def startElement(self, elem, attrs):
# Remember the name of the previous element
previousElem = None
if self.env.currentElem:
previousElem = self.env.currentElem.name
e = XmlParser.startElement(self, elem, attrs)
# Determine the type of the element.
elemType = 'unicode' # Default value
if attrs.has_key('type'):
elemType = attrs['type']
elif self.tagTypes.has_key(elem):
elemType = self.tagTypes[elem]
if elemType in self.containerTags:
# I must create a new container object.
if elemType == 'object':
newObject = Object(**self.convertAttrs(attrs))
elif elemType == 'tuple':
newObject = [] # Tuples become lists
elif elemType == 'list':
newObject = []
elif elemType == 'dict':
newObject = {}
elif elemType == 'file':
newObject = UnmarshalledFile()
if attrs.has_key('name'):
newObject.name = attrs['name']
if attrs.has_key('mimeType'):
newObject.mimeType = attrs['mimeType']
else:
newObject = Object(**self.convertAttrs(attrs))
# Store the value on the last container, or on the root object.
self.storeValue(elem, newObject)
# Push the new object on the container stack
e.containerStack.append(newObject)
else:
# If we are already parsing a basic type, it means that we were
# wrong for our diagnotsic of the containing element: it was not
# basic. We will make the assumption that the containing element is
# then an object.
if e.currentBasicType:
# Previous elem was an object: create it on the stack.
newObject = Object()
self.storeValue(previousElem, newObject)
e.containerStack.append(newObject)
e.currentBasicType = elemType
def startElement(self, elem, attrs):
# Remember the name of the previous element
previousElem = None
if self.env.currentElem:
previousElem = self.env.currentElem.name
e = XmlParser.startElement(self, elem, attrs)
# Determine the type of the element.
elemType = 'unicode' # Default value
if attrs.has_key('type'):
elemType = attrs['type']
elif self.tagTypes.has_key(elem):
elemType = self.tagTypes[elem]
if elemType in self.containerTags:
# I must create a new container object.
if elemType == 'object':
newObject = Object(**self.convertAttrs(attrs))
elif elemType == 'tuple': newObject = [] # Tuples become lists
elif elemType == 'list': newObject = []
elif elemType == 'dict': newObject = {}
elif elemType == 'file':
newObject = UnmarshalledFile()
if attrs.has_key('name'):
newObject.name = attrs['name']
if attrs.has_key('mimeType'):
newObject.mimeType = attrs['mimeType']
else: newObject = Object(**self.convertAttrs(attrs))
# Store the value on the last container, or on the root object.
self.storeValue(elem, newObject)
# Push the new object on the container stack
e.containerStack.append(newObject)
else:
# If we are already parsing a basic type, it means that we were
# wrong for our diagnotsic of the containing element: it was not
# basic. We will make the assumption that the containing element is
# then an object.
if e.currentBasicType:
# Previous elem was an object: create it on the stack.
newObject = Object()
self.storeValue(previousElem, newObject)
e.containerStack.append(newObject)
e.currentBasicType = elemType
