def getXml(self):
elt = Element("USBThrottle")
for mi in self.ctrlMenuItem:
if (mi.isSelected()):
elt.setAttribute("DesiredController", mi.getText())
break
return elt
def getXml(self):
elt = Element("USBThrottle")
for mi in self.ctrlMenuItem :
if (mi.isSelected()) :
elt.setAttribute("DesiredController", mi.getText())
break
return elt
def processXmlAndCreateGRLoaderXmlFiles(operation, xmlResult):
fileName = "%s-%s.xml" % (TIMESTAMP, operation)
doc = Document()
saxBuilder = SAXBuilder()
xmlData = saxBuilder.build(StringReader(xmlResult))
try:
# Process CIs
cisData = xmlData.getRootElement().getChild('data').getChild(
'objects').getChildren('Object')
(mamIdToAttributesMap,
itemsRootElement) = addCIs(Element('GRLoader'), cisData)
# Process Relationships
relationsData = xmlData.getRootElement().getChild('data').getChild(
'links').getChildren('link')
itemsRootElementWithLinks = addRelations(itemsRootElement,
relationsData,
mamIdToAttributesMap)
if itemsRootElementWithLinks != None:
doc.setRootElement(itemsRootElementWithLinks)
createGRLoaderXmlInputFile(fileName, doc)
except:
raise Exception, "Unable to process inbound XML"
return fileName
def buildIntermediateCiXML(theCiElement, objectFromARIS):
try:
theCiElement.setAttribute('type', objectFromARIS.type)
objectAttributeMap = objectFromARIS.attMap
## Add CI attributes
if objectAttributeMap:
for objectAttributeName in objectAttributeMap.keys():
if objectAttributeName and objectAttributeMap[objectAttributeName]:
fieldElement = Element('field')
fieldElement.setAttribute('name', objectAttributeName)
fieldElement.setText(objectAttributeMap[objectAttributeName])
theCiElement.addContent(fieldElement)
else:
debugPrint(3, '[' + SCRIPT_NAME + ':buildIntermediateCiXML] Skipping attribute <%s> with invalid value' % objectAttributeName)
return 1
except:
excInfo = logger.prepareJythonStackTrace('')
debugPrint('[' + SCRIPT_NAME + ':buildIntermediateCiXML] Exception: <%s>' % excInfo)
return -1
def buildIntermediateCiXML(theCiElement, objectFromARIS):
try:
theCiElement.setAttribute('type', objectFromARIS.type)
objectAttributeMap = objectFromARIS.attMap
## Add CI attributes
if objectAttributeMap:
for objectAttributeName in objectAttributeMap.keys():
if objectAttributeName and objectAttributeMap[
objectAttributeName]:
fieldElement = Element('field')
fieldElement.setAttribute('name', objectAttributeName)
fieldElement.setText(
objectAttributeMap[objectAttributeName])
theCiElement.addContent(fieldElement)
else:
debugPrint(
3, '[' + SCRIPT_NAME +
':buildIntermediateCiXML] Skipping attribute <%s> with invalid value'
% objectAttributeName)
return 1
except:
excInfo = logger.prepareJythonStackTrace('')
debugPrint('[' + SCRIPT_NAME +
':buildIntermediateCiXML] Exception: <%s>' % excInfo)
return -1
def testCaCmdbConnection(conn):
logger.debug(
"Testing CA CMDB connection for Server: %s, Port: %s, Username: %s" %
(conn.host, conn.port, conn.username))
xmlInputFilePath = createGRLoaderXmlInputFile(
TEST_FILE_NAME, Document(Element('GRLoader')))
params = getGRLoaderParams(xmlInputFilePath, conn, None)
status = invokeGRLoader(params)
deleteGRLoaderXmlInputFile(TEST_FILE_NAME)
if status:
return 1
else:
return 0
def addCIs(rootElement, allObjectChildren):
iter = allObjectChildren.iterator()
mamIdToAttributesMap = HashMap()
while iter.hasNext():
ciElement = Element('ci')
attributeMap = HashMap()
objectElement = iter.next()
familyClassName = objectElement.getAttributeValue('name')
mamId = objectElement.getAttributeValue('mamId')
# split dest class into family and class names
splitIdx = string.rfind(familyClassName, '.')
familyName = familyClassName[0:splitIdx]
className = familyClassName[splitIdx+1:len(familyClassName)]
#print familyName, " - ", className
if familyName != None and className != None:
classElement = Element('class')
classElement.setText(className)
ciElement.addContent(classElement)
attributeMap.put('class', className)
familyElement = Element('family')
familyElement.setText(familyName)
ciElement.addContent(familyElement)
attributeMap.put('family', familyName)
# get the fields
fieldChildren = objectElement.getChildren('field')
if fieldChildren is not None:
iter2 = fieldChildren.iterator()
while iter2.hasNext():
fieldElement = iter2.next()
fieldName = fieldElement.getAttributeValue('name')
fieldValue = fieldElement.getText()
if fieldValue == None or fieldValue == '':
fieldValue = 'EMPTY'
#print fieldName, ' - ', fieldValue
setFieldElement = Element(fieldName)
setFieldElement.setText(fieldValue)
ciElement.addContent(setFieldElement)
attributeMap.put(fieldName, fieldValue)
mamIdToAttributesMap.put(mamId, attributeMap)
rootElement.addContent(ciElement)
return (mamIdToAttributesMap, rootElement)
def addRelations(rootElement, allRelationChildren, mamIdToAttributesMap):
removeAtts = ['family', 'class']
iter = allRelationChildren.iterator()
while iter.hasNext():
relElement = Element('relation')
linkElement = iter.next()
linkType = linkElement.getAttribute('targetRelationshipClass').getValue()
targetParent = linkElement.getAttribute('targetParent').getValue()
splitIdx_targetParent = string.rfind(targetParent, '.')
targetParentFamilyName = targetParent[0:splitIdx_targetParent]
targetParentClassName = targetParent[splitIdx_targetParent+1:len(targetParent)]
targetChild = linkElement.getAttribute('targetChild').getValue()
splitIdx_targetChild = string.rfind(targetChild, '.')
targetChildFamilyName = targetChild[0:splitIdx_targetChild]
targetChildClassName = targetChild[splitIdx_targetChild+1:len(targetChild)]
id1base = ''
id2base = ''
if linkType != None and targetParent != None and targetChild != None:
fieldChildren = linkElement.getChildren('field')
if fieldChildren is not None:
iter2 = fieldChildren.iterator()
while iter2.hasNext():
fieldElement = iter2.next()
fieldName = fieldElement.getAttributeValue('name')
if fieldName == 'DiscoveryID1':
id1base = fieldElement.getText()
if fieldName == 'DiscoveryID2':
id2base = fieldElement.getText()
# set type
typeElement = Element('type')
typeElement.setText(linkType)
relElement.addContent(typeElement)
# set provider
providerElement = Element('provider')
if mamIdToAttributesMap.containsKey(id1base):
otherProviderAttributes = mamIdToAttributesMap.get(id1base)
iter3 = otherProviderAttributes.entrySet().iterator()
while iter3.hasNext():
entry = iter3.next()
name = entry.getKey()
if name in removeAtts:
continue
value = entry.getValue()
otherElement = Element(name)
otherElement.setText(value)
providerElement.addContent(otherElement)
relElement.addContent(providerElement)
# set dependent
dependentElement = Element('dependent')
if mamIdToAttributesMap.containsKey(id2base):
otherdependentAttributes = mamIdToAttributesMap.get(id2base)
iter3 = otherdependentAttributes.entrySet().iterator()
while iter3.hasNext():
entry = iter3.next()
name = entry.getKey()
if name in removeAtts:
continue
value = entry.getValue()
otherElement = Element(name)
otherElement.setText(value)
dependentElement.addContent(otherElement)
relElement.addContent(dependentElement)
rootElement.addContent(relElement)
return rootElement
def buildIntermediateXML(objectMapFromARIS):
try:
## Build XML
intermediateXML = Document()
rootElement = Element('data')
intermediateXML.setRootElement(rootElement)
cisElement = Element('cis')
linksElement = Element('links')
rootElement.addContent(cisElement)
rootElement.addContent(linksElement)
if objectMapFromARIS:
## Add CIs
for objectFromARIS in objectMapFromARIS.values():
ciElement = Element('ci')
if buildIntermediateCiXML(ciElement, objectFromARIS):
cisElement.addContent(ciElement)
## Add relationships
relationshipsFromObject = objectFromARIS.links
if relationshipsFromObject:
for relationshipFromObject in relationshipsFromObject:
linkElement = Element('link')
linkElement.setAttribute('type', relationshipFromObject.type)
linkEndCount = 1
for linkEndCi in [objectMapFromARIS[relationshipFromObject.end1], objectMapFromARIS[relationshipFromObject.end2]]:
endCiElement = Element('end' + str(linkEndCount) + 'ci')
linkEndCount = linkEndCount + 1
if buildIntermediateCiXML(endCiElement, linkEndCi):
linkElement.addContent(endCiElement)
else:
debugPrint(3, '[' + SCRIPT_NAME + ':buildIntermediateXML] Error building link end for link with GUID <%s>! Skipping...' % relationshipFromObject.id)
linksElement.addContent(linkElement)
return intermediateXML
except:
excInfo = logger.prepareJythonStackTrace('')
debugPrint('[' + SCRIPT_NAME + ':buildIntermediateXML] Exception: <%s>' % excInfo)
pass
def addRelations(rootElement, allRelationChildren, mamIdToAttributesMap):
removeAtts = ['family', 'class']
iter = allRelationChildren.iterator()
while iter.hasNext():
relElement = Element('relation')
linkElement = iter.next()
linkType = linkElement.getAttribute(
'targetRelationshipClass').getValue()
targetParent = linkElement.getAttribute('targetParent').getValue()
splitIdx_targetParent = string.rfind(targetParent, '.')
targetParentFamilyName = targetParent[0:splitIdx_targetParent]
targetParentClassName = targetParent[splitIdx_targetParent +
1:len(targetParent)]
targetChild = linkElement.getAttribute('targetChild').getValue()
splitIdx_targetChild = string.rfind(targetChild, '.')
targetChildFamilyName = targetChild[0:splitIdx_targetChild]
targetChildClassName = targetChild[splitIdx_targetChild +
1:len(targetChild)]
id1base = ''
id2base = ''
if linkType != None and targetParent != None and targetChild != None:
fieldChildren = linkElement.getChildren('field')
if fieldChildren is not None:
iter2 = fieldChildren.iterator()
while iter2.hasNext():
fieldElement = iter2.next()
fieldName = fieldElement.getAttributeValue('name')
if fieldName == 'DiscoveryID1':
id1base = fieldElement.getText()
if fieldName == 'DiscoveryID2':
id2base = fieldElement.getText()
# set type
typeElement = Element('type')
typeElement.setText(linkType)
relElement.addContent(typeElement)
# set provider
providerElement = Element('provider')
if mamIdToAttributesMap.containsKey(id1base):
otherProviderAttributes = mamIdToAttributesMap.get(id1base)
iter3 = otherProviderAttributes.entrySet().iterator()
while iter3.hasNext():
entry = iter3.next()
name = entry.getKey()
if name in removeAtts:
continue
value = entry.getValue()
otherElement = Element(name)
otherElement.setText(value)
providerElement.addContent(otherElement)
relElement.addContent(providerElement)
# set dependent
dependentElement = Element('dependent')
if mamIdToAttributesMap.containsKey(id2base):
otherdependentAttributes = mamIdToAttributesMap.get(
id2base)
iter3 = otherdependentAttributes.entrySet().iterator()
while iter3.hasNext():
entry = iter3.next()
name = entry.getKey()
if name in removeAtts:
continue
value = entry.getValue()
otherElement = Element(name)
otherElement.setText(value)
dependentElement.addContent(otherElement)
relElement.addContent(dependentElement)
rootElement.addContent(relElement)
return rootElement
def addCIs(rootElement, allObjectChildren):
iter = allObjectChildren.iterator()
mamIdToAttributesMap = HashMap()
while iter.hasNext():
ciElement = Element('ci')
attributeMap = HashMap()
objectElement = iter.next()
familyClassName = objectElement.getAttributeValue('name')
mamId = objectElement.getAttributeValue('mamId')
# split dest class into family and class names
splitIdx = string.rfind(familyClassName, '.')
familyName = familyClassName[0:splitIdx]
className = familyClassName[splitIdx + 1:len(familyClassName)]
#print familyName, " - ", className
if familyName != None and className != None:
classElement = Element('class')
classElement.setText(className)
ciElement.addContent(classElement)
attributeMap.put('class', className)
familyElement = Element('family')
familyElement.setText(familyName)
ciElement.addContent(familyElement)
attributeMap.put('family', familyName)
# get the fields
fieldChildren = objectElement.getChildren('field')
if fieldChildren is not None:
iter2 = fieldChildren.iterator()
while iter2.hasNext():
fieldElement = iter2.next()
fieldName = fieldElement.getAttributeValue('name')
fieldValue = fieldElement.getText()
if fieldValue == None or fieldValue == '':
fieldValue = 'EMPTY'
#print fieldName, ' - ', fieldValue
setFieldElement = Element(fieldName)
setFieldElement.setText(fieldValue)
ciElement.addContent(setFieldElement)
attributeMap.put(fieldName, fieldValue)
mamIdToAttributesMap.put(mamId, attributeMap)
rootElement.addContent(ciElement)
return (mamIdToAttributesMap, rootElement)
def buildIntermediateXML(objectMapFromARIS):
try:
## Build XML
intermediateXML = Document()
rootElement = Element('data')
intermediateXML.setRootElement(rootElement)
cisElement = Element('cis')
linksElement = Element('links')
rootElement.addContent(cisElement)
rootElement.addContent(linksElement)
if objectMapFromARIS:
## Add CIs
for objectFromARIS in objectMapFromARIS.values():
ciElement = Element('ci')
if buildIntermediateCiXML(ciElement, objectFromARIS):
cisElement.addContent(ciElement)
## Add relationships
relationshipsFromObject = objectFromARIS.links
if relationshipsFromObject:
for relationshipFromObject in relationshipsFromObject:
linkElement = Element('link')
linkElement.setAttribute('type',
relationshipFromObject.type)
linkEndCount = 1
for linkEndCi in [
objectMapFromARIS[relationshipFromObject.end1],
objectMapFromARIS[relationshipFromObject.end2]
]:
endCiElement = Element('end' + str(linkEndCount) +
'ci')
linkEndCount = linkEndCount + 1
if buildIntermediateCiXML(endCiElement, linkEndCi):
linkElement.addContent(endCiElement)
else:
debugPrint(
3, '[' + SCRIPT_NAME +
':buildIntermediateXML] Error building link end for link with GUID <%s>! Skipping...'
% relationshipFromObject.id)
linksElement.addContent(linkElement)
return intermediateXML
except:
excInfo = logger.prepareJythonStackTrace('')
debugPrint('[' + SCRIPT_NAME +
':buildIntermediateXML] Exception: <%s>' % excInfo)
pass