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Jenkinsfile
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#!/usr/bin/env groovy
/*
This is a Jenkins scripted pipeline for building and deploying Waves Web Client docker images
This pipeline requires:
- Active Choices Plug-in: https://wiki.jenkins.io/display/JENKINS/Active+Choices+Plugin
- Generic Webhook Trigger plugin: https://wiki.jenkins.io/display/JENKINS/Generic+Webhook+Trigger+Plugin
In the GitHub repo navigate to repository settings > Webhooks and add following WebHook:
- Payload URL: https://<jenkins_web_address>/generic-webhook-trigger/invoke?token=wavesGuiGithubToken
- Content type: application/json
- SSL Verification: enabled
- Events: choose the events you want to trigger build on
To set up pipeline in Jenkins: New Item > Pipeline > name it > OK > Scroll to Pipeline pane >
- Definition: Pipeline script from SCM, SCM: Git, Repo: 'https://github.com/wavesplatform/WavesGUI.git',
- Lightweight checkout: disabled. Save settings and launch pipeline
Note: this pipeline uses a private repository as well as private shared library which is not available externally.
*/
@Library('jenkins-shared-lib') _
import devops.waves.*
ut = new utils()
scripts = new scripts()
wallet = new wallet()
def buildTasks = [:]
buildTasks.failFast = true
def deployTasks = [:]
def electronContainerTasks = [:]
def electronMacTasks = [:]
def electronGlobalTasks = [:]
def winElectronBuildTasks = [:]
def macElectronBuildTasks = [:]
def source = false
def action = false
def repoUrl = 'https://github.com/wavesplatform/WavesGUI.git'
def deploymentFile = "./kubernetes/waves-wallet-stage-io/deployment.yaml"
def pipelineTriggerToken = 'wavesGuiGithubToken'
def gitDescribeTag = false
def windowsSingCertName = 'WavesPlatformLTD.pfx'
def macSingCertName = 'mac_app.p12'
def itemTemplate = [niceName: false, platform: false, dockerTag: false, containerInfo: false, buildTask: false, buildSuccess: false, buildArtifacts: false, deployTask: false, deploySuccess: false, deployArtifacts: false, remoteDestination: false]
def items = [wallet: itemTemplate.clone(), walletElectron: itemTemplate.clone(), electron: itemTemplate.clone()]
def slackChannelBuild = 'docker_builds'
def slackChannelDeploy = "waves-deploy-alerts"
items['wallet'].platform = 'web'
items['wallet'].niceName = 'wallet'
items['electron'].niceName = 'electron'
items['walletElectron'].platform = 'desktop'
items['walletElectron'].niceName = 'wallet-electron'
def branchesOrTagsScript(String imageName, String repoUrl){
return """
if (binding.variables.get('action') == 'Deploy to stage' || binding.variables.get('action').contains('PROD')) {
${getDockerTagsScript(imageName, Constants.WAVES_DOCKER_REGISTRY_CREDS, 'Waves')}
} else {
${getGitBranchesScript(repoUrl)}
}
"""
}
properties([
ut.buildDiscarderPropertyObject('14', '30'),
parameters([
// action - choose if you want to deploy or build or both
ut.choiceParameterObject('action', "return ['Build', 'Build and Deploy to stage', 'Deploy to stage', 'Deploy PROD mainnet', 'Deploy PROD testnet', 'Deploy PROD stagenet', 'Build Electron']"),
// source depends on choice parameter above and dynamically
// loads either Git repo branches for building or Docker Registry tags for deploy
ut.cascadeChoiceParameterObject('source', branchesOrTagsScript('waves/wallet', repoUrl), 'action', 'PARAMETER_TYPE_SINGLE_SELECT', true),
// image to deploy from - depends on choice parameter above and used if deploying is specified.
ut.cascadeChoiceParameterObject('image', wallet.getImages(), 'action'),
// network is either mainnet, testnet or stagenet - depends on choice parameter above and used if deploying is specified.
ut.cascadeChoiceParameterObject('network', wallet.getNetworks(), 'action'),
// destination is a remote server to deploy to - depends on choice parameter above and used if deploying is specified.
ut.cascadeChoiceParameterObject('destination', wallet.getDestinations(wallet.wavesWalletProdDomainNames(), wallet.wavesWalletStageServers(), true), 'action,image'),
// confirm is an extra check before we deploy to prod
ut.cascadeChoiceParameterObject('confirm', wallet.getConfirms(), 'action', 'PARAMETER_TYPE_CHECK_BOX'),
]),
// this is a trigger to run a build when hooks from GitHub received
pipelineTriggers([
[$class: 'GenericTrigger',
genericVariables: [
[ key: 'source', value: '$.ref', regexpFilter: 'refs/heads/', defaultValue: '' ],
[ key: 'deleted', value: '$.deleted']],
regexpFilterText: '$deleted',
regexpFilterExpression: 'false',
causeString: "Triggered by GitHub Webhook",
printContributedVariables: true,
printPostContent: true,
token: pipelineTriggerToken ]
])
])
stage('Build info'){
echo "Parameters specified: ${params}"
action = params.action
if ((params.action.contains('PROD') && ! params.confirm) || ! params.source || ! params.source.length() || params.source.contains('Please select parameter')){
if (params.action.contains('PROD'))
echo "Aborting this build. Deploy to PROD ${params.network} was not confirmed."
else
echo "Aborting this build. Variable 'source' not defined."
currentBuild.result = Constants.PIPELINE_ABORTED
return
}
source = params.source
if (action.contains('Electron')){
items['electron'].buildTask = true
}
else if (action.contains('Build')){
items.each{
if (it.key != 'electron'){
item = it.value
item.buildTask = true
item.dockerTag = source + '.latest'
}
}
}
if (action.contains('Deploy')){
items.each{
item = it.value
if (!action.contains('Build'))
item.dockerTag = source
if (it.key != 'electron' && (item.niceName == params.image || params.image == "both"))
item.deployTask = true
}
}
}
if (currentBuild.result == Constants.PIPELINE_ABORTED){
return
}
println items
timeout(time:40, unit:'MINUTES') {
node('buildagent'){
currentBuild.result = Constants.PIPELINE_SUCCESS
timestamps {
wrap([$class: 'AnsiColorBuildWrapper', 'colorMapName': 'XTerm']) {
try {
currentBuild.displayName = "#${env.BUILD_NUMBER} - ${source} - ${action}"
stage('Checkout') {
sh 'env'
step([$class: 'WsCleanup'])
if (action.contains('Build')) {
gitCheckout(branch: source, url: repoUrl, relativeTargetDir: 'WavesGUI')
dir ('WavesGUI'){
gitDescribeTag = ut.shWithOutput("git describe --tags")
}
if (action.contains('Electron')) {
dir ('WavesGUI'){
withCredentials([
file(credentialsId: 'electron-signing-cert', variable: 'signingCert'),
file(credentialsId: 'electron-mac-signing-cert', variable: 'signingCertMac'),
string(credentialsId: 'electron-signing-cert-passphrase', variable: 'winCertPass'),
string(credentialsId: 'electron-mac-signing-cert-passphrase', variable: 'macCertPass')
]){
sh "cp '${signingCert}' '${windowsSingCertName}'"
sh "cp '${signingCertMac}' '${macSingCertName}'"
writeFile file: './jenkinsBuildElectronScript.sh', text: wallet.wavesElectronInstallScript(windowsSingCertName, winCertPass, macSingCertName, macCertPass)
sh "chmod 700 '${windowsSingCertName}' '${macSingCertName}' 'jenkinsBuildElectronScript.sh'"
}
}
}
stash includes: 'WavesGUI/**,', name: 'repo'
// this two lines are for compatibility with the branches that already exist
// after 'build-wallet' files are replaced in all branches in the repo - these checks can be removed
// and commented code should be uncommented
// once 'newApproach' is merged to dev/master - rename the branch in the string below:
gitCheckout(branch: 'newApproach', url: repoUrl, relativeTargetDir: 'newTemplate')
dir('newTemplate/build-wallet'){
stash includes: '**', name: 'docker', useDefaultExcludes: false
}
// dir('WavesGUI/build-wallet'){
// stash includes: '**', name: 'docker', useDefaultExcludes: false
// }
}
if (action.contains('Deploy')) {
gitCheckout(url: Constants.KUBERNETES_REPO, relativeTargetDir: 'kubernetes', repoCreds: Constants.KUBERNETES_REPO_CREDS)
}
}
items.each{
def item = it.value
buildTasks["Building " + item.niceName] = {
stage("Building " + item.niceName) {
dir(it.key){
if (item.buildTask) {
if (it.key == 'electron'){
item.buildArtifacts = it.key + '-electronArtifacts-'
electronGlobalTasks['container']={
node("wavesnode||vostok"){
step([$class: 'WsCleanup'])
electronContainerTasks['linux'] = {
dir('linux'){
try{
docker.image('node').inside("-u 0"){
unstash name: 'repo'
wallet.launchElectronContainerBuild('linux')
}
}
finally{
sh 'sudo chmod -R 777 ./'
stash includes: '**/Waves*.deb', name: item.buildArtifacts + 'linux', allowEmpty: true
}
}
}
// electronContainerTasks['windows'] = {
// dir('windows'){
// try{
// docker.image('electronuserland/builder:wine').inside("-u 0"){
// unstash name: 'repo'
// wallet.launchElectronContainerBuild('win')
// }
// }
// finally{
// sh 'sudo chmod -R 777 ./'
// stash includes: '**/waves*.exe,**/Waves*.exe', name: 'win', allowEmpty: true, excludes: '**/Waves DEX.exe'
// }
// }
// }
parallel electronContainerTasks
}
}
electronGlobalTasks['mac']={
node('electron'){
step([$class: 'WsCleanup'])
electronMacTasks['windowsVagrant'] = {
dir('windowsVagrant'){
try{
wallet.removeElectronBuilderVM()
unstash name: 'repo'
writeFile file: 'Vagrantfile', text: wallet.wavesElectronVagrantfile()
winElectronBuildTasks['windowsVagrant'] = {
sh 'vagrant up && pkill -f tail'
}
winElectronBuildTasks['windowsVagrantLog'] = {
sleep 20
sh 'touch WavesGUI/electron.log && tail -f WavesGUI/electron.log || true'
}
parallel winElectronBuildTasks
}
finally{
stash includes: '**/waves*.exe,**/Waves*.exe', name: item.buildArtifacts + 'win', allowEmpty: true, excludes: '**/Waves DEX.exe'
wallet.removeElectronBuilderVM()
}
}
}
electronMacTasks['mac'] = {
dir('mac'){
try{
unstash name: 'repo'
dir('WavesGUI'){
withCredentials([usernamePassword(credentialsId: 'appleid-specific-password-for-electron-notarization', usernameVariable: 'appleIdUsername', passwordVariable: 'appleIdPassword')]) {
def macNotarizeMap = [appleIdUsername: appleIdUsername, appleIdPassword: appleIdPassword]
cookThisTemplate(
templateMap: macNotarizeMap,
template: './electron/notarize.ts'
)
}
sh "PATH=/usr/local/opt/node@10/bin:${PATH} DEBUG=electron* ./jenkinsBuildElectronScript.sh mac"
}
}
finally{
stash includes: '**/Waves*.dmg', name: item.buildArtifacts + 'mac', allowEmpty: true
}
}
}
parallel electronMacTasks
}
}
parallel electronGlobalTasks
item.buildSuccess = true
slackIt(channel: slackChannelBuild, message: "Built electron images. <${env.BUILD_URL}/|`Click me to download!`>")
}
else{
step([$class: 'WsCleanup'])
unstash name: 'repo'
unstash name: 'docker'
// configure nginx template
def wavesWalletNginxMap = wallet.wavesWalletNginxMap().clone()
wavesWalletNginxMap.nginxPlatform = item.platform
cookThisTemplate(
templateMap: wavesWalletNginxMap,
template: './nginx/default.conf'
)
// configure Dockerfile template
def wavesWalletDockerfileMap = [jenkinsPlatform: item.platform]
cookThisTemplate(
templateMap: wavesWalletDockerfileMap,
template: './Dockerfile'
)
// configure a page with container_info which
// contains all info about Jenkins build and git parameters
item.containerInfo = wallet.wavesWalletContainerInfo(gitDescribeTag, item.niceName, item.dockerTag)
writeFile file: './info.html', text: item.containerInfo
// copy all the generated text files
item.buildArtifacts = it.key + '-dockerBuildArtifacts'
stash includes: 'nginx/default.conf,Dockerfile,info.html', allowEmpty: true, name: item.buildArtifacts
imageIt(
imageName: 'waves/' + item.niceName,
dockerTag: item.dockerTag,
args: " --build-arg trading_view_token=${wallet.wavesWalletTradingViewToken()}" +
" --build-arg platform=${item.platform}" +
" --no-cache"
)
item.buildSuccess = true
slackIt(channel: slackChannelBuild, message: "Built image: ${Constants.DOCKER_REGISTRY}/waves/${item.niceName}:${item.dockerTag}")
}
}
else{
org.jenkinsci.plugins.pipeline.modeldefinition.Utils.markStageSkippedForConditional("Building " + item.niceName)
}
}
}
}
}
parallel buildTasks
items.findAll{ it.key !='electron' }.collect{
println it
def item = it.value
item.remoteDestination = destination
deployTasks["Deploying " + item.niceName] = {
stage("Deploying " + item.niceName) {
if (item.deployTask){
def wavesWalletDeploymentMap = [
domainName: item.remoteDestination.replaceAll("\\.","-"),
network: network,
tag: item.dockerTag,
imageName: item.niceName
]
if (action.contains('PROD')) {
item.remoteDestination = wallet.wavesWalletProdDomainNames()[network + '-' + item.niceName]
deploymentFile = "./kubernetes/waves-wallet-${network}/deployment.yaml"
wavesWalletDeploymentMap.domainName = wallet.wavesWalletProdDomainNames()[network + '-' + item.niceName].replaceAll("\\.","-")
}
def deploymentFileOutput = kubeIt(
deploymentTemplate: deploymentFile,
deploymentMap: wavesWalletDeploymentMap
)
item.deployArtifacts = item.niceName + '-kubeDeployArtifacts'
stash includes: 'kubeItOut/**', allowEmpty: true, name: item.deployArtifacts
item.deploySuccess = true
slackIt(channel: slackChannelDeploy, message: "Deployed image:\n${Constants.DOCKER_REGISTRY}/waves/${item.niceName}:${item.dockerTag} ${network} to ${item.remoteDestination}")
}
else {
org.jenkinsci.plugins.pipeline.modeldefinition.Utils.markStageSkippedForConditional("Deploying " + item.niceName)
}
}
}
}
parallel deployTasks
}
catch (err) {
currentBuild.result = Constants.PIPELINE_FAILURE
println("ERROR caught")
println(err)
println(err.getMessage())
println(err.getStackTrace())
println(err.getCause())
println(err.getLocalizedMessage())
println(err.toString())
}
finally{
items.each{
def item = it.value
if (item.buildTask && !item.buildSuccess)
if (item.niceName == 'electron')
slackIt(channel: slackChannelBuild, buildStatus: currentBuild.result, message: "Failed to build electron images in branch ${source}")
else
slackIt(channel: slackChannelBuild, buildStatus: currentBuild.result, message: "Failed to build image: ${Constants.DOCKER_REGISTRY}/waves/${item.niceName}:${item.dockerTag}")
if (item.deployTask && !item.deploySuccess)
slackIt(channel: slackChannelBuild, buildStatus: currentBuild.result, message: "Failed to deploy image:\n${Constants.DOCKER_REGISTRY}/waves/${item.niceName}:${item.dockerTag} ${network} to ${item.remoteDestination}")
dir("out/${item.niceName}"){
if(item.buildArtifacts){
if (it.key == 'electron'){
['linux','mac','win'].each{ os ->
dir(os){
unstash name: item.buildArtifacts + os
}
}
// dir("winOnLinux"){
// unstash name: 'win'
// }
} else{
unstash name: item.buildArtifacts
}
}
if(item.deployArtifacts)
unstash name: item.deployArtifacts
}
}
dir("out"){
def isNotEmpty = ut.shWithOutput('ls')
if (isNotEmpty)
archiveArtifacts artifacts: "**/**"
}
}
}
}
}
}