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out.println("Trying to run matrix ${params.matrix}")
out.println("Loading ci/matrix.xml")
def matrixFile = build.properties.moduleRoot.child("ci/matrix.xml")
def fact = javax.xml.parsers.DocumentBuilderFactory.newInstance()
def builder = fact.newDocumentBuilder()
ciMatrix = builder.parse(matrixFile.read())
out.println("Loading relevant definitions")
buildDefs = []
fetchMatrix(params.matrix)
def fetchMatrix(matrixName) {
def matrix = ciMatrix.getElementById(matrixName)
def list = matrix.getElementsByTagName("run")
for (int i = 0; i < list.getLength(); ++i) {
handleRun(list.item(i))
}
}
def handleRun(run) {
def attrs = run.getAttributes()
def matrixAttr = attrs.getNamedItem("matrix")
def taskAttr = attrs.getNamedItem("task")
if (matrixAttr != null)
fetchMatrix(matrixAttr.getValue())
else if (taskAttr != null)
fetchTask(taskAttr.getValue(), run)
}
def fetchTask(taskName, runElem) {
def taskElem = ciMatrix.getElementById(taskName)
def taskStr = taskElem.getTextContent()
def fullTaskName = taskName
runElem.getElementsByTagName("v").each { v ->
def name = v.getAttribute("n")
def value = v.getTextContent()
taskStr = taskStr.replace('$' + name, value)
fullTaskName += " $name=$value"
}
out.println("Found task: $fullTaskName")
buildDefs.add({
build("scalajs-task-worker",
refspec: params.refspec,
sha1: params.sha1,
taskCommand: taskStr)
})
}
parallel(buildDefs)
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