def testGroupDefinition(self, type):
for test in TestConstant.group_tasks.keys():
print '\nGroup Defn Test Task: %s' % test
file = self.path + test + '.csv'
data = CSVHandler.getDatafromFile(file)
if not hasattr(self, 'groups'):
self.groups = self.configHandler.getData('group')
retData = self.groups[TestConstant.group_tasks[test]]
self.verifyData(data, retData, self.__getListKey('group'))
def testGeneralDefinition(self, type=False):
if type:
tests = [type]
else:
tests = TestConstant.general_tasks.keys()
for test in tests:
print '\nTest %s' % test
myPath = self.__getPath(
type) + '.' + TestConstant.general_tasks[type]
if TestConstant.general_tasks[type] == 'xml':
indexData = XmlHandler.getDatafromFile(myPath, type)
elif TestConstant.general_tasks[type] == 'csv':
indexData = CSVHandler.getDatafromFile(myPath, type=type)
retData = self.configHandler.getData(test)
self.verifyData(indexData, retData, testUtility.getListKey(type))
def __getOriData(self, task, fileName):
test, type = fileName.split('.')
path = self.__getPath(task)
file = path + fileName
if type == 'csv':
data = CSVHandler.getDatafromFile(file)
elif type == 'xml':
mydata = XMLHelper.unpickleFile(file, XML_TYPE[test], type='list')
data = {}
for item in mydata:
for attr in classUtility.getAttrList(item):
if attr in SPECIAL_LIST:
newValue = self.__specialFormat(item, attr)
setattr(item, attr, newValue)
key = getattr(item, XML_DATAKEY[test])
data[key] = item
return data
def __indexEventParser(self, fileList, type, myPath):
for file in fileList:
if '.xml' not in file or file in SKIP_FILES:
fileList.remove(file)
data = {}
for file in fileList:
name = file.split('.')[0]
myFile = open(myPath + file, 'r')
text = ''
for line in myFile.readlines():
text += line.replace('\n', '')
myFile.close()
data[name] = text
indexData = {}
deviceTypes = self.__getCMDBData('deviceType')
orderData = CSVHandler.getDatafromFile(myPath + 'parserOrder.csv')
pattern = re.compile(REGEX)
for key in data.keys():
if SPLIT['head'] in data[key]:
valueHead = SPLIT['head']
else:
valueHead = SPLIT['althead']
myHead = data[key].split(valueHead, 1)
if len(myHead) == 2:
middle = myHead[1]
else:
print 'there is no such data pattern.'
myTail = middle.split(SPLIT['tail'])
myObj = locateClassInstance.getClassInstance(type)
myObj.attribute['name'] = key
myObj.parserXml = valueHead + myTail[0] + SPLIT['tail']
myWord = myHead[0].split('</deviceType')[0]
ret = pattern.search(myWord)
myType = ret.group('modelName') + '-' + ret.group('vendorName')
if myType in deviceTypes.keys():
myObj.deviceType = deviceTypes[myType]
myObj.priority = orderData[key].priority
indexData[key] = myObj
return indexData