def _get(self, keyList): printlc(D, "dprint -> " + str(keyList), self,"D") currentLevel = self.xmlDom.firstChild try: for key in keyList: #print currentLevel, type(currentLevel), key, type(key) if type(key) is int: currentLevel = currentLevel[key] else: if type(currentLevel) is NodeList: currentLevel = currentLevel[0] currentLevel = currentLevel.getElementsByTagName(key) if type(currentLevel) is NodeList and len(currentLevel) == 1: currentLevel = currentLevel[0] except TypeError, ex: pass
def _createNodeDict(self, node):
printlc(D, "_createNodeDict -> " + str(node), self,"D")
if type(node) is NodeList:
l = []
for subnode in node:
m = self._create(subnode)
l.append({m[0]: m[1]})
printlc(D, "_createNodeDict <- " + str(l), self,"D")
return l
else:
m = self._create(node)
printlc(D, "_createNodeDict <- " + str({m[0]: m[1]}), self,"D")
return {m[0]: m[1]}
def _create(self, node):
if node.nodeType == node.TEXT_NODE:
data = node.data.strip()
if len(data) == 0:
#printlc(D, "_create <-1 " + str(None), self,"D")
return None
printlc(D, "_create -> " + str(node), self,"D")
printlc(D, "_create <-2 " + str(data), self,"D")
return data
printlc(D, "_create -> " + str(node), self,"D")
childrenList = []
for child in node.childNodes:
childNode = self._create(child)
if childNode is not None:
if type(childNode) is unicode:
if childNode[0] == u"i":
try:
printlc(D, "_create <-3 " + str((node.tagName, int(childNode[1:]), )), self,"D")
return (node.tagName, int(childNode[1:]), )
except:
pass
elif childNode == u"bFalse":
printlc(D, "_create <-4 " + str((node.tagName, False, )), self,"D")
return (node.tagName, False, )
elif childNode == u"bTrue":
printlc(D, "_create <-5 " + str((node.tagName, True, )), self,"D")
return (node.tagName, True, )
printlc(D, "_create <-6 " + str((node.tagName, childNode, )), self,"D")
return (node.tagName, childNode, )
else:
printlc(D, "_create append " + str((node.tagName, childNode, )), self,"D")
childrenList.append((node.tagName, childNode, ))
if node.hasAttributes():
printlc(D, "_create " + str(node.attributes.keys()), self,"D")
for key in node.attributes.keys():
childrenList.append(("attr_" + key, ("attr_" + key, node.attributes.get(key).value, ), ))
children = {}
for child in childrenList:
if children.has_key(child[1][0]):
if type(children[child[1][0]]) is not list:
children[child[1][0]] = [children[child[1][0]], child[1][1]]
else:
children[child[1][0]].append(child[1][1])
else:
children[child[1][0]] = child[1][1]
printlc(D, "_create <-7 " + str((node.tagName, children, )), self,"D")
return (node.tagName, children, )
if type(key) is int: currentLevel = currentLevel[key] else: if type(currentLevel) is NodeList: currentLevel = currentLevel[0] currentLevel = currentLevel.getElementsByTagName(key) if type(currentLevel) is NodeList and len(currentLevel) == 1: currentLevel = currentLevel[0] except TypeError, ex: pass except IndexError, ex: pass except Exception, ex: print ex, type(ex) printlc(D, "dprint <- " + str(currentLevel), self,"D") return currentLevel #http://code.activestate.com/recipes/577739-dict2xml/ (GPL3) def _build(self, father, structure): if type(structure) == dict: for k in structure: tag = self.xmlDom.createElement(k) father.appendChild(tag) self._build(tag, structure[k]) elif type(structure) == list: grandFather = father.parentNode uncle = copy.deepcopy(father) for l in structure: self._build(father, l)
