def noContent (treeNode):
contentNode = TreeUtils.bredthSearch(treeNode,
lambda x: x[0][0] == "ContentSpec")
if contentNode:
emptyNode = TreeUtils.depthSearch(contentNode,
lambda x: x[0][0] == "EMPTY")
if emptyNode:
return 1
return 0
return 1
def externalizeXML (self, modelObject):
"""BaseModelFactory.externalizeXML
"""
externalTree = self.externalizeTree(modelObject)
self._text = ""
TreeUtils.depthTraverse(externalTree, self._openTreeXMLTag,
self._closeTreeXMLTag)
text = self._text
del self._text
return text
def getElementAttributes (parseNode):
"""getElementAttributes
"""
attributeList = []
attlistNode = TreeUtils.bredthSearch(parseNode,
lambda x: x[0][0] == "AttlistDecl")
if attlistNode:
for attDef in attlistNode[1]:
attNameNode = TreeUtils.depthSearch(attDef,
lambda x: x[0][0] == "Name")
attributeList.append(attNameNode[0][1])
return attributeList
def getFirstIdentifier (pt):
"""getFirstIdentifier()
Get the first identifier token found in the given parse tree."""
ret_val = None
for pt_payload in TreeUtils.prefix_tree_iter(pt):
if type(pt_payload) == tuple and pt_payload[0] == IDENTIFIER:
ret_val = pt_payload
break
return ret_val
def isTypedef (pt):
"""isTypedef()
Predicate function for determining if the current parse tree
corresponds to a type definiton."""
ret_val = False
typedef_tok = cTokenMap["TYPEDEF"]
for pt_payload in TreeUtils.prefix_tree_iter(pt):
if type(pt_payload) == tuple and pt_payload[0] == typedef_tok:
ret_val = True
break
return ret_val