schemas:
KAAS_RELEASES_REFSPEC: ''
KEY: VAL
DATA
"""
Call: parseTextForTestSchemas(['text' : text,'keyLine' : 'kaas_bm_test_schemas'])
Return:
['KAAS_RELEASES_REFSPEC': '', 'KEY' : 'VAL']
**/
def parseTextForTestSchemas(Map opts) {
String text = opts.getOrDefault('text', '')
String keyLine = opts.getOrDefault('keyLine', '')
Map testScheme = [:]
if (!text || !keyLine) {
return testScheme
}
if (text =~ /\n$keyLine\n.*/) {
def common = new com.mirantis.mk.Common()
try {
String regExp = '\\n' + keyLine + '\\n'
// regexep block must be followed by empty line
testScheme = readYaml text: "${text.split(regExp)[1].split('\n\n')[0]}"
common.infoMsg("parseTextForTestSchemas result:\n" + testScheme)
common.mergeEnv(env, toJson(testScheme))
}
catch (Exception e) {
common.errorMsg("There is an error occured during parseTextForTestSchemas execution:\n${e}")
throw e
}
}
return testScheme
}
/**
* getEquinixMetroWithCapacity returns list of Equinix metros using specified
* instance type (nodeType), desired count of metros (metroCount) and
* instances (nodeCount) in a metro using specified matal version.
* Function downloads metal CLI from the
* https://artifactory.mcp.mirantis.net:443/artifactory/binary-dev-kaas-local/core/bin/mirror/metal-${version}-linux
* Empty list is returned in case of no metros with specified capacity was found or any other errors.
* Non-empty list is shuffled.
*
* @param: metroCount (int) Desired count of metros
* @param: nodeCount (int) Desired count of instances
* @param: nodeType (string) Instance type
* @param: version (string) Metal version to use
* @return ([]string) List of selected metros
*
**/
def getEquinixMetroWithCapacity(metroCount = 1, nodeCount = 50, nodeType = 'c3.small.x86', version = '0.9.0') {
def common = new com.mirantis.mk.Common()
def metalUrl = "https://artifactory.mcp.mirantis.net:443/artifactory/binary-dev-kaas-local/core/bin/mirror/metal-${version}-linux"
def metal = './metal --config metal.yaml'
def metro = []
def out = ''
def retries = 3 // number of retries
def i = 0
def delay = 60 // 1 minute sleep
def excludeMetro = [] // list of metros to exclude from selection
try {
if (excludeMetro.size() > 0) {
common.infoMsg("Excluded metros: ${excludeMetros}")
}
sh "curl -o metal -# ${metalUrl} && chmod +x metal"
withCredentials([string(credentialsId: env.KAAS_EQUINIX_API_TOKEN, variable: 'KAAS_EQUINIX_API_TOKEN')]) {
sh 'echo "project-id: ${KAAS_EQUINIX_PROJECT_ID}\ntoken: ${KAAS_EQUINIX_API_TOKEN}" >metal.yaml'
}
while (metro.size() < metroCount && i < retries) {
common.infoMsg("Selecting ${metroCount} available Equinix metros with free ${nodeCount} ${nodeType} hosts, try ${i+1}/${retries} ...")
if (i > 0) { // skip sleep on first step
sleep(delay)
}
out = sh(script: "${metal} capacity get -m -P ${nodeType}|awk '/${nodeType}/ {print \$2}'|paste -s -d,|xargs ${metal} capacity check -P ${nodeType} -q ${nodeCount} -m|grep true|awk '{print \$2}'|paste -s -d,", returnStdout: true).trim()
metro = out.tokenize(',')
metro -= excludeMetro
if (metro.size() < metroCount) {
nodeCount -= 10
// We need different metros for the [equinixmetalv2-child-diff-metro] case
} else if (metro.size() == 2 && metro[0][0, 1] == metro[1][0, 1]) {
nodeCount -= 10
}
i++
}
if (metro.size() > 0) {
m = metro.size() > 1 ? "${metro[0]},${metro[1]}" : "${metro[0]}"
sh "${metal} capacity check -P ${nodeType} -m ${m} -q ${nodeCount}"
}
} catch (Exception e) {
common.errorMsg "Exception: '${e}'"
return []
} finally {
sh 'rm metal.yaml'
}
if (metro.size() > 0) {
Collections.shuffle(metro)
common.infoMsg("Selected metros: ${metro}")
} else {
common.warningMsg('No any metros have been selected !!! :(')
}
return metro
}
/**
* getEquinixFacilityWithCapacity returns list of Equinix facilities using specified
* instance type (nodeType), desired count of facilities (facilityCount) and
* instances (nodeCount) in a facility using specified matal version.
* Function downloads metal CLI from the
* https://artifactory.mcp.mirantis.net:443/artifactory/binary-dev-kaas-local/core/bin/mirror/metal-${version}-linux
* Empty list is returned in case of no facilities with specified capacity was found or any other errors.
* Non-empty list is shuffled.
*
* @param: facilityCount (int) Desired count of facilities
* @param: nodeCount (int) Desired count of instances
* @param: nodeType (string) Instance type
* @param: version (string) Metal version to use
* @return ([]string) List of selected facilities
*
**/
@Deprecated
def getEquinixFacilityWithCapacity(facilityCount = 1, nodeCount = 50, nodeType = 'c3.small.x86', version = '0.9.0') {
def common = new com.mirantis.mk.Common()
common.warningMsg('You are using deprecated method getEquinixFacilityWithCapacity. Use getEquinixMetroWithCapacity instead')
def metalUrl = "https://artifactory.mcp.mirantis.net:443/artifactory/binary-dev-kaas-local/core/bin/mirror/metal-${version}-linux"
def metal = './metal --config metal.yaml'
def facility = []
def out = ''
def retries = 3 // number of retries
def i = 0
def delay = 60 // 1 minute sleep
def excludeFacility = [] // list of facilities to exclude from selection
try {
if (excludeFacility.size() > 0) {
common.infoMsg("Excluded facilities: ${excludeFacility}")
}
sh "curl -o metal -# ${metalUrl} && chmod +x metal"
withCredentials([string(credentialsId: env.KAAS_EQUINIX_API_TOKEN, variable: 'KAAS_EQUINIX_API_TOKEN')]) {
sh 'echo "project-id: ${KAAS_EQUINIX_PROJECT_ID}\ntoken: ${KAAS_EQUINIX_API_TOKEN}" >metal.yaml'
}
while (facility.size() < facilityCount && i < retries) {
common.infoMsg("Selecting ${facilityCount} available Equinix facilities with free ${nodeCount} ${nodeType} hosts, try ${i+1}/${retries} ...")
if (i > 0 ) { // skip sleep on first step
sleep(delay)
}
out = sh(script: "${metal} capacity get -f -P ${nodeType}|awk '/${nodeType}/ {print \$2}'|paste -s -d,|xargs ${metal} capacity check -P ${nodeType} -q ${nodeCount} -f|grep true|awk '{print \$2}'|paste -s -d,", returnStdout: true).trim()
facility = out.tokenize(',')
facility -= excludeFacility
if (facility.size() < facilityCount) {
nodeCount -= 10
// We need different metros for the [equinixmetalv2-child-diff-metro] case, facility[][0, 1] contains a metro name
} else if (facility.size() == 2 && facility[0][0, 1] == facility[1][0, 1]) {
nodeCount -= 10
}
i++
}
if (facility.size() > 0) {
f = facility.size() > 1 ? "${facility[0]},${facility[1]}" : "${facility[0]}"
sh "${metal} capacity check -P ${nodeType} -f ${f} -q ${nodeCount}"
}
} catch (Exception e) {
common.errorMsg "Exception: '${e}'"
return []
} finally {
sh 'rm metal.yaml'
}
if (facility.size() > 0) {
Collections.shuffle(facility)
common.infoMsg("Selected facilities: ${facility}")
} else {
common.warningMsg('No any facilities have been selected !!! :(')
}
return facility
}
/**
* genCommandLine prepares command line for artifactory-replication
* command using legacy environment variables
*
* @return: (string) Prepared command line
*/
def genCommandLine() {
def envToParam = [
'DESTINATION_USER': '-dst-user',
'ARTIFACT_FILTER': '-artifact-filter',
'ARTIFACT_FILTER_PROD': '-artifact-filter-prod',
'ARTIFACT_TYPE': '-artifact-type',
'BINARY_CLEAN': '-bin-cleanup',
'BINARY_CLEAN_KEEP_DAYS': '-bin-clean-keep-days',
'BINARY_CLEAN_PREFIX': '-bin-clean-prefix',
'BUILD_URL': '-slack-build-url',
'CHECK_REPOS': '-check-repos',
'DESTINATION_REGISTRY': '-dst-repo',
'DESTINATION_REGISTRY_TYPE': '-dst-repo-type',
'SIGNED_IMAGES_PATH': '-signed-images-path',
'DOCKER_CLEAN': '-cleanup',
'DOCKER_OLDER_THAN_DAYS': '-older-than-days',
'DOCKER_REPO_PREFIX': '-docker-repo-prefix',
'DOCKER_TAG': '-docker-tag',
'FORCE': '-force',
'HELM_CDN_DOMAIN': '-helm-cdn-domain',
'SLACK_CHANNEL': '-slack-channel',
'SLACK_CHANNELS': '-slack-channels',
'SLACK_USER': '-slack-user',
'SOURCE_REGISTRY': '-src-repo',
'SOURCE_REGISTRY_TYPE': '-src-repo-type',
'SYNC_PATTERN': '-sync-pattern'
]
def cmdParams = ''
def isCheckClean = false
for (e in envToParam) {
if (env[e.key] == null) {
continue
}
if (e.key == 'CHECK_REPOS' || e.key == 'DOCKER_CLEAN' || e.key == 'BINARY_CLEAN') {
// Avoid assigning values to boolean options
if (env[e.key].toBoolean() && !isCheckClean) {
cmdParams += e.value + ' '
isCheckClean = true
}
} else if (e.key == 'FORCE') {
if (env[e.key].toBoolean()) {
cmdParams += e.value + ' '
}
} else {
cmdParams += "${e.value} '${env[e.key]}' "
}
}
// No any check or clean was specified - take a default action
if (!isCheckClean) {
cmdParams += '-replicate'
}
return cmdParams
}
/**
* custom scheduling algorithm
* it ensures that builds of the same job are distributed as much as possible between different nodes
* @param label (string) desired node label
* @return: (string) node name
*/
def schedule (label='docker') {
def common = new com.mirantis.mk.Common()
def freeNodes = []
def nodesMap = [:]
// filter nodes with the specified label and at least one free executor
timeout(time: 30, unit: 'MINUTES') {
while (!freeNodes) {
freeNodes = jenkins.model.Jenkins.instance.computers.findAll { node ->
label in node.getAssignedLabels().collect { it.name } &&
node.isPartiallyIdle() &&
node.isOnline()
}
if (!freeNodes) {
echo 'No nodes available for scheduling, retrying...'
sleep 30
}
}
}
// generate a map of nodes matching other criteria
for (node in freeNodes) {
// sameJobExecutors is the number of executors running the same job as the calling one
sameJobExecutors = node.getExecutors() // get all executors
.collect { executor -> executor.getCurrentExecutable() } // get running "threads"
.collect { thread -> thread?.displayName } // filter job names from threads
.minus(null) // null = empty executors, remove them from the list
.findAll { it.contains(env.JOB_NAME) } // filter the same jobs as the calling one
.size()
// calculate busy executors, we don't want to count "sameJobExecutors" twice
totalBusyExecutors = node.countBusy() - sameJobExecutors
// generate the final map which contains nodes matching criteria with their load score
// builds of the same jobs have x10 score, all others x1
nodesMap += ["${node.getName()}" : sameJobExecutors * 10 + totalBusyExecutors]
}
// return the least loaded node
return common.SortMapByValueAsc(nodesMap).collect { it.key }[0]
}
/**
* Get latest tag for test/frontend & equinix-private-infra images
* @param version (str) default tag value from main workflow
* @param isChanged (bool) is dependent directory files were changed
* @param imageName (string) image name for information message
* @return: (string) tag name
*/
def getImageTag(version, isChanged, imageName) {
def common = new com.mirantis.mk.Common()
def latestTag = ''
if (env.GERRIT_EVENT_TYPE && !(env.GERRIT_EVENT_TYPE in ['change-merged', 'ref-updated']) && isChanged) {
latestTag = version
} else {
if (env.GERRIT_EVENT_TYPE == 'ref-updated') {
latestTag = env.GERRIT_REFNAME.replace('refs/tags/v', '').trim()
} else {
latestTag = env.GERRIT_BRANCH ? env.GERRIT_BRANCH : env.GERRIT_REFSPEC ? env.GERRIT_REFSPEC : 'master'
if (latestTag != 'master') {
latestTag = latestTag.replaceAll('/', '_')
}
}
}
common.infoMsg("${imageName} image will use tag '${latestTag}'")
return latestTag
}
/**
* Get actual branch version for os deployment job
* @param mosChildPreviouseComplexRelease (string) kaas_previous_complex_mosk_cluster_release_version.txt
* @param mosChildLatestComplexRelease (string) kaas_latest_complex_mosk_cluster_release_version.txt
* @param upgradeFlag (boolean)
* all parametrs get from si-test-release-sanity-check-prepare-configuration job
* @return: (string) branch verison
*/
def getOpenstackbranchVersion(mosChildPreviouseComplexRelease, mosChildLatestComplexRelease, upgradeFlag) {
def common = new com.mirantis.mk.Common()
def regex = Pattern.compile('([a-z]+)-([0-9]+-[0-9]+-[0-9]+)-([a-z]*)-?([0-9]+-[0-9]+-?[0-9]*)')
def mosVersionBranch = upgradeFlag ? mosChildPreviouseComplexRelease : mosChildLatestComplexRelease
def matcherComplexVersion = regex.matcher((mosVersionBranch).toString())
def releaseOpenstackK8sBranch = 'master'
if (matcherComplexVersion.find()) {
def matcherComplexVersionParts = matcherComplexVersion.group(2).split('-')
releaseOpenstackK8sBranch = String.format('%s.%s.%s', matcherComplexVersionParts[0], matcherComplexVersionParts[1], '0')
}
common.infoMsg("Use: OPENSTACK_DEPLOY_RELEASE_DIR ${releaseOpenstackK8sBranch}")
return releaseOpenstackK8sBranch
}
/**
* Translates set of environment vars into actual replicator command line
* @return: (string cmdParams, string jobDescription)
* cmdParams - generated command line
* jobDescription - job description
*/
def genReplicatorCommandLine() {
def mainModes = ['REPLICATE', 'CLEANUP', 'CHECK_REPOS', 'BIN_CLEANUP']
def parameterWithoutArgument = mainModes
def parametersList = parameterWithoutArgument + [
'ARTIFACT_FILTER',
'ARTIFACT_TYPE',
'BIN_CLEAN_KEEP_DAYS',
'BIN_CLEAN_PREFIX',
'DOCKER_TAG',
// DST_ will be changed to TARGET_
'DST_REPO',
'DST_REPO_TYPE',
'DST_USER',
'OLDER_THAN_DAYS',
'SLACK_BUILD_URL',
'SLACK_CHANNEL',
'SLACK_USER',
'SRC_REPO',
'SRC_REPO_TYPE',
'SRC_USER',
'SYNC_PATTERN',
'THREAD_COUNT'
]
def mainModesDescriptions = [
'REPLICATE': 'Replicating binaries/Docker images',
'CLEANUP': 'Cleaning Docker images',
'BIN_CLEANUP': 'Cleaning binaries',
'CHECK_REPOS': 'Checking binaries'
]
def cmdParams = ''
def jobDescription = ''
for (e in parametersList) {
if (env[e] == null || env[e] == '') {
continue
}
if (e in mainModes) {
jobDescription = mainModesDescriptions[e]
}
cmdParams += "-${e.replaceAll('_', '-').toLowerCase()} "
if (!(e in parameterWithoutArgument)) {
cmdParams += "'${env[e]}' "
}
}
return [cmdParams, jobDescription]
}