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build.gradle
1101 lines (1008 loc) · 57.4 KB
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build.gradle
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/*
* This software is in the public domain under CC0 1.0 Universal plus a
* Grant of Patent License.
*
* To the extent possible under law, the author(s) have dedicated all
* copyright and related and neighboring rights to this software to the
* public domain worldwide. This software is distributed without any
* warranty.
*
* You should have received a copy of the CC0 Public Domain Dedication
* along with this software (see the LICENSE.md file). If not, see
* <http://creativecommons.org/publicdomain/zero/1.0/>.
*/
buildscript {
repositories {
mavenCentral()
maven { url "https://plugins.gradle.org/m2/" }
}
dependencies { classpath 'org.ajoberstar.grgit:grgit-gradle:5.0.0' }
}
// Not needed for explicit use, causes problems when not from git repo: plugins { id 'org.ajoberstar.grgit' version 'x.y.z' }
// Run headless so GradleWorkerMain does not steal focus (mostly a macOS annoyance)
allprojects { tasks.withType(JavaForkOptions) { jvmArgs '-Djava.awt.headless=true' } }
import org.ajoberstar.grgit.*
defaultTasks 'build'
def openSearchVersion = '2.4.0'
def elasticSearchVersion = '7.10.2'
def tomcatHome = '../apache-tomcat'
// no longer include version in war file name: def getWarName() { 'moqui-' + childProjects.framework.version + '.war' }
def getWarName() { 'moqui.war' }
def plusRuntimeName = 'moqui-plus-runtime.war'
def execTempDir = 'execwartmp'
def moquiRuntime = 'runtime'
def moquiConfDev = 'conf/MoquiDevConf.xml'
def moquiConfProduction = 'conf/MoquiProductionConf.xml'
def allCleanTasks = getTasksByName('clean', true)
def allBuildTasks = getTasksByName('build', true)
def allTestTasks = getTasksByName('test', true)
allTestTasks.each { it.systemProperties << System.properties.subMap(getDefaultPropertyKeys()) }
// kill the build -> check -> test dependency, only run tests explicitly and not always on build
getTasksByName('check', true).each { it.dependsOn.clear() }
Set<Task> getComponentTestTasks() {
Set<Task> testTasks = new LinkedHashSet()
for (Project subProject in getSubprojects())
if (subProject.getPath().startsWith(':runtime:component:')) testTasks.addAll(subProject.getTasksByName('test', false))
return testTasks
}
def getDefaultPropertyKeys() {
def defaultProperties = []
Node confXml = new XmlParser().parse(file('framework/src/main/resources/MoquiDefaultConf.xml'))
for (Node defaultProperty in confXml.'default-property') { defaultProperties << defaultProperty.'@name' }
defaultProperties
}
// ========== clean tasks ==========
task clean(type: Delete) { delete file(warName); delete file(execTempDir); delete file('wartemp'); cleanVersionDetailFiles() }
task cleanTempDir(type: Delete) { delete file(execTempDir) }
task cleanDb { doLast {
if (!file(moquiRuntime).exists()) return
delete files(file(moquiRuntime+'/db/derby').listFiles()) - files(moquiRuntime+'/db/derby/derby.properties')
delete file(moquiRuntime+'/db/h2')
delete file(moquiRuntime+'/db/orientdb/databases')
delete fileTree(dir: moquiRuntime+'/txlog', include: '*')
cleanElasticSearch(moquiRuntime)
} }
task cleanLog(type: Delete) { delete fileTree(dir: moquiRuntime+'/log', include: '*') }
task cleanSessions(type: Delete) { delete fileTree(dir: moquiRuntime+'/sessions', include: '*') }
task cleanLoadSave(type: Delete) { delete file('SaveH2.zip'); delete file('SaveDEFAULT.zip')
delete file('SaveTransactional.zip'); delete file('SaveAnalytical.zip'); delete file('SaveOrientDb.zip')
delete file('SaveElasticSearch.zip'); delete file('SaveOpenSearch.zip') }
task cleanPlusRuntime(type: Delete) { delete file(plusRuntimeName) }
task cleanOther(type: Delete) { delete fileTree(dir: '.', includes: ['**/.nbattrs', '**/*~', '**/.#*', '**/.DS_Store', '**/*.rej', '**/*.orig']) }
task cleanAll { dependsOn clean, allCleanTasks, cleanDb, cleanLog, cleanSessions, cleanLoadSave, cleanPlusRuntime }
// ========== ElasticSearch tasks (for install in runtime/elasticsearch) ==========
def cleanElasticSearch(String moquiRuntime) {
File osDir = file(moquiRuntime + '/opensearch')
String workDir = moquiRuntime + (osDir.exists() ? '/opensearch' : '/elasticsearch')
if (file(workDir+'/bin').exists()) {
def pidFile = file(workDir+'/pid')
if (pidFile.exists()) {
String pid = pidFile.getText()
logger.lifecycle("${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} running with pid ${pid}, stopping before deleting data then restarting")
exec { workingDir workDir; commandLine 'kill', pid }
exec { workingDir workDir; commandLine 'tail', "--pid=${pid}", '-f', '/dev/null' }
delete file(workDir+'/data')
if (file(workDir+'/logs').exists()) delete files(file(workDir+'/logs').listFiles())
if (pidFile.exists()) delete pidFile
startSearch()
} else {
logger.lifecycle("Found ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} in ${workDir}/bin directory but no pid, deleting data without stop/start; WARNING if ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} is running this will cause problems!")
delete file(workDir+'/data')
if (file(workDir+'/logs').exists()) delete files(file(workDir+'/logs').listFiles())
}
} else {
delete file(workDir+'/data')
if (file(workDir+'/logs').exists()) delete files(file(workDir+'/logs').listFiles())
}
}
task downloadOpenSearch { doLast {
// NOTE: works with Linux and macOS
// TODO: Windows support...
String distType = "tar.gz"
// https://artifacts.opensearch.org/releases/core/opensearch/1.3.1/opensearch-min-1.3.1-linux-x64.tar.gz
String esUrl = "https://artifacts.opensearch.org/releases/core/opensearch/${openSearchVersion}/opensearch-min-${openSearchVersion}-linux-x64.${distType}"
String targetDirPath = moquiRuntime + '/opensearch'
String esExtraDirPath = targetDirPath + '/opensearch-' + openSearchVersion
File targetDir = file(targetDirPath)
if (targetDir.exists()) { logger.lifecycle("Found directory at ${targetDirPath}, deleting"); delete targetDir }
File zipFile = file("${moquiRuntime}/opensearch-min-${openSearchVersion}-linux-x64.${distType}")
if (!zipFile.exists()) {
logger.lifecycle("Downloading OpenSearch from ${esUrl}")
ant.get(src: esUrl, dest: zipFile)
} else {
logger.lifecycle("Found OpenSearch archive at ${zipFile.getPath()}, using that instead of downloading")
}
// the eachFile closure removes the first path from each file, moving everything up a directory, which also requires delete of the extra dirs
copy { from distType == "zip" ? zipTree(zipFile) : tarTree(zipFile); into targetDir; eachFile {
def pathList = it.getRelativePath().getSegments() as List
if (pathList[0] == ".") pathList = pathList.tail()
it.setPath(pathList.tail().join("/"))
return it
} }
// make sure there is a logs directory, OpenSearch (just like ES) has start error without it
File esLogsDir = file(targetDirPath + '/logs')
if (!esLogsDir.exists()) esLogsDir.mkdir()
File extraDir = file(esExtraDirPath)
if (extraDir.exists()) delete extraDir
delete zipFile
}}
task downloadElasticSearch { doLast {
String suffix
String distType
String osName = System.getProperty("os.name").toLowerCase()
if (osName.startsWith("windows")) {
suffix = "windows-x86_64.zip"
distType = "zip"
} else if (osName.startsWith("mac")) {
suffix = "darwin-x86_64.tar.gz"
distType = "tar.gz"
} else {
suffix = "linux-x86_64.tar.gz"
distType = "tar.gz"
}
String esUrl = "https://artifacts.elastic.co/downloads/elasticsearch/elasticsearch-oss-${elasticSearchVersion}-no-jdk-${suffix}"
String targetDirPath = moquiRuntime + '/elasticsearch'
String esExtraDirPath = targetDirPath + '/elasticsearch-' + elasticSearchVersion
File targetDir = file(targetDirPath)
if (targetDir.exists()) { logger.lifecycle("Found directory at ${targetDirPath}, deleting"); delete targetDir }
File zipFile = file("${targetDirPath}-${elasticSearchVersion}.${distType}")
if (!zipFile.exists()) {
logger.lifecycle("Downloading ElasticSearch from ${esUrl}")
ant.get(src: esUrl, dest: zipFile)
} else {
logger.lifecycle("Found ElasticSearch archive at ${zipFile.getPath()}, using that instead of downloading")
}
// the eachFile closure removes the first path from each file, moving everything up a directory, which also requires delete of the extra dirs
copy { from distType == "zip"? zipTree(zipFile) : tarTree(zipFile); into targetDir; eachFile {
def pathList = it.getRelativePath().getSegments() as List
if (pathList[0] == ".") pathList = pathList.tail()
it.setPath(pathList.tail().join("/"))
return it
} }
// make sure there is a logs directory, ES start error without it
File esLogsDir = file(targetDirPath + '/logs')
if (!esLogsDir.exists()) esLogsDir.mkdir()
File extraDir = file(esExtraDirPath)
if (extraDir.exists()) delete extraDir
delete zipFile
}}
/* startElasticSearch old approach, with ES 7.10.2 and OpenSearch never exits, gradle just sits there doing nothing (though same command in terminal does exit)
task startElasticSearch(type:Exec) {
File osDir = file(moquiRuntime + '/opensearch')
workingDir moquiRuntime + (osDir.exists() ? '/opensearch' : '/elasticsearch')
commandLine (osDir.exists() ? ['./bin/opensearch', '-d', '-p', 'pid'] : ['./bin/elasticsearch', '-d', '-p', 'pid'])
ignoreExitValue true
onlyIf { (file(moquiRuntime + '/elasticsearch/bin').exists() || file(moquiRuntime + '/opensearch/bin').exists())
&& !file(moquiRuntime + '/elasticsearch/pid').exists() && !file(moquiRuntime + '/opensearch/pid').exists() }
doFirst {
logger.lifecycle("Starting ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} installed in runtime/${osDir.exists() ? 'opensearch' : 'elasticsearch'}")
}
}
*/
void startSearch(String moquiRuntime) {
File osDir = file(moquiRuntime + '/opensearch')
String workDir = moquiRuntime + (osDir.exists() ? '/opensearch' : '/elasticsearch')
def pidFile = file(workDir + '/pid')
def binFile = file(workDir + '/bin')
if (binFile.exists() && !pidFile.exists()) {
logger.lifecycle("Starting ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} installed in ${workDir}")
ProcessBuilder pb = new ProcessBuilder((osDir.exists() ? './bin/opensearch' : './bin/elasticsearch'), '-d', '-p', 'pid')
pb.directory(file(workDir))
pb.redirectOutput()
pb.redirectError()
pb.inheritIO()
logger.lifecycle("Starting process with command ${pb.command()} in ${pb.directory().path}")
try {
Process proc = pb.start()
// logger.lifecycle("ran start waiting...")
int result = proc.waitFor()
logger.lifecycle("Process finished with ${result}")
} catch (Exception e) {
logger.lifecycle("Error starting ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'}", e)
}
} else {
if (pidFile.exists()) logger.lifecycle("Not Starting ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} installed in ${workDir}, pid file already exists")
if (!binFile.exists()) logger.lifecycle("Not Starting ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'}, no ${workDir}/bin directory found")
}
}
task startElasticSearch { doLast {
startSearch(moquiRuntime)
} }
void stopSearch(String moquiRuntime) {
File osDir = file(moquiRuntime + '/opensearch')
String workDir = moquiRuntime + (osDir.exists() ? '/opensearch' : '/elasticsearch')
def pidFile = file(workDir + '/pid')
def binFile = file(workDir + '/bin')
if (pidFile.exists() && binFile.exists()) {
String pid = pidFile.getText()
logger.lifecycle("Stopping ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} installed in ${workDir} with pid ${pid}")
exec { workingDir workDir; commandLine 'kill', pid }
// don't bother waiting in this case: exec { workingDir esDir; commandLine 'tail', "--pid=${pid}", '-f', '/dev/null' }
if (pidFile.exists()) delete pidFile
} else {
if (!pidFile.exists()) logger.lifecycle("Not Stopping ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} installed in ${workDir}, no pid file found")
if (!binFile.exists()) logger.lifecycle("Not Stopping ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'}, no ${workDir}/bin directory found")
}
}
task stopElasticSearch { doLast {
stopSearch(moquiRuntime)
} }
// ========== development tasks ==========
task setupIntellij {
description "Adds all XML catalog items to intellij to enable autocomplete"
doLast {
def ideaDir = "${rootDir}/.idea"
def parser = new XmlSlurper()
parser.setFeature("http://apache.org/xml/features/disallow-doctype-decl", false)
parser.setFeature("http://apache.org/xml/features/nonvalidating/load-external-dtd", false)
def catalogEntries = parser.parse(file("${rootDir}/framework/xsd/framework-catalog.xml"))
.system
.list()
.stream()
.map { [url: it.@systemId, location: "\$PROJECT_DIR\$/framework/xsd/${it.@uri}"] }
.collect(java.util.stream.Collectors.toList())
mkdir ideaDir
def rawXml
def miscFile = file("${ideaDir}/misc.xml")
if (!miscFile.exists()) {
def builder = new groovy.xml.StreamingMarkupBuilder()
builder.encoding = 'UTF-8'
rawXml = builder.bind {
project(version: '4') {
component(name: 'ExternalStorageConfigurationManager', enabled: true)
component(name: 'ProjectResources') {
catalogEntries.each { resource(url: it.url, location: it.location) }
}
}
}
} else {
def projectNode = parser.parse(miscFile)
def resourcesNode = projectNode.children().find { it.@name == 'ProjectResources' }
if (resourcesNode.size() == 0) {
projectNode.appendNode {
component(name: 'ProjectResources') {
catalogEntries.each { resource(url: it.url, location: it.location) }
}
}
} else {
catalogEntries.each { cat ->
def existingEntry = resourcesNode.children().find { it.@url == cat.url }
if (existingEntry.size() > 0) {
existingEntry.replaceNode { resource(url: cat.url, location: cat.location) }
} else {
resourcesNode.appendNode { resource(url: cat.url, location: cat.location) }
}
}
}
rawXml = projectNode
}
def misc = groovy.xml.XmlUtil.serialize(rawXml)
miscFile.write(misc)
}
}
// ========== test task ==========
// NOTE1: to run startElasticSearch before the first test task add it as a dependency to all test tasks
// NOTE2: to run stopElasticSearch after the last test task make all test tasks finalizedBy stopElasticSearch
getTasksByName('test', true).each {
if (it.path != ':test') {
// logger.lifecycle("Adding dependencies for test task ${it.getPath()}")
it.dependsOn(startElasticSearch)
it.finalizedBy(stopElasticSearch)
}
}
// ========== check/update tasks ==========
task getRuntime {
description "If the runtime directory does not exist get it using settings in myaddons.xml or addons.xml; also check default components in myaddons.xml (addons.@default) and download any missing"
doLast { checkRuntimeDirAndDefaults(project.hasProperty('locationType') ? locationType : null) }
}
task checkRuntime { doLast {
if (!file('runtime').exists()) throw new GradleException("Required 'runtime' directory not found. Use 'gradle getRuntime' or 'gradle getComponent' or manually clone the moqui-runtime repository. This must be done in a separate Gradle run before a build so Gradle can find and run build tasks.")
} }
task gitPullAll {
description "Do a git pull to update moqui, runtime, and each installed component (for each where a .git directory is found)"
doLast {
// framework and runtime
if (file(".git").exists()) { doGitPullWithStatus(file('.').path) }
if (file("runtime/.git").exists()) { doGitPullWithStatus(file('runtime').path) }
// all directories under runtime/component
for (File compDir in file('runtime/component').listFiles().findAll { it.isDirectory() && it.listFiles().find { it.name == '.git' } }) {
doGitPullWithStatus(compDir.path)
}
}
}
def doGitPullWithStatus(def gitDir) {
try {
def curGrgit = Grgit.open(dir: gitDir)
logger.lifecycle("\nPulling ${gitDir} (branch:${curGrgit.branch.current()?.name}, tracking:${curGrgit.branch.current()?.trackingBranch?.name})")
def beforeHead = curGrgit.head()
curGrgit.pull()
def afterHead = curGrgit.head()
if (beforeHead == afterHead) {
logger.lifecycle("Already up-to-date.")
} else {
List<Commit> commits = curGrgit.log { range(beforeHead, afterHead) }
for (Commit commit in commits) logger.lifecycle("- ${commit.getAbbreviatedId(7)} by ${commit.committer?.name}: ${commit.shortMessage}")
}
} catch (Throwable t) {
logger.error(t.message)
}
}
task gitCheckoutAll {
description "Do a git checkout on moqui, runtime, and each installed component (for each where a .git directory is found); use -Pbranch= (required) to specify a branch, use -Pcreate=true to create branches with the given name"
doLast {
if (!project.hasProperty('branch')) throw new InvalidUserDataException("No branch property specified (use -Pbranch=...)")
String curBranch = branch
String curTag = (project.hasProperty('tag') ? tag : null) ?: curBranch
boolean createBranch = false
if (project.hasProperty('create') && create == 'true') createBranch = true
List<String> gitDirectories = []
if (file(".git").exists()) gitDirectories.add(file('.').path)
if (file("runtime/.git").exists()) gitDirectories.add(file('runtime').path)
for (File compDir in file('runtime/component').listFiles().findAll { it.isDirectory() && it.listFiles().find { it.name == '.git' } })
gitDirectories.add(compDir.path)
for (String gitDir in gitDirectories) {
def curGrgit = Grgit.open(dir: gitDir)
def branchList = curGrgit.branch.list(mode: org.ajoberstar.grgit.operation.BranchListOp.Mode.ALL)
def tagList = curGrgit.tag.list()
def targetBranch = branchList.find({ it.name == curBranch })
def targetTag = tagList.find({ it.name == curTag })
if (targetBranch == null && targetTag == null) {
def originBranch = branchList.find({ it.name == 'origin/' + curBranch })
if (originBranch != null) {
logger.lifecycle("In ${gitDir} branch ${curBranch} not found but found ${originBranch.name}, creating local branch tracking that branch")
targetBranch = curGrgit.branch.add(name: curBranch, startPoint: originBranch, mode: org.ajoberstar.grgit.operation.BranchAddOp.Mode.TRACK)
}
}
if (createBranch || targetBranch != null || targetTag != null) {
if (targetTag != null) {
if (createBranch && curBranch != curTag) {
logger.lifecycle("== Git checkout ${gitDir} tag ${curTag} and create branch ${curBranch}")
try { curGrgit.checkout(branch: curBranch, createBranch: true, startPoint: targetTag) }
catch (Exception e) { logger.lifecycle("Checkout error", e) }
} else {
logger.lifecycle("== Git checkout ${gitDir} tag ${curTag}")
try { curGrgit.checkout(branch: curTag, createBranch: false) }
catch (Exception e) { logger.lifecycle("Checkout error", e) }
}
} else {
logger.lifecycle("== Git checkout ${gitDir} branch ${curBranch} create ${createBranch}")
try { curGrgit.checkout(branch: curBranch, createBranch: createBranch) }
catch (Exception e) { logger.lifecycle("Checkout error", e) }
}
} else {
logger.lifecycle("* No branch or tag '${curBranch}' in ${gitDir}\nBranches: ${branchList.collect({it.name})}\nTags: ${tagList.collect({it.name})}")
}
logger.lifecycle("")
}
}
}
task gitStatusAll {
description "Do a git status to check moqui, runtime, and each installed component (for each where a .git directory is found)"
doLast {
List<String> gitDirectories = []
if (file(".git").exists()) gitDirectories.add(file('.').path)
if (file("runtime/.git").exists()) gitDirectories.add(file('runtime').path)
for (File compDir in file('runtime/component').listFiles().findAll { it.isDirectory() && it.listFiles().find { it.name == '.git' } })
gitDirectories.add(compDir.path)
for (String gitDir in gitDirectories) {
def curGrgit = Grgit.open(dir: gitDir)
logger.lifecycle("\nGit status for ${gitDir} (branch:${curGrgit.branch.current()?.name}, tracking:${curGrgit.branch.current()?.trackingBranch?.name})")
try {
if (curGrgit.remote.list().find({ it.name == 'upstream'})) {
def upstreamAhead = curGrgit.log { range curGrgit.resolve.toCommit('refs/remotes/upstream/master'), curGrgit.resolve.toCommit('refs/remotes/origin/master') }
if (upstreamAhead) logger.lifecycle("- origin/master ${upstreamAhead.size()} commits ahead of upstream/master")
}
} catch (Exception e) {
logger.error("Error finding commits ahead of upstream", e)
}
try {
def masterLatest = curGrgit.resolve.toCommit('refs/remotes/origin/master')
if (masterLatest == null) {
logger.error("No origin/master branch exists, can't determine unpushed commits")
} else {
def unpushed = curGrgit.log { range masterLatest, curGrgit.resolve.toCommit('HEAD') }
if (unpushed) logger.lifecycle("--- ${unpushed.size()} commits unpushed (ahead of origin/master)")
for (Commit commit in unpushed) logger.lifecycle(" - ${commit.getAbbreviatedId(8)} - ${commit.shortMessage}")
}
} catch (Exception e) {
logger.error("Error finding unpushed commits", e)
}
def curStatus = curGrgit.status()
if (curStatus.isClean()) logger.lifecycle("* nothing to commit, working directory clean")
if (curStatus.staged.added || curStatus.staged.modified || curStatus.staged.removed) logger.lifecycle("--- Changes to be committed::")
for (String fn in curStatus.staged.added) logger.lifecycle(" added: ${fn}")
for (String fn in curStatus.staged.modified) logger.lifecycle(" modified: ${fn}")
for (String fn in curStatus.staged.removed) logger.lifecycle(" removed: ${fn}")
if (curStatus.unstaged.added || curStatus.unstaged.modified || curStatus.unstaged.removed) logger.lifecycle("--- Changes not staged for commit:")
for (String fn in curStatus.unstaged.added) logger.lifecycle(" added: ${fn}")
for (String fn in curStatus.unstaged.modified) logger.lifecycle(" modified: ${fn}")
for (String fn in curStatus.unstaged.removed) logger.lifecycle(" removed: ${fn}")
}
}
}
task gitUpstreamAll {
description "Do a git pull upstream:master for moqui, runtime, and each installed component (for each where a .git directory is found and has a remote called upstream)"
doLast {
String remoteName = project.hasProperty('remote') ? remote : 'upstream'
List<String> gitDirectories = []
if (file(".git").exists()) gitDirectories.add(file('.').path)
if (file("runtime/.git").exists()) gitDirectories.add(file('runtime').path)
for (File compDir in file('runtime/component').listFiles().findAll { it.isDirectory() && it.listFiles().find { it.name == '.git' } })
gitDirectories.add(compDir.path)
for (String gitDir in gitDirectories) {
def curGrgit = Grgit.open(dir: gitDir)
if (curGrgit.remote.list().find({ it.name == remoteName})) {
logger.lifecycle("\nGit merge ${remoteName} for ${gitDir}")
curGrgit.pull(remote: remoteName, branch: 'master')
} else {
logger.lifecycle("\nNo ${remoteName} remote for ${gitDir}")
}
}
}
}
task gitTagAll {
description "Do a git add or remove tag on the currently checked out commit in moqui, runtime, and each installed component"
doLast {
def tagName = (project.hasProperty('tag')) ? tag : null;
def tagMessage = (project.hasProperty('message')) ? message : null;
boolean removeTags = (project.hasProperty('remove') && remove == 'true')
boolean pushTags = (project.hasProperty('push') && push == 'true')
// Users can simply push tags to the remote
if (tagName == null && pushTags == false)
throw new InvalidUserDataException("No tag property specified (use -Ptag=...) and No push tag specified (use -Ppush=true)")
List<String> gitDirectories = []
if (file(".git").exists()) gitDirectories.add(file('.').path)
if (file("runtime/.git").exists()) gitDirectories.add(file('runtime').path)
for (File compDir in file('runtime/component').listFiles().findAll { it.isDirectory() && it.listFiles().find { it.name == '.git' } })
gitDirectories.add(compDir.path)
def frameworkDir = gitDirectories.first()
for (String gitDir in gitDirectories) {
def relativePath = "."+gitDir.minus(frameworkDir)
def curGrgit = Grgit.open(dir: gitDir)
def branchName = curGrgit.branch.current().name
def commit = curGrgit.log(maxCommits: 1).find()
if (tagName != null) {
def tagList = curGrgit.tag.list()
def targetTag = tagList.find({ it.name == tagName })
if (targetTag == null) {
if (removeTags) {
logger.lifecycle("== Git tag '${tagName}' not found in ${branchName} of ${relativePath} ... skipping")
} else {
curGrgit.tag.add(name: tagName, message: tagMessage ?: "Tagging version ${tagName}")
logger.lifecycle("== Git tagging commit ${commit.abbreviatedId} - '${commit.shortMessage}' by '${commit.author.name}' in ${branchName} of ${relativePath}")
}
} else {
if (removeTags) {
curGrgit.tag.remove(names: [tagName])
logger.lifecycle("== Git removing tag '${tagName}' in ${branchName} of ${relativePath}")
} else {
logger.lifecycle("== Git tag '${tagName}' already exists in ${branchName} of ${relativePath}, skipping...")
}
}
}
if (pushTags) {
if (removeTags) {
curGrgit.push(refsOrSpecs: [':refs/tags/'+tagName])
} else {
curGrgit.push(tags: true)
}
logger.lifecycle("== Git pushing tag changes to remote of ${relativePath}")
}
}
}
}
task gitDiffTagsAll {
description "Do a git diff between two tags in the currently checked out branch in moqui, runtime, and each installed component"
doLast {
if (!project.hasProperty('taga') || taga == null)
throw new InvalidUserDataException("No taga property specified (use -Ptaga=...)")
// If tagb is not passed, we assume HEAD
def tagb = (project.hasProperty('tagb') && tagb != null) ? tagb : "HEAD";
logger.lifecycle("== Git diffing tags ${taga} and ${tagb}")
List<String> gitDirectories = []
if (file(".git").exists()) gitDirectories.add(file('.').path)
if (file("runtime/.git").exists()) gitDirectories.add(file('runtime').path)
for (File compDir in file('runtime/component').listFiles().findAll { it.isDirectory() && it.listFiles().find { it.name == '.git' } })
gitDirectories.add(compDir.path)
def frameworkDir = gitDirectories.first()
for (String gitDir in gitDirectories) {
def relativePath = "."+gitDir.minus(frameworkDir)
def grgit = Grgit.open(dir: gitDir)
def tagList = grgit.tag.list()
def tagaCommit = tagList.find({ it.name == taga })
def tagbCommit = tagList.find({ it.name == tagb })
logger.lifecycle("${relativePath}")
if ((taga == "HEAD" || tagaCommit != null) && (tagb == "HEAD" || tagbCommit != null)) {
grgit.log {
range taga, tagb
}.each {
logger.lifecycle(" ${it.abbreviatedId} - ${it.shortMessage}")
}
}
}
}
}
task gitMergeAll {
description "Do a git diff between two tags in the currently checked out branch in moqui, runtime, and each installed component"
doLast {
def branchName = (project.hasProperty('branch')) ? branch : null;
def tagName = (project.hasProperty('tag')) ? tag : null;
def mergeMode = (project.hasProperty('mode')) ? mode : null;
def mergeMessage = (project.hasProperty('message')) ? message : null;
def pushMerge = (project.hasProperty('push')) ? push : null;
List<String> gitDirectories = []
if (file(".git").exists()) gitDirectories.add(file('.').path)
if (file("runtime/.git").exists()) gitDirectories.add(file('runtime').path)
for (File compDir in file('runtime/component').listFiles().findAll { it.isDirectory() && it.listFiles().find { it.name == '.git' } })
gitDirectories.add(compDir.path)
def frameworkDir = gitDirectories.first()
for (String gitDir in gitDirectories) {
def relativePath = "."+gitDir.minus(frameworkDir)
logger.lifecycle("${relativePath}")
def grgit = Grgit.open(dir: gitDir)
def currentBranch = grgit.branch.current()?.name;
if (branchName == currentBranch)
continue
def doMerge = false;
if (branchName && grgit.branch.list().find({ it.name == branchName }) != null) {
doMerge = true;
}
if (tagName && grgit.tag.list().find({ it.name == tagName }) != null) {
doMerge = true;
}
if (doMerge) {
grgit.merge(head: branchName ?: tagName, mode: mergeMode, message: mergeMessage)
logger.lifecycle(" Merging ${branchName ?: tagName} into ${currentBranch}")
}
if (pushMerge) {
grgit.push();
logger.lifecycle(" Pushing merge")
}
}
}
}
// ========== run tasks ==========
task run(type: JavaExec) {
dependsOn checkRuntime, allBuildTasks, cleanTempDir
workingDir = '.'; jvmArgs = ['-server', '-XX:-OmitStackTraceInFastThrow']
systemProperties = ['moqui.conf':moquiConfDev, 'moqui.runtime':moquiRuntime]
// NOTE: this is a hack, using -jar instead of a class name, and then the first argument is the name of the jar file
main = '-jar'; args = [warName]
}
task runProduction(type: JavaExec) {
dependsOn checkRuntime, allBuildTasks, cleanTempDir
workingDir = '.'; jvmArgs = ['-server', '-Xms1024M']
systemProperties = ['moqui.conf':moquiConfProduction, 'moqui.runtime':moquiRuntime]
main = '-jar'; args = [warName]
}
task load(type: JavaExec) {
description "Run Moqui to load data; to specify data types use something like: gradle load -Ptypes=seed,seed-initial,install"
dependsOn checkRuntime, allBuildTasks
systemProperties = ['moqui.conf':moquiConfDev, 'moqui.runtime':moquiRuntime]
workingDir = '.'; jvmArgs = ['-server']; main = '-jar'
args = [warName, 'load', (project.properties.containsKey('types') ? "types=${types}" : "types=all")]
}
task loadSeed(type: JavaExec) {
dependsOn checkRuntime, allBuildTasks
systemProperties = ['moqui.conf':moquiConfProduction, 'moqui.runtime':moquiRuntime]
workingDir = '.'; jvmArgs = ['-server']; main = '-jar'
args = [warName, 'load', (project.properties.containsKey('types') ? "types=${types}" : "types=seed")]
}
task loadSeedInitial(type: JavaExec) {
dependsOn checkRuntime, allBuildTasks
systemProperties = ['moqui.conf':moquiConfProduction, 'moqui.runtime':moquiRuntime]
workingDir = '.'; jvmArgs = ['-server']; main = '-jar'
args = [warName, 'load', (project.properties.containsKey('types') ? "types=${types}" : "types=seed,seed-initial")]
}
task loadProduction(type: JavaExec) {
dependsOn checkRuntime, allBuildTasks
systemProperties = ['moqui.conf':moquiConfProduction, 'moqui.runtime':moquiRuntime]
workingDir = '.'; jvmArgs = ['-server']; main = '-jar'
args = [warName, 'load', (project.properties.containsKey('types') ? "types=${types}" : "types=seed,seed-initial,install")]
}
task saveDb { doLast {
if (file(moquiRuntime+'/db/derby/moqui').exists())
ant.zip(destfile: 'SaveDerby.zip') { fileset(dir: moquiRuntime+'/db/derby/moqui') { include(name: '**/*') } }
if (file(moquiRuntime+'/db/h2').exists())
ant.zip(destfile: 'SaveH2.zip') { fileset(dir: moquiRuntime+'/db/h2') { include(name: '**/*') } }
if (file(moquiRuntime+'/db/orientdb/databases').exists())
ant.zip(destfile: 'SaveOrientDb.zip') { fileset(dir: moquiRuntime+'/db/orientdb/databases') { include(name: '**/*') } }
File osDir = file(moquiRuntime + '/opensearch')
String workDir = moquiRuntime + (osDir.exists() ? '/opensearch' : '/elasticsearch')
if (file(workDir+'/data').exists()) {
if (file(workDir+'/bin').exists()) {
def pidFile = file(workDir+'/pid')
if (pidFile.exists()) {
String pid = pidFile.getText()
logger.lifecycle("ElasticSearch running with pid ${pid}, stopping before saving data then restarting")
exec { workingDir workDir; commandLine 'kill', pid }
exec { workingDir workDir; commandLine 'tail', "--pid=${pid}", '-f', '/dev/null' }
if (pidFile.exists()) delete pidFile
ant.zip(destfile: (osDir.exists() ? 'SaveOpenSearch.zip' : 'SaveElasticSearch.zip')) { fileset(dir: workDir+'/data') { include(name: '**/*') } }
startSearch(moquiRuntime)
} else {
logger.lifecycle("Found ${osDir.exists() ? 'OpenSearch' : 'ElasticSearch'} ${workDir}/bin directory but no pid, saving data without stop/start; WARNING if ElasticSearch is running this will cause problems!")
ant.zip(destfile: (osDir.exists() ? 'SaveOpenSearch.zip' : 'SaveElasticSearch.zip')) { fileset(dir: workDir+'/data') { include(name: '**/*') } }
}
} else {
ant.zip(destfile: (osDir.exists() ? 'SaveOpenSearch.zip' : 'SaveElasticSearch.zip')) { fileset(dir: workDir+'/data') { include(name: '**/*') } }
}
}
} }
task loadSave {
description "Clean all, build and load, then save database (H2, Derby), OrientDB, and OpenSearch/ElasticSearch files; to be used before reloadSave"
dependsOn cleanAll, load, saveDb
}
task reloadSave {
description "After a loadSave clean database (H2, Derby), OrientDB, and ElasticSearch files and reload from saved copy"
dependsOn cleanTempDir, cleanDb, cleanLog, cleanSessions
dependsOn allBuildTasks
doLast {
if (file('SaveDerby.zip').exists()) copy { from zipTree('SaveDerby.zip'); into file(moquiRuntime+'/db/derby/moqui') }
if (file('SaveH2.zip').exists()) copy { from zipTree('SaveH2.zip'); into file(moquiRuntime+'/db/h2') }
if (file('SaveOrientDb.zip').exists()) copy { from zipTree('SaveOrientDb.zip'); into file(moquiRuntime+'/db/orientdb/databases') }
if (file('SaveElasticSearch.zip').exists()) {
String esDir = moquiRuntime+'/elasticsearch'
if (file(esDir+'/bin').exists()) {
def pidFile = file(esDir+'/pid')
if (pidFile.exists()) {
String pid = pidFile.getText()
logger.lifecycle("ElasticSearch running with pid ${pid}, stopping before restoring data then restarting")
exec { workingDir esDir; commandLine 'kill', pid }
exec { workingDir esDir; commandLine 'tail', "--pid=${pid}", '-f', '/dev/null' }
copy { from zipTree('SaveElasticSearch.zip'); into file(moquiRuntime+'/elasticsearch/data') }
if (pidFile.exists()) delete pidFile
exec { workingDir esDir; commandLine './bin/elasticsearch', '-d', '-p', 'pid' }
} else {
logger.lifecycle("Found ElasticSearch ${esDir}/bin directory but no pid, saving data without stop/start; WARNING if ElasticSearch is running this will cause problems!")
copy { from zipTree('SaveElasticSearch.zip'); into file(moquiRuntime+'/elasticsearch/data') }
}
} else {
copy { from zipTree('SaveElasticSearch.zip'); into file(moquiRuntime+'/elasticsearch/data') }
}
}
if (file('SaveOpenSearch.zip').exists()) {
String esDir = moquiRuntime+'/opensearch'
if (file(esDir+'/bin').exists()) {
def pidFile = file(esDir+'/pid')
if (pidFile.exists()) {
String pid = pidFile.getText()
logger.lifecycle("OpenSearch running with pid ${pid}, stopping before restoring data then restarting")
exec { workingDir esDir; commandLine 'kill', pid }
exec { workingDir esDir; commandLine 'tail', "--pid=${pid}", '-f', '/dev/null' }
copy { from zipTree('SaveOpenSearch.zip'); into file(moquiRuntime+'/opensearch/data') }
if (pidFile.exists()) delete pidFile
exec { workingDir esDir; commandLine './bin/opensearch', '-d', '-p', 'pid' }
} else {
logger.lifecycle("Found OpenSearch ${esDir}/bin directory but no pid, saving data without stop/start; WARNING if OpenSearch is running this will cause problems!")
copy { from zipTree('SaveOpenSearch.zip'); into file(moquiRuntime+'/opensearch/data') }
}
} else {
copy { from zipTree('SaveOpenSearch.zip'); into file(moquiRuntime+'/opensearch/data') }
}
}
}
}
// ========== deploy tasks ==========
task deployTomcat { doLast {
// remove runtime directory, may have been added for logs/etc
delete file(tomcatHome + '/runtime')
// remove ROOT directory and war to avoid conflicts
delete file(tomcatHome + '/webapps/ROOT')
delete file(tomcatHome + '/webapps/ROOT.war')
// copy the war file to ROOT.war
copy { from file(warName); into file(tomcatHome + '/webapps'); rename(warName, 'ROOT.war') }
} }
task plusRuntimeWarTemp {
dependsOn checkRuntime, allBuildTasks
doLast {
File wartempFile = file('wartemp')
if (wartempFile.exists()) delete wartempFile
// make version detail files
makeVersionDetailFiles()
// unzip the "moqui-${version}.war" file to the wartemp directory
copy { from zipTree(warName); into wartempFile }
// copy runtime directory (with a few exceptions) into a runtime directory in the war
copy {
from fileTree(dir: '.', include: moquiRuntime+'/**',
excludes: ['**/*.jar', '**/build', moquiRuntime+'/classes/**', moquiRuntime+'/lib/**', moquiRuntime+'/log/**', moquiRuntime+'/sessions/**'])
into wartempFile
}
// copy the jar files from runtime/lib
copy { from fileTree(dir: moquiRuntime+'/lib', include: '**/*.jar').files into 'wartemp/WEB-INF/lib' }
// copy the classpath resource files from runtime/classes
copy { from fileTree(dir: moquiRuntime+'/classes', include: '**/*') into 'wartemp/WEB-INF/classes' }
// copy the jar files from components
copy { from fileTree(dir: moquiRuntime+'/base-component', include: '**/*.jar').files into 'wartemp/WEB-INF/lib' }
copy {
from fileTree(dir: moquiRuntime+'/component', include: '**/*.jar', exclude: '**/librepo/*.jar').files
into 'wartemp/WEB-INF/lib'
duplicatesStrategy DuplicatesStrategy.WARN
}
copy {
from fileTree(dir: moquiRuntime+'/ecomponent', include: '**/*.jar', exclude: '**/librepo/*.jar').files
into 'wartemp/WEB-INF/lib'
duplicatesStrategy DuplicatesStrategy.WARN
}
// add MoquiInit.properties fresh copy, just in case it was changed
copy { from file('MoquiInit.properties') into 'wartemp/WEB-INF/classes' }
// add Procfile to root
copy { from file('Procfile') into 'wartemp' }
// special case: copy elasticsearch plugin/module jars (needed for ES installed in runtime/elasticsearch
if (file(moquiRuntime+'/elasticsearch').exists())
copy { from fileTree(dir: '.', include: moquiRuntime+'/elasticsearch/**/*.jar') into wartempFile }
// special case: copy opensearch plugin/module jars (needed for ES installed in runtime/opensearch
if (file(moquiRuntime+'/opensearch').exists())
copy { from fileTree(dir: '.', include: moquiRuntime+'/opensearch/**/*.jar') into wartempFile }
// special case: copy jackrabbit standalone jar (if exists)
copy { from fileTree(dir: moquiRuntime + '/jackrabbit', include: 'jackrabbit-standalone-*.jar').files; into 'wartemp/' + moquiRuntime + '/jackrabbit' }
// clean up version detail files
cleanVersionDetailFiles()
}
}
task addRuntime(type: Zip) {
description "Create moqui-plus-runtime.war file from the moqui.war file and the runtime directory embedded in it"
dependsOn checkRuntime, allBuildTasks, plusRuntimeWarTemp
archiveFileName = plusRuntimeName
destinationDirectory = file('.')
from file('wartemp')
doFirst { if (file(plusRuntimeName).exists()) delete file(plusRuntimeName) }
doLast { delete file('wartemp') }
}
// don't use this task directly, use addRuntimeTomcat which calls this
task deployTomcatRuntime { doLast {
delete file(tomcatHome + '/runtime'); delete file(tomcatHome + '/webapps/ROOT'); delete file(tomcatHome + '/webapps/ROOT.war')
copy { from file(plusRuntimeName); into file(tomcatHome + '/webapps'); rename(plusRuntimeName, 'ROOT.war') }
} }
task addRuntimeTomcat {
dependsOn addRuntime
dependsOn deployTomcatRuntime
}
// ========== component tasks ==========
task getDefaults {
description "Get a component using specified location type, also check/get all components it depends on; requires component property; locationType property optional (defaults to git if there is a .git directory, otherwise to current)"
doLast {
String curLocationType = file('.git').exists() ? 'git' : 'current'
if (project.hasProperty('locationType')) curLocationType = locationType
getComponentTop(curLocationType)
}
}
task getComponent {
description "Get a component using specified location type, also check/get all components it depends on; requires component property; locationType property optional (defaults to git if there is a .git directory, otherwise to current)"
doLast {
String curLocationType = file('.git').exists() ? 'git' : 'current'
if (project.hasProperty('locationType')) curLocationType = locationType
getComponentTop(curLocationType)
}
}
task getCurrent {
description "Get the current archive for a component, also check each component it depends on and if not present get its current archive; requires component property"
doLast { getComponentTop('current') }
}
task getRelease {
description "Get the release archive for a component, also check each component it depends on and if not present get its configured release archive; requires component property"
doLast { getComponentTop('release') }
}
task getBinary {
description "Get the binary release archive for a component, also check each component it depends on and if not present get its configured release archive; requires component property"
doLast { getComponentTop('binary') }
}
task getGit {
description "Clone the git repository for a component, also check each component it depends on and if not present clone its git repository; requires component property"
doLast { getComponentTop('git') }
}
task getDepends {
description "Check/Get all dependencies for all components in runtime/component; locationType property optional (defaults to git if there is a .git directory, otherwise to current)"
doLast {
String curLocationType = file('.git').exists() ? 'git' : 'current'
if (project.hasProperty('locationType')) curLocationType = locationType
checkAllComponentDependencies(curLocationType)
}
}
task getComponentSet {
description "Gets all components in the specied componentSet using specified location type, also check/get all components it depends on; requires -Pcomponent property; -PlocationType property optional (defaults to git if there is a .git directory, otherwise to current)"
doLast {
String curLocationType = file('.git').exists() ? 'git' : 'current'
if (project.hasProperty('locationType')) curLocationType = locationType
if (!project.hasProperty('componentSet')) throw new InvalidUserDataException("No componentSet property specified")
checkRuntimeDirAndDefaults(curLocationType)
Set compsChecked = new TreeSet()
loadComponentSet((String) componentSet, curLocationType, parseAddons(), parseMyaddons(), compsChecked)
logger.lifecycle("Got component-set ${componentSet}, got or checked components: ${compsChecked}")
}
}
task zipComponents {
description "Create a .zip archive file for each component in runtime/component"
dependsOn allBuildTasks
doLast { for (File compDir in findComponentDirs()) createComponentZip(compDir) }
}
task zipComponent {
description "Create a .zip archive file a single component in runtime/component; requires component property"
dependsOn allBuildTasks
doLast {
if (!project.hasProperty('component')) throw new InvalidUserDataException("No component property specified")
createComponentZip(file('runtime/component/' + component))
}
}
// ========== utility methods ==========
def createComponentZip(File compDir) {
File compXmlFile = file("${compDir.path}/component.xml")
if (!compXmlFile.exists()) {
logger.lifecycle("No component.xml file found at ${compXmlFile.path}, not creating component zip")
return
}
Node compXml = new XmlParser().parse(compXmlFile)
File zipFile = file("${compDir.parentFile.path}/${compXml.'@name'}${compXml.'@version' ? '-' + compXml.'@version' : ''}.zip")
if (zipFile.exists()) { logger.lifecycle("Deleting existing component zip file: ${zipFile.name}"); zipFile.delete() }
// exclude build, src, librepo, build.gradle, defaultexcludes (which includes .git)
ant.zip(destfile: zipFile.path) { fileset(dir: compDir.parentFile.path, includes: "${compDir.name}/**", defaultexcludes: 'yes',
excludes: "${compDir.name}/build/**,${compDir.name}/src/**,${compDir.name}/librepo/**,${compDir.name}/build.gradle") }
logger.lifecycle("Created component zip file: ${zipFile.name}")
}
def checkRuntimeDirAndDefaults(String locType) {
Node addons = parseAddons()
Node myaddons = parseMyaddons()
if (!locType) locType = file('.git').exists() ? 'git' : 'current'
File runtimeDir = file('runtime')
if (!runtimeDir.exists()) {
Node runtimeNode = myaddons != null && myaddons.runtime ? (Node) myaddons.runtime[0] : null
if (runtimeNode == null) runtimeNode = addons != null && addons.runtime ? (Node) addons.runtime[0] : null
if (runtimeNode == null) throw new InvalidUserDataException("The runtime directory does not exist and no runtime element found in myaddons.xml or addons.xml")
downloadComponent("runtime", locType, runtimeNode, addons, myaddons)
}
// look for @default in myaddons.xml only
if (myaddons?.'@default') {
String defaultComps = myaddons.'@default'
Set compsChecked = new TreeSet()
Set defaultCompsDownloaded = new TreeSet()
for (String compName in defaultComps.split(',')) {
compName = compName.trim()
if (!compName) continue
File componentDir = file("runtime/component/${compName}")
if (componentDir.exists()) continue
getComponent(compName, locType, addons, myaddons, compsChecked)
defaultCompsDownloaded.add(compName)
}
if (defaultCompsDownloaded)
logger.lifecycle("Got default components ${defaultCompsDownloaded}, dependent components checked: ${compsChecked}")
}
}
def loadComponentSet(String setName, String curLocationType, Node addons, Node myaddons, Set compsChecked) {
Node setNode = null
if (myaddons) setNode = myaddons.'component-set'.find({ it."@name" == setName })
if (setNode == null) setNode = addons.'component-set'.find({ it."@name" == setName })
if (setNode == null) throw new InvalidUserDataException("Could not find component-set with name ${setName}")
String components = setNode.'@components'
if (components) for (String compName in components.split(","))
getComponent(compName, curLocationType, addons, myaddons, compsChecked)
String sets = setNode.'@sets'
if (sets) for (String subsetName in sets.split(","))
loadComponentSet(subsetName, curLocationType, addons, myaddons, compsChecked)
}
Collection<File> findComponentDirs() {
file('runtime/component').listFiles().findAll({ it.isDirectory() && it.listFiles().find({ it.name == 'component.xml' }) })
}
Node parseAddons() { new XmlParser().parse(file('addons.xml')) }
Node parseMyaddons() { if (file('myaddons.xml').exists()) { new XmlParser().parse(file('myaddons.xml')) } else { null } }
Node parseComponent(project) { new XmlParser().parse(project.file('component.xml')) }
def getComponentTop(String locationType) {
if (project.hasProperty('component')) {
checkRuntimeDirAndDefaults(locationType)
Set compsChecked = new TreeSet()
File componentDir = getComponent(component, locationType, parseAddons(), parseMyaddons(), compsChecked)
if (componentDir?.exists()) logger.lifecycle("Got component ${component}, dependent components checked: ${compsChecked}")
} else {
throw new InvalidUserDataException("No component property specified")
}
}
File getComponent(String compName, String type, Node addons, Node myaddons, Set compsChecked) {
// get the component
Node component = myaddons != null ? (Node) myaddons.component.find({ it."@name" == compName }) : null
if (component == null) component = (Node) addons.component.find({ it."@name" == compName })
if (component == null) throw new InvalidUserDataException("Component ${compName} not found in myaddons.xml or addons.xml")
if (component.'@skip-get' == 'true') { logger.lifecycle("Skipping get component ${compName} (skip-get=true)"); return null }
File componentDir = downloadComponent("runtime/component/${compName}", type, component, addons, myaddons)
checkComponentDependencies(compName, type, addons, myaddons, compsChecked)
return componentDir
}
File downloadComponent(String targetDirPath, String type, Node component, Node addons, Node myaddons) {
String compName = component.'@name'
String branch = component.'@branch'
String repositoryName = (component.'@repository' ?: myaddons?.'@default-repository' ?: addons.'@default-repository' ?: 'github')
Node repository = myaddons != null ? (Node) myaddons.repository.find({ it."@name" == repositoryName }) : null