def from_xml(self, content):
tree = etree.fromstring(content)
NSMAP = ['codeList', 'codeListValue', 'schemaLocation']
etree.strip_attributes(tree, *NSMAP)
root = tree
etree.cleanup_namespaces(root)
namespaces = {
'gvq': '',
'gco': '',
'gmd19157': '',
'updated19115': '',
'gmd': '',
'gml': '',
'xsi': '',
'xmlns': '',
}
#Some fields are xml text fields. The fields must be unique inside the model.
# Store those elements temporarily.
listOfTextFields = getXMLTextFields()
fieldDictionary = dict()
namespaceDict, originalNamespace = getNamespaceInfo()
for field in listOfTextFields:
foundElements = root.findall(".//" + namespaceDict[field] + field,
namespaces=originalNamespace)
valueList = list()
for element in foundElements:
valueList.append(''.join(
[etree.tostring(child) for child in element]))
fieldDictionary[field] = valueList
xmlcontent = etree.tostring(root)
jsondata = xmltodict.parse(xmlcontent, namespaces=namespaces)
#Replace all textFields with the xml text.
for field in listOfTextFields:
i = 0
replaceDictValueWithStringElement(jsondata, field, i,
fieldDictionary)
if 'GVQ_FeedbackCollection' in jsondata:
item = jsondata['GVQ_FeedbackCollection']['item']
elif 'item' in jsondata:
item = jsondata['item']
else:
item = jsondata
self.from_json(json.dumps(item))
return item
def from_xml(self, content):
tree = etree.fromstring(content)
NSMAP = ['codeList', 'codeListValue', 'schemaLocation']
etree.strip_attributes(tree, *NSMAP)
root = tree
etree.cleanup_namespaces(root)
namespaces = {
'gvq' :'',
'gco' :'',
'gmd19157' :'',
'updated19115':'',
'gmd' :'',
'gml' :'',
'xsi' :'',
'xmlns' :'',
}
#Some fields are xml text fields. The fields must be unique inside the model.
# Store those elements temporarily.
listOfTextFields = getXMLTextFields()
fieldDictionary = dict()
namespaceDict, originalNamespace = getNamespaceInfo()
for field in listOfTextFields:
foundElements = root.findall(".//"+namespaceDict[field]+field, namespaces=originalNamespace)
valueList = list()
for element in foundElements:
valueList.append(''.join([etree.tostring(child) for child in element]))
fieldDictionary[field] = valueList
xmlcontent = etree.tostring(root)
jsondata = xmltodict.parse(xmlcontent, namespaces=namespaces)
#Replace all textFields with the xml text.
for field in listOfTextFields:
i = 0
replaceDictValueWithStringElement(jsondata, field, i, fieldDictionary)
if 'GVQ_FeedbackCollection' in jsondata:
item = jsondata['GVQ_FeedbackCollection']['item']
elif 'item' in jsondata:
item = jsondata['item']
else:
item = jsondata
self.from_json(json.dumps(item))
return item
def to_xml(self, data, options = None):
options = options or {}
data = self.to_json(data)
data = json.loads(data)
# Load namespaces and attributevalues specific for this serializer.
self.attributeDictionary = getAttributeDictionary()
self.attributeValueDictionary = getAttributeValueDictionary()
namespaceDict, NSMAP = getNamespaceInfo()
data = self.to_customEtree(data, namespaceDict, options, nsmap=NSMAP)
etree.strip_tags(data, "itemCollection")
##Create string data.
data = etree.tostring(data)
return data
def to_xml(self, data, options=None):
options = options or {}
data = self.to_json(data)
data = json.loads(data)
# Load namespaces and attributevalues specific for this serializer.
self.attributeDictionary = getAttributeDictionary()
self.attributeValueDictionary = getAttributeValueDictionary()
namespaceDict, NSMAP = getNamespaceInfo()
data = self.to_customEtree(data, namespaceDict, options, nsmap=NSMAP)
etree.strip_tags(data, "itemCollection")
##Create string data.
data = etree.tostring(data)
return data