sveinungkb · October 28, 2020 06:42 · bitcoder · May 4, 2020 · sveinungkb · May 4, 2020
diff --git a/generate-report.py b/generate-report.py
 # By Sveinung Kval Bakken @ iHeartRadio
 # http://tech.iheart.com
 #
 # This script will parse any HP Unified Functional Testing reports and generate ANT JUnit XML reports
 # for use with Team City / Jenkins

 import sys
 from xml.dom import minidom
 from xml.dom.minidom import Document, Element

 if len(sys.argv) < 2:
    print("Pass HP XML results as parameters, like this: python generate-report.py Results.xml OtherResults.xml, passed arguments: %s"% sys.argv[1:])

 files = sys.argv[1:]

 def printChildren(element, depth, indent):
    if depth == 0:
        return
    for i in range(0, indent):
        print('.'),

    if element.nodeType == element.TEXT_NODE:
        print("Text: %s"% element.wholeText),
    elif element.nodeType == element.CDATA_SECTION_NODE:
        print("Cdata: %s"% element.wholeText),
    else:
        print("Element: %s"% element.tagName),
    print("")


    for child in element.childNodes:
        printChildren(child, depth -1, indent +1)


 def valueForCdata(cdataElement):
    return cdataElement.firstChild.wholeText

 class Step:
    def __init__(self, stepElement):
        self.name = valueForCdata(stepElement.getElementsByTagName("Obj")[0])
        nodeArgsElement = stepElement.getElementsByTagName("NodeArgs")[0]
        self.status = nodeArgsElement.getAttribute("status")
        self.passed = self.status == "Passed"
        self.details = stepElement.getElementsByTagName("Details")[0]
        self.time = float(stepElement.getElementsByTagName("TimeTick")[0].firstChild.nodeValue)
        self.duration = 0

    def asElement(self):
        testcase = Element("testcase", "")
        testcase.setAttribute("name", self.name)
        testcase.setAttribute("time", str(self.duration))
        if not self.passed:
            failureMessageElement = Element("failure")
            failureMessageElement.setAttribute("message", valueForCdata(self.details))
            testcase.appendChild(failureMessageElement)

        return testcase

 class Action:
    def __init__(self, actionElement):
        actionNameElement = actionElement.getElementsByTagName("AName")[0]
        self.name = valueForCdata(actionNameElement)
        print("Processing action: %s" % self.name)

        self.steps = []
        self.total = 0
        self.failures = 0
        stepElements = actionElement.getElementsByTagName("Step")
        lastTime = 0
        for stepElement in stepElements:
            step = Step(stepElement)
            if (lastTime != 0):
                step.duration = step.time - lastTime
            lastTime = step.time

            self.steps.append(step)
            self.total = self.total +1
            if not step.passed:
                self.failures = self.failures + 1

    def asElement(self):
        testsuiteElement = Element("testsuite", "")
        testsuiteElement.setAttribute("name", self.name)

        for step in self.steps:
            testsuiteElement.appendChild(step.asElement())

        testsuiteElement.setAttribute("tests", str(self.total))
        testsuiteElement.setAttribute("failures", str(self.failures))
        return testsuiteElement


 def processStep(stepElement):
    print("procesing step: %s" % stepElement.getAttribute("rID"))
    testcase = Element("testcase", "")
    obj = stepElement.getElementsByTagName("Obj")[0]
    testcase.setAttribute("name", valueForCdata(obj))
    return testcase

 def parseReport(reportFile):
    print("Processing: %s"% reportFile)
    reportDoc = minidom.parse(reportFile)
    # printChildren(reportDoc.documentElement, 3, 0)

    # Setup report
    reportName = valueForCdata(reportDoc.getElementsByTagName("DName")[0])
    junitReport = Document()
    testsuitesElement = junitReport.createElement("testsuites")
    testsuitesElement.setAttribute("name", reportName)
    junitReport.appendChild(testsuitesElement)

    total = 0
    failures = 0
    actionElements = reportDoc.getElementsByTagName("Action")
    for actionElement in actionElements:
        action = Action(actionElement)
        total = total + action.total
        failures = failures + action.failures
        testsuitesElement.appendChild(action.asElement())

    testsuitesElement.setAttribute("failures", str(failures))
    testsuitesElement.setAttribute("tests", str(total))

    reportName = format("%s-report.xml" % reportFile.replace(".xml", ""))
    testsuitesElement.writexml( open(reportName, 'w'), indent="  ", addindent="  ", newl='\n')

    testsuitesElement.unlink()
    print("Wrote JUnit report to: %s" % reportName)
    #print(junitReport.toprettyxml())


 for file in files:
    parseReport(file)
	# By Sveinung Kval Bakken @ iHeartRadio
	# http://tech.iheart.com
	#
	# This script will parse any HP Unified Functional Testing reports and generate ANT JUnit XML reports
	# for use with Team City / Jenkins

	import sys
	from xml.dom import minidom
	from xml.dom.minidom import Document, Element

	if len(sys.argv) < 2:
	print("Pass HP XML results as parameters, like this: python generate-report.py Results.xml OtherResults.xml, passed arguments: %s"% sys.argv[1:])

	files = sys.argv[1:]

	def printChildren(element, depth, indent):
	if depth == 0:
	return
	for i in range(0, indent):
	print('.'),

	if element.nodeType == element.TEXT_NODE:
	print("Text: %s"% element.wholeText),
	elif element.nodeType == element.CDATA_SECTION_NODE:
	print("Cdata: %s"% element.wholeText),
	else:
	print("Element: %s"% element.tagName),
	print("")


	for child in element.childNodes:
	printChildren(child, depth -1, indent +1)


	def valueForCdata(cdataElement):
	return cdataElement.firstChild.wholeText

	class Step:
	def __init__(self, stepElement):
	self.name = valueForCdata(stepElement.getElementsByTagName("Obj")[0])
	nodeArgsElement = stepElement.getElementsByTagName("NodeArgs")[0]
	self.status = nodeArgsElement.getAttribute("status")
	self.passed = self.status == "Passed"
	self.details = stepElement.getElementsByTagName("Details")[0]
	self.time = float(stepElement.getElementsByTagName("TimeTick")[0].firstChild.nodeValue)
	self.duration = 0

	def asElement(self):
	testcase = Element("testcase", "")
	testcase.setAttribute("name", self.name)
	testcase.setAttribute("time", str(self.duration))
	if not self.passed:
	failureMessageElement = Element("failure")
	failureMessageElement.setAttribute("message", valueForCdata(self.details))
	testcase.appendChild(failureMessageElement)

	return testcase

	class Action:
	def __init__(self, actionElement):
	actionNameElement = actionElement.getElementsByTagName("AName")[0]
	self.name = valueForCdata(actionNameElement)
	print("Processing action: %s" % self.name)

	self.steps = []
	self.total = 0
	self.failures = 0
	stepElements = actionElement.getElementsByTagName("Step")
	lastTime = 0
	for stepElement in stepElements:
	step = Step(stepElement)
	if (lastTime != 0):
	step.duration = step.time - lastTime
	lastTime = step.time

	self.steps.append(step)
	self.total = self.total +1
	if not step.passed:
	self.failures = self.failures + 1

	def asElement(self):
	testsuiteElement = Element("testsuite", "")
	testsuiteElement.setAttribute("name", self.name)

	for step in self.steps:
	testsuiteElement.appendChild(step.asElement())

	testsuiteElement.setAttribute("tests", str(self.total))
	testsuiteElement.setAttribute("failures", str(self.failures))
	return testsuiteElement


	def processStep(stepElement):
	print("procesing step: %s" % stepElement.getAttribute("rID"))
	testcase = Element("testcase", "")
	obj = stepElement.getElementsByTagName("Obj")[0]
	testcase.setAttribute("name", valueForCdata(obj))
	return testcase

	def parseReport(reportFile):
	print("Processing: %s"% reportFile)
	reportDoc = minidom.parse(reportFile)
	# printChildren(reportDoc.documentElement, 3, 0)

	# Setup report
	reportName = valueForCdata(reportDoc.getElementsByTagName("DName")[0])
	junitReport = Document()
	testsuitesElement = junitReport.createElement("testsuites")
	testsuitesElement.setAttribute("name", reportName)
	junitReport.appendChild(testsuitesElement)

	total = 0
	failures = 0
	actionElements = reportDoc.getElementsByTagName("Action")
	for actionElement in actionElements:
	action = Action(actionElement)
	total = total + action.total
	failures = failures + action.failures
	testsuitesElement.appendChild(action.asElement())

	testsuitesElement.setAttribute("failures", str(failures))
	testsuitesElement.setAttribute("tests", str(total))

	reportName = format("%s-report.xml" % reportFile.replace(".xml", ""))
	testsuitesElement.writexml( open(reportName, 'w'), indent=" ", addindent=" ", newl='\n')

	testsuitesElement.unlink()
	print("Wrote JUnit report to: %s" % reportName)
	#print(junitReport.toprettyxml())


	for file in files:
	parseReport(file)
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