def filterTargetDataSet(self, filterAttributeType, dataToBeFiltered):
filteredData = []
for key in self.parameterMap.keys():
filterValue = self.parameterMap[key]
if str.upper(key).find("ATTRIBUTEVALUEEQUALS") != -1:
for data in dataToBeFiltered:
# Find the resourceId
assetObj = Asset(data['resourceId'])
attributesResponse = assetObj.fetchAttributes()
attributesResponseList = attributesResponse[
'attributeReference']
# Loop through the attributesResponseList to check whether specified filterValue has been set
for listIndex in range(0, len(attributesResponseList)):
attributeResponseMap = attributesResponseList[
listIndex]
# key = attributeResponseMap['resourceId'] + ' -> ' + attributeResponseMap['labelReference']['signifier']
attributeType = attributeResponseMap['labelReference'][
'signifier']
if attributeType == filterAttributeType:
cleanedValue = AttributeFilter.cleanhtml(
attributeResponseMap['value'])
if cleanedValue == filterValue:
filteredData.append(data)
return filteredData
def filterAttributeDataSet(self, dataToBeFiltered):
filteredData = []
i = 0
for data in dataToBeFiltered:
assetObj = Asset(data['resourceId'])
# Find out whether there are any attributes tied to the asset:
possibleAttributesList = assetObj.fetchPossibleAttributesTypes()
if len(possibleAttributesList['attributeType']) > 0:
# Fetch attributes for the resourceId
attributesResponse = assetObj.fetchAttributes()
attributesResponseList = attributesResponse[
'attributeReference']
# Loop through the attributesResponseList to check whether specified filterValue has been set
for listIndex in range(0, len(attributesResponseList)):
attributeResponseMap = attributesResponseList[listIndex]
attributeType = attributeResponseMap['labelReference'][
'signifier']
if attributeType == self.parameterMap[
'attributeTypeEquals']:
filteredData.append(data)
i += 1
return filteredData
def checkCompletion(inputAssetData, detailedFile):
finalMap = {}
finalResultList = []
# Fetch Completion Status for all the assets
for i in range(0, len(inputAssetData)):
targetDataMap = {}
assetObj = Asset(inputAssetData[i]['resourceId'])
for detailType in ProcessMaps.outputParameterList:
targetDataMap[detailType] = assetObj.fetchAssetAssetDetails(
detailType, inputAssetData[i])
# Find possible attributes types and relations types
possibleRelationsAndAttributesResponse = assetObj.fetchPossibleRelationsTypesAndAttributesTypes(
)
possibleAttributeTypesList = []
possibleRelationTypesList = []
if possibleRelationsAndAttributesResponse != 'No Data Found':
possibleRelationsAndAttributesList = possibleRelationsAndAttributesResponse[
'representationReference']
for k in range(0, len(possibleRelationsAndAttributesList)):
if 'descriptionReference' in possibleRelationsAndAttributesList[
k].keys():
possibleAttributeTypesList.append(
possibleRelationsAndAttributesList[k]['signifier'])
if 'role' in possibleRelationsAndAttributesList[k].keys():
if possibleRelationsAndAttributesList[k][
'role'] not in possibleRelationTypesList:
possibleRelationTypesList.append(
possibleRelationsAndAttributesList[k]['role'])
if possibleRelationsAndAttributesList[k][
'coRole'] not in possibleRelationTypesList:
possibleRelationTypesList.append(
possibleRelationsAndAttributesList[k]
['coRole'])
completion = 'Y'
# Fetch relation types that have been defined for an asset
targetDataRelationsList = []
relationsResponse = assetObj.fetchRelations()
if relationsResponse != 'No Data Found':
# Add all the relation types that have a value
for relationResponseMap in relationsResponse:
for innerRelationsMap in relationResponseMap['relation']:
relationType = ''
if 'resourceType' in innerRelationsMap[
'typeReference']['headTerm']:
relationType = innerRelationsMap['typeReference'][
'headTerm']['resourceType']
if relationType != "CRT":
targetDataRelationsList.append(
innerRelationsMap['typeReference']['role'])
targetDataRelationsList.append(
innerRelationsMap['typeReference']['coRole'])
# Determine whether all relation types have been defined
for possibleRelationType in possibleRelationTypesList:
if possibleRelationType not in targetDataRelationsList:
targetDataMap['Completion-Category'] = 'N'
completion = 'N'
break
# Fetch attributes types that have been defined for an asset
if completion == 'Y':
targetDataAttributesList = []
attributesResponse = assetObj.fetchAttributes()
if attributesResponse != 'No Data Found':
attributesResponseList = attributesResponse[
'attributeReference']
for listIndex in range(0, len(attributesResponseList)):
attributeResponseMap = attributesResponseList[
listIndex]
key = attributeResponseMap['labelReference'][
'signifier']
if key not in targetDataAttributesList:
targetDataAttributesList.append(key)
# Add all the attribute types that don't have a value
for possibleAttribute in possibleAttributeTypesList:
if possibleAttribute not in targetDataAttributesList:
targetDataMap['Completion-Category'] = 'N'
completion = 'N'
break
if 'Completion-Category' not in targetDataMap.keys():
targetDataMap['Completion-Category'] = 'Y'
finalMap['Asset Details'] = targetDataMap
finalResultList.append(finalMap)
finalMap = {}
#Print the results to a file
fileName = CreateDataFile.createDataFile(finalResultList, detailedFile)
return fileName
# Add all the relation types that don't have a value
for possibleRelationType in possibleRelationTypesList:
for roleMap in possibleRelationType:
if possibleRelationType[
roleMap] not in targetDataRelationsMap.keys(
):
targetDataRelationsMap[
possibleRelationType[
roleMap]] = ''
# Find the Attributes
if outputParameter == 'Attributes' and len(
possibleAttributeTypesList) > 0:
targetDataAttributesMap = {}
attributesResponse = assetObj.fetchAttributes(
)
attributesResponseList = attributesResponse[
'attributeReference']
if outputParameterList == 'All':
# Add all the attribute types that have a value
for listIndex in range(
0,
len(attributesResponseList)):
attributeResponseMap = attributesResponseList[
listIndex]
existingKeyValue = []
# key = attributeResponseMap['resourceId'] + ' -> ' + attributeResponseMap['labelReference']['signifier']
key = attributeResponseMap[
'labelReference']['signifier']
cleanedKeyValue = cleanhtml(