def __groupParam__(self, tParam, whereCondition, group):
strategy = ObjOperation.tryGetVal(whereCondition, "strategy",
'add').strip().lower()
self.isPureNum = strategy != 'product'
self.isList = strategy == 'datalist'
group = ObjOperation.tryGetVal(whereCondition, "group", None)
if group is None:
groups = [{
'combine':
ObjOperation.tryGetVal(whereCondition, "combine", []),
'strategy':
strategy
}]
else:
groups = []
for g in group:
if g.__contains__('combine'):
g['strategy'] = ObjOperation.tryGetVal(
g, "strategy", strategy)
groups.append(g)
gdegress = []
for g in groups:
r = ParamRender(tParam, g['combine'], g['strategy'] == "datalist",
g['strategy'] != "product")
self.paramRender.append(r)
gdegress.append(r.getDegree())
return GroupCombSpace(*gdegress)
def __prepareTestPath(self, testPath, pathParam, stepIndexList,
stepIndexToCombIndex, isEdgeCover, isCondCover):
sTo = None
combIndex = -1
stepIndex = -1
noNewEdge = True
for testStepName in testPath:
stepIndex += 1
stepInfo = self.testSteps[testStepName]
sFrom = stepInfo['or'][0] if sTo == None else sTo
sTo = stepInfo['to']
stepArg = self.getStepArgHandler(sFrom, sTo)
pathParam[stepIndex] = stepArg
isArgList = type(stepArg) == list
if isEdgeCover:
cover = stepInfo['cover']
if not ObjOperation.tryGetVal(cover, sFrom, False):
cover[sFrom] = False
noNewEdge = False
elif isCondCover and isArgList:
pathParam[stepIndex] = ObjOperation.tryGetVal(
stepArg, 0, stepArg)
continue
if isArgList:
combIndex += 1
stepIndexToCombIndex[stepIndex] = combIndex
stepIndexList.append(stepIndex)
return noNewEdge, stepIndex, combIndex
def beginTestCase(self, testModule, testName, testInfo, testParam, searchKey):
if self.curModuleName != testModule:
self.curModuleIndex += 1
self.curModuleName = testModule
# Write module info
self.outputContent(self.getLog(
" <tr onDblClick=\"showSubTestCase('%s')\">\n <td class='body' colspan='5'><strong>%s</strong></td>\n </tr>",
self.curModuleIndex, testModule))
self.caseCount += 1
# Judge test type
testType = ObjOperation.tryGetVal(searchKey, "TestType", "Auto")
if testType == "":
testType = "Auto"
elif "manual" == testType:
testType = "Manual"
# set test case info
self.testCaseInfo = self.getLog((" <tr id=rowcolor%s module=%s>" % (1 if self.caseCount % 2 == 0 else 2, self.curModuleIndex)) +
"\n <td id={result} name={result} ondblclick='filterStep(" + str(self.caseCount) +
")'>%s</td><td class=body>%s</td><td class=body>%s</td><td class=body>%s</td><td class=body>%s</td><td class=body>%s",
testName, ObjOperation.tryGetVal(searchKey, "Author", ""), ObjOperation.tryGetVal(searchKey, "Priority", ""),
testType, testParam, testInfo)
# set step info
self.stepInfo = ""
self.lastStep = "<table id='stepTable' name='stepTable' width='95%%' align='right' style='display:none'>"
self.hasStep = False
def jsonEqual(self, expectedValue, actualValue, msg, isAddEqInfo=False, ignoreKey=None):
if ignoreKey is None:
cmpRes, cmpInfo = ObjOperation.jsonEqual(expectedValue, actualValue, isAddEqInfo)
else:
def isCmp(key, keyPath):
return not ignoreKey.__contains__(key)
cmpRes, cmpInfo = ObjOperation.jsonEqual(expectedValue, actualValue, isAddEqInfo, isCmpHandler=isCmp)
if cmpRes % 1000 != 0:
raise TestCheck(MTConst.jsonContainInfo % ("NOT ", msg, cmpInfo))
self.tlog.success(MTConst.jsonContainInfo % ("", msg, cmpInfo))
def __combParam__(self, tParam, whereCondition, group):
strategy = ObjOperation.tryGetVal(whereCondition, "strategy",
'add').strip().lower()
self.isPureNum = strategy != 'product' and strategy != 'available'
self.isList = strategy == 'datalist'
self.paramRender = ParamRender(
tParam, ObjOperation.tryGetVal(whereCondition, "combine", []),
strategy == "datalist", strategy != "product")
degree = self.paramRender.getDegree()
return CombSpace(*degree['degree'])
def sendEmail(self, smtpAddr, smtpLogin, smtpSender, receiver, ccReceiver,
mimeMail):
try:
if receiver == "":
raise Exception("No receiver")
receiver = (receiver + ";" + ccReceiver).replace(';;',
';').split(";")
smtpAccount, smtpPasswd = base64.decodestring(smtpLogin).split("/")
from smtplib import SMTP
slog.info("Sending mail(SMTP %s):\n\t%s -> %s" %
(smtpAddr, smtpAccount, receiver))
smtp = smtpAddr.split(':')
smtpServer = smtp[0]
smtpPort = int(ObjOperation.tryGetVal(smtp, 1, 25))
smtpClient = SMTP(smtpServer, smtpPort)
try:
smtpClient.ehlo()
smtpClient.login(smtpAccount, smtpPasswd)
except:
pass
smtpClient.sendmail(smtpSender, receiver, mimeMail.as_string())
smtpClient.quit()
return 'Success'
except Exception as ex:
slog.info("Fail to send mail for: %s" % ex)
return str(ex)
def executeInfTest(self,
hostPort,
infName,
dataIndex,
inProp="",
outProp="",
replaceProp=None,
isDirectReturn=False):
infCase = self.__getInfData__(infName)[int(dataIndex)]
infRet = self.doInfRequest(hostPort, infName, infCase['a'],
replaceProp)
if str(isDirectReturn).lower() == "true":
return infRet
try:
resp = ObjOperation.jsonEqual(
toJsonObj(infCase['d']),
infRet,
isAddEqInfo=True,
isCmpHandler=lambda key, keyPath: self.__isNeedCheck__(
key, keyPath, inProp, outProp))
except:
if infCase['d'] == infRet:
resp = [0, str(infRet)]
else:
resp = [1, str(infRet)]
return list(resp)
def debugTest(self, tempFun, tempObj, jparam, tparam=tuple()):
jsonArgs = {}
for arg in getargspec(tempFun).args:
val = ObjOperation.tryGetVal(jparam, arg, None)
if val != None:
jsonArgs[arg] = val
tempFun(tempObj, *tparam, **jsonArgs)
def report(self, repHandler=slog.info, sumTitle='Test Summary:'):
repRes = self.reportResult()
if self.isInMode('show') or self.isInMode('scenario'):
repHandler('\r\nFind Test Case(%s of %s):', repRes[MTConst.passed], repRes['num'])
self.reportResult(MTConst.passed, repHandler)
repHandler('Summary: %s of %s', repRes[MTConst.passed], repRes['num'])
else:
repHandler('\r\n%s\r\n%s' % (sumTitle, '-' * 60))
sumInfo = '\r\nTotal\t%s, %sm:\r\n\t' % (repRes['num'], int(repRes['time'] / 60 + 0.5))
hasRunRes = False
for resType in range(4):
try:
resInfo = self.getResInfo(resType)
resNum = ObjOperation.tryGetVal(repRes, resType, 0)
if resType != MTConst.notRun:
repHandler('%s\t%s:', resInfo, resNum)
self.reportResult(resType, repHandler)
sumInfo += (" + %s: %s" if hasRunRes else "%s: %s") % (resInfo, resNum)
hasRunRes = True
except Exception as ex:
slog.warn(ex)
continue
repHandler(sumInfo)
# repHandler('\r\nLog File:\r\n\t%s\n\n' % self.tlog.GetLoggerPath())
return repRes
def sendEmail(self, smtpAddr, smtpLogin, sender, receiver):
try:
if receiver == "":
raise Exception("No receiver")
receiver = receiver.split(";")
smtpAccount, smtpPasswd = base64.decodestring(smtpLogin).split("/")
from smtplib import SMTP
mimeMail = self.__makeEmail(sender, receiver, self.subject,
self.htmlContent)
slog.info("Sending report mail(SMTP %s):\n\t%s -> %s" %
(smtpAddr, smtpAccount, receiver))
smtp = smtpAddr.split(':')
smtpServer = smtp[0]
smtpPort = int(ObjOperation.tryGetVal(smtp, 1, 25))
smtpClient = SMTP(smtpServer, smtpPort)
try:
smtpClient.ehlo()
smtpClient.login(smtpAccount, smtpPasswd)
except:
pass
smtpClient.sendmail(sender, receiver, mimeMail.as_string())
smtpClient.quit()
except Exception as ex:
slog.info(self.htmlContent)
slog.info("Fail to send mail for: %s" % ex)
def reportResult(self, resType=None, repHandler=slog.info):
runRep = {
'startTime': self.startTime,
'endTime': time.time(),
'num': 0,
'time': 0,
'cases': {
MTConst.passed: {},
MTConst.warned: {},
MTConst.failed: {},
MTConst.notRun: {}
},
MTConst.passed: 0,
MTConst.warned: 0,
MTConst.failed: 0,
MTConst.notRun: 0
}
for tsName in self.tcInfos.keys():
tcInfo = self.getTCInfo(tsName)
for tcName in tcInfo.keys():
tcResMap = tcInfo[tcName]
for tpIndex in tcResMap.keys():
tcResInfo = tcResMap[tpIndex]
tcRes = tcResInfo['r']
tcTime = tcResInfo['t']
runRep[tcRes] = ObjOperation.tryGetVal(runRep, tcRes,
0) + 1
runRep['num'] += 1
runRep['time'] += tcTime
tcFullName = self.getTCFullName(tcName, tpIndex,
tcResInfo['d'])
if resType is None:
searchkey = tcResInfo['k']
author = ObjOperation.tryGetVal(
searchkey, 'author', '')
priority = ObjOperation.tryGetVal(
searchkey, 'priority', '')
runRep['cases'][tcRes][tcFullName] = "%ss%s%s" % (
tcTime, "" if author == "" else
(", %s" % author), "" if priority == "" else
(", %s" % priority))
elif resType == tcRes:
repHandler("\t%s%s", tcFullName,
("\t%ss" % tcTime) if tcTime > 0 else "")
return runRep
def packageCode(self, module, branch='trunk', svnPath="", codeIp=""):
config = ObjOperation.tryGetVal(self.getModuleInfo(), module, {})
packageName = "%s-%s-%s" % (module, branch,
time.strftime("%Y%m%d-%H%M"))
pkFile = '%s/%s.tar' % (pkFolder, packageName)
if os.path.exists(pkFile):
return 0, packageName
# package code
path = ObjOperation.tryGetVal(config, branch, svnPath)
if path == "":
path = ObjOperation.tryGetVal(config, "trunk", svnPath)
resp = curlCservice(pkHost,
"PackageTool/packageToLocalFolder",
isCheckResp=True,
curlHeader={"host": pkHostName},
path=path,
module=module,
branch=branch,
packageName=packageName,
toFolder=ObjOperation.tryGetVal(
config, "deployFolder", module))
plog.info(resp)
# down load code
downloadPkCmd = 'wget %s/file/%s_tar --header="Host: %s" -q -O %s > /dev/null' % (
pkHost, packageName, pkHostName, pkFile)
os.system(downloadPkCmd)
try:
resp = curlCservice(pkHost,
"PackageTool/deletePackage",
isCheckResp=True,
curlHeader={"host": pkHostName},
packageName=packageName)
except Exception as ex:
return ex
# check package
if os.path.exists(pkFile):
fsize = os.path.getsize(pkFile)
if fsize < 20480:
os.system("rm -rf %s" % pkFile)
else:
fsize = -1
return fsize, packageName
def actionCalledView(self, dAct):
retInfo = "%s = " % dAct.getReturnName() if dAct.isActive else ""
callName = ObjOperation.tryGetVal(dAct.adpInfo, "calledName", "")
if callName != "":
callName = "%s.%s" % (callName, dAct.ActName)
else:
callName = dAct.ActName
return '%s%s%s' % (retInfo, callName, dAct.ActInput)
def __init__(self, vmode):
self.dactions = []
self.paramKeyUsed = set()
self.resetFileInfo()
self.resetClassInfo()
self.resetLanFormat()
self.viewer = ObjOperation.tryGetVal(self.vmodes, vmode, ViewBase)(self.resetLanFormat)
def __init__(self, tParam, whereCondition, group):
self.tParam = TValueGroup(tParam)
self.condition = ObjOperation.tryGetVal(whereCondition, "condition",
None)
self.combSp = self.__combParam__(tParam, whereCondition, group)
self.totalParams = self.combSp.getTotalNum()
self.curOrderNum = 0
self.curParamIndex = 0
def __groupParam__(self, tParam, whereCondition, group):
if self.isNotGroup:
return CombineWhereParam.__groupParam__(self, tParam,
whereCondition, group)
defCombine = ObjOperation.tryGetVal(whereCondition, "combine", [])
defStrategy = ObjOperation.tryGetVal(whereCondition, "strategy", [])
self.isPureNum = True
self.isList = False
gdegress = []
for gp in group:
if not ObjOperation.tryGetVal(gp, "active", True):
continue
combine = ObjOperation.tryGetVal(gp, "combine", defCombine)
strategy = ObjOperation.tryGetVal(gp, "strategy", defStrategy)
r = ParamRender(gp['param'], combine, strategy == "datalist",
strategy != "product", True)
self.paramRender.append(r)
gdegress.append(r.getDegree())
return GroupCombSpace(*gdegress)
def __addPathToArgPathContainer(self, argPathContainer, testPath,
repeatCount):
pathParam = TValueGroup({})
stepIndexList = []
stepIndexToCombIndex = {}
isCondCover = self.strategy == "condition"
isEdgeCover = self.strategy == "edge" or self.strategy == "condEdge" or isCondCover
notCondCover = self.strategy == "path" or self.strategy == "edge" or self.strategy == 'available'
noNewEdge, stepIndex, combIndex = self.__prepareTestPath(
testPath, pathParam, stepIndexList, stepIndexToCombIndex,
isEdgeCover, isCondCover)
if isEdgeCover and noNewEdge:
return
pathCovered = False
stepArg = CombineSingleParam(pathParam, {
'combine': stepIndexList,
'strategy': self.strategy
}, None)
while True:
pathArg = stepArg.nextParam()
if pathArg == None:
break
acceptRes, acceptStepIndex = self.__isTestPathAccept(
testPath, pathArg)
if acceptRes <= 9:
addTestPath = testPath
if stepIndex > acceptStepIndex:
addTestPath = list(testPath)
delStepIndex = stepIndex
while delStepIndex > acceptStepIndex:
addTestPath.__delitem__(delStepIndex)
pathArg.__delitem__(delStepIndex)
delStepIndex -= 1
pathCovered = True
argPathContainer.append({
'path': addTestPath,
'accept': acceptRes,
'arg': pathArg
})
if notCondCover:
break
addCombIndex = ObjOperation.tryGetVal(stepIndexToCombIndex,
acceptStepIndex, combIndex)
if addCombIndex < combIndex:
stepArg.toNextParamArg(addCombIndex)
if isEdgeCover and pathCovered:
self.__coverTestPath(testPath)
def endFun(self, caseName, sparam, pIndex, searchKey, tcInfo, caseInfo):
self.viewer.resetTestInfo(caseName, pIndex, sparam, tcInfo, searchKey)
className = self.viewer.testClassNamedView(tcInfo.name)
if not self.isCurClsName(className):
classMeta = self.viewer.testClassMetaView()
baseClass = ObjOperation.tryGetVal(tcInfo, "BaseClass", "")
imports = ObjOperation.tryGetVal(tcInfo, "Imports", "")
self.resetClassInfo(className, baseClass, classMeta, imports)
funName = self.viewer.testCaseNamedView(None)
funReturn = self.viewer.testCaseReturnView()
funMeta = self.viewer.testCaseMetaView()
funImpls = []
for actCalled in self.dactions:
funImpls += actCalled.getAction()
self.addFun(funName, funReturn, funMeta, ("", funImpls))
self.paramKeyUsed.clear()
self.dactions = []
def getAction(self):
caller = self.actionFactory.viewer.actionCalledView(self)
result = [caller]
if not self.adpInfo.__contains__("calledName"):
clsName = self.adpInfo['_sys_n']
self.adpInfo["calledName"] = ObjOperation.tryGetVal(
self.adpInfo, "obj", clsName[0].lower() + clsName[1:])
result.insert(
0,
self.actionFactory.viewer.objectInitView(
clsName, self.adpInfo["calledName"]))
return result
def reportResult(self, resType=None, repHandler=slog.info):
runRep = {'num':0, 'time':0, MTConst.passed:0, MTConst.warned:0, MTConst.failed:0, MTConst.notRun:0}
for tsName in self.tcInfos.keys():
tcInfo = self.getTCInfo(tsName)
for tcName in tcInfo.keys():
tcResMap = tcInfo[tcName]
for tpIndex in tcResMap.keys():
tcResInfo = tcResMap[tpIndex]
tcRes = tcResInfo['r']
tcTime = tcResInfo['t']
runRep[tcRes] = ObjOperation.tryGetVal(runRep, tcRes, 0) + 1
runRep['num'] += 1
runRep['time'] += tcTime
if resType == tcRes:
repHandler("\t%s%s", self.getTCFullName(tcName, tpIndex, tcResInfo['d']) , ("\t%ss" % tcTime) if tcTime > 0 else "")
return runRep
def __defineInput(self, actFun, tupleArg, jsonArg, adpInfo):
actName = ObjOperation.tryGetVal(adpInfo, actFun.__name__,
actFun.__name__)
argspec = getargspec(actFun)
argNames = argspec.args
argDefaults = argspec.defaults
if tupleArg is None:
cpInput = None
else:
cpInput = []
actInput = ArgsOperation.getTupleArgs(jsonArg, argNames, tupleArg,
argDefaults)
for inputArg in actInput:
try:
cpInput.append(copy.deepcopy(inputArg))
except:
cpInput.append(inputArg)
cpInput = tuple(cpInput)
return actName, argNames, cpInput
def sendEmail(self, emailProxy, smtpAddr, smtpLogin, sender, receiver):
if emailProxy == "" or smtpAddr == "" or receiver == "": return
try:
receiver = receiver.split(";")
mimeMail = self.__makeEmail(sender, receiver, self.subject,
self.htmlContent)
if emailProxy.strip() != "":
from server.cclient import curl
from libs.parser import toJsonStr
slog.info("Sending report: %s -> %s" % (emailProxy, receiver))
slog.info(
curl(
"%s/cservice/TestPlanApi/sendMtestEmail" % emailProxy,
toJsonStr({
"mimeMail": mimeMail.as_string(),
"mailto": ";".join(receiver),
"mailcc": "",
"verify": "mtest"
})))
return
smtpAccount, smtpPasswd = base64.decodestring(smtpLogin).split("/")
slog.info("Sending report mail(SMTP %s):\n\t%s -> %s" %
(smtpAddr, smtpAccount, receiver))
smtp = smtpAddr.split(':')
smtpServer = smtp[0]
smtpPort = int(ObjOperation.tryGetVal(smtp, 1, 25))
from smtplib import SMTP
smtpClient = SMTP(smtpServer, smtpPort)
try:
smtpClient.ehlo()
smtpClient.login(smtpAccount, smtpPasswd)
except:
pass
smtpClient.sendmail(sender, receiver, mimeMail.as_string())
smtpClient.quit()
except Exception as ex:
slog.info(self.htmlContent)
slog.info("Fail to send mail for: %s" % ex)
def __init__(self):
self.emailDailySubject = cprop.getVal('plan', 'emailDailySubject')
self.emailDailySp = cprop.getVal('plan', 'emailDailySp')
self.emailDailyRow = cprop.getVal('plan', 'emailDailyRow')
self.emailDailyBody = cprop.getVal('plan', 'emailDailyBody')
self.planLink = cprop.getVal('plan', 'planLink')
self.emailDailyTitle = cprop.getVal('plan', 'emailDailyTitle')
self.riskStatusDefine = cprop.getVal('plan', 'planStatus').split()
self.emailPlanBodyTemplate = cprop.getVal('plan',
'emailPlanBodyTemplate')
emailPlanRowFormat = 'textarea'
self.emailPlanRowFormat = ObjOperation.tryGetVal(
{
'textarea': "<textarea>%s</textarea>",
'pre': "<pre>%s</pre>"
}, emailPlanRowFormat, '%s')
self.emailPlanRow = cprop.getVal('plan', 'emailPlanRow')
self.emailPlanRowTitle = cprop.getVal('plan', 'emailPlanRowTitle')
self.reportBodyTemplate = cprop.getVal('plan', 'reportBodyTemplate')
def runScenario(self, tcObj, tcFun, caseName, param, where, group, status,
despFormat, searchKey): # Status is for status modeling
isInfoExcept = self.tc.isInMode("debug")
clsName = tcObj.__class__.__name__
tcInfo = self.tc.getTCInfo(clsName)
tsInfo = tcInfo[caseName]
for sKey in tcInfo.searchKey:
if not searchKey.__contains__(sKey):
searchKey[sKey] = tcInfo.searchKey[sKey]
if status != None:
from tmodel.model.statusmodel import TestModeling
self.tc.isModeling = True
modelLauncher = TestModeling(
tcObj, ObjOperation.tryGetVal(status, "start", "Start"),
ObjOperation.tryGetVal(status, "coverage", "all"))
self.tc.isModeling = False
param["sPath"] = modelLauncher.generatePaths()
try:
where["combine"].append("sPath")
except:
where = copy.deepcopy(where)
where["combine"] = ["sPath"]
tcFun = modelLauncher.launchTestPath
try:
mparam = ObjOperation.tryGetVal(where, "handle",
CombineGroupParam)(param, where,
group)
except Exception as ex:
slog.warn(
"Fail to generate parameter, case %s\nerror: %s\nparam= %s\nwhere= %s\ngroupParam= %s"
% (caseName, "%s %s" %
(ex.__class__.__name__, ex), param, where, group))
return not isInfoExcept
while True:
try:
sparam = mparam.nextParam()
except Exception as ex:
sparam = None
slog.warn(
"Fail to generate parameter, case %s\nerror: %s\nparam= %s\nwhere= %s\ngroupParam= %s"
% (caseName, "%s %s" %
(ex.__class__.__name__, ex), param, where, group))
if sparam is None:
break
desp = self.tc.getTCDespcription(sparam, despFormat)
caseInfo = self.tc.getCaseInfo(tsInfo, sparam.pIndex, desp,
searchKey)
caseFullName = self.tc.getTCFullName(caseName, sparam.pIndex, desp)
if not self.tc.isInScope(caseFullName, searchKey):
continue
if self.tc.isInMode("show", -1):
caseInfo['r'] = MTConst.passed
if self.tc.isInMode("param"):
slog.info("%s\n%s\n", caseFullName, sparam)
elif self.tc.isInMode("look"):
slog.info("%s\n%s\n%s\n", caseFullName, searchKey, sparam)
elif self.tc.isInMode("scenario", -1):
if self.tc.isInMode("slook"):
slog.info("%s\n%s\n%s\n", caseFullName, searchKey,
param)
tsInfo[0]['d'] = ""
return
continue
self.tassert.isWarned = False
tcObj.param = sparam
caseSimpleName = caseFullName.split(" ")[0]
slog.info(MTConst.beginTestCaseInfo, caseFullName)
self.tlog.beginTestCase(clsName, caseSimpleName, desp, sparam,
searchKey)
if self.tc.isInMode("debug", 1, True):
resCode, exeTime = self.runTest(tcObj, tcInfo, tcFun, desp,
isInfoExcept)
if isInfoExcept and (resCode == MTConst.failed
or resCode >= 3):
return False
if self.endTestHandler != None:
self.endTestHandler(caseName, sparam, sparam.pIndex, searchKey,
tcInfo, caseInfo)
try:
resInfo = self.tc.getResInfo(resCode)
except:
resCode = MTConst.failed
resInfo = self.tc.getResInfo(resCode)
caseInfo['t'] = exeTime
caseInfo['r'] = resCode
(slog.warn if resCode == MTConst.failed else slog.info)(
MTConst.endTestCaseInfo, resInfo, caseSimpleName)
self.tlog.endTestCase(caseSimpleName, resInfo, resCode, exeTime)
def diffUrlParam(self, urlParam, urlParam2, tupeKey="goodsInfoArray"):
p1 = self.urlParamToJson(urlParam, tupeKey)
p2 = self.urlParamToJson(urlParam2, tupeKey)
resp = "%s%s" % ObjOperation.jsonEqual(p1, p2)
return resp
def diffJson(self, jsonStr, jsonStr2):
return "%s\n%s" % ObjOperation.jsonEqual(
TValueGroup(jsonStr).__prop__,
TValueGroup(jsonStr2).__prop__)
def testObjOp(self):
ObjOperation.traversalObj(self.param.__prop__, self.output)
print(ObjOperation.jsonFormat("{eventId}", self.param.__prop__))