def assign_dict(self, element, tag_name, value):
new_element = etree.Element(tag_name)
# Replaces the previous node with the new one.
self._xml.replace(element, new_element)
# Copies #text and @attrs from the dict.
helpers.dict_to_etree(value, new_element)
def assign_dict(self, element, tag_name, value):
new_element = etree.Element(tag_name)
# Replaces the previous node with the new one.
self._xml.replace(element, new_element)
# Copies #text and @attrs from the dict.
helpers.dict_to_etree(value, new_element)
def assign_sequence_or_set(element, value):
element.clear()
for item in value:
temp_element = etree.Element('temp')
helpers.dict_to_etree(item, temp_element)
for child in temp_element.iterchildren():
element.append(child)
del temp_element
def assign_dict(self, node, xml_dict):
"""Assigns a Python dict to a ``lxml`` node.
:param node: A node to assign the dict to.
:param xml_dict: The dict with attributes/children to use.
"""
new_node = etree.Element(node.tag)
# Replaces the previous node with the new one
self._xml.replace(node, new_node)
# Copies #text and @attrs from the xml_dict
helpers.dict_to_etree(xml_dict, new_node)
def __init__(self, xml):
u"""Creates the mappet object from either lxml object, a string or a dict.
If you pass a dict without root element, one will be created for you with
'root' as tag name.
>>> Mappet({'a': {'#text': 'list_elem_1', '@attr1': 'val1'}}).to_str()
'<a attr1="val1">list_elem_1</a>'
>>> Mappet({'#text': 'list_elem_1', '@attr1': 'val1'}).to_str()
'<root attr1="val1">list_elem_1</root>'
"""
if etree.iselement(xml):
self._xml = xml
elif isinstance(xml, basestring):
self._xml = etree.fromstring(xml)
elif isinstance(xml, dict):
if len(xml) == 1:
root_name = xml.keys()[0]
body = xml[root_name]
else:
root_name = 'root'
body = xml
self._xml = helpers.dict_to_etree(body, etree.Element(root_name))
else:
raise AttributeError('Specified data cannot be used to construct a Mappet object.')
def __init__(self, xml):
u"""Creates the mappet object from either lxml object, a string or a dict."""
if etree.iselement(xml):
self._xml = xml
elif isinstance(xml, basestring):
self._xml = etree.fromstring(xml)
elif isinstance(xml, dict):
self._xml = helpers.dict_to_etree(xml, etree.Element('root'))
else:
raise AttributeError('Specified data cannot be used to construct a Mappet object.')
def __init__(self, xml):
u"""Creates the mappet object from either lxml object, a string or a dict."""
if etree.iselement(xml):
self._xml = xml
elif isinstance(xml, basestring):
self._xml = etree.fromstring(xml)
elif isinstance(xml, dict):
self._xml = helpers.dict_to_etree(xml, etree.Element('root'))
else:
raise AttributeError(
'Specified data cannot be used to construct a Mappet object.')
def report_view_xml(self, id):
report, results, total, show_org = self._report_view(id, None, None)
file_path = '%s/%s.xml' % (h.get_export_dir(), re.sub('[^a-zA-Z0-9_-]+', '_', report['name'].encode('ascii','ignore')))
if report['report_on'] == "activities":
activity_list = []
for row in results:
data_name = ''
activity_data = {}
if 'activity' in row and 'data' in row['activity']:
activity = row['activity']['data']
if 'package' in activity:
activity_data = activity.get('package')
elif 'dataset' in activity:
activity_data = activity.get('dataset')
elif 'group' in activity:
activity_data = activity.get('group')
data_name = activity_data.get('name', '')
activity_list.append({
'@time': row['activity']['timestamp'],
'@user': row['user']['fullname'] or row['user']['name'],
'@activity_type': row['activity']['activity_type'],
'@data_name': data_name
})
tree = h.dict_to_etree({ 'activities' : {'activity' : activity_list }})
response = h.createResponseWithXML(tree, file_path, tk.response)
elif report['report_on'] == "details":
tree = h.dict_to_etree({ 'users' : {'user' : [ {
'@name': row['fullname'] or row['name'],
'@email': row['email'],
'@state': row['state'],
'@organization': row['organization'],
'@role': row['capacity'],
'@system_administrator': str(row['sysadmin'])
} for row in results]}})
response = h.createResponseWithXML(tree, file_path, tk.response)
return response
def area_list(request):
if request.args.get("zipCode"):
# Nintendo, for whatever reason, require a separate "selectedArea" element
# as a root node within output.
# This violates about every XML specification in existence.
# I am reasonably certain there was a mistake as their function to
# interpret nodes at levels accepts a parent node, to which they seem to
# have passed passed NULL instead of response.
#
# We are not going to bother spending time to deal with this.
@response()
def area_list_only_segments():
return {
"areaList": {
"place": {
"segment": "segment title",
"list": {
"areaPlace": {"areaName": "place name", "areaCode": 2}
},
},
},
"areaCount": 1,
}
area_list_output = area_list_only_segments()
selected_area = dict_to_etree("selectedArea", {"areaCode": 1})
selected_area_output = etree.tostring(selected_area, pretty_print=True)
return area_list_output + selected_area_output
area_code = request.args.get("areaCode")
if not area_code:
# We expect either a zip code or an area code.
return exceptions.BadRequest()
if area_code == "0":
# An area code of 0 is passed upon first search.
return {
"areaList": {
"place": {
"segment": "segment title",
"list": {"areaPlace": {"areaName": "place name", "areaCode": 2}},
},
},
"areaCount": 1,
}
if area_code == "2":
# An area code of 0 is passed upon first search. All else is deterministic.
return {
"areaList": {
"place": {
"container0": "aaaa",
"segment": "area_title",
"list": {
"areaPlace": {
"areaName": "place one",
"areaCode": 3,
"isNextArea": 0,
"display": 1,
"kanji1": "title",
"kanji2": "kanji2",
"kanji3": "two",
"kanji4": "three",
}
},
},
},
"areaCount": 1,
}
return exceptions.NotFound()
