def append_query_result(root, detected_kwsl, info):
kw = ET.SubElement(detected_kwsl, 'kw')
# attrs = info
kw.attrib = info
# print kw.attrib
return root, detected_kwsl
def kw_detected(root, kwid):
for k in root:
if k.attrib['kwid'] == kwid:
return root, k # return query node with id kwid
# not found: if first occurrence then create a new node 'detected_kwslist'
detected_kwsl = ET.SubElement(root, 'detected_kwlist')
attrs = OrderedDict()
attrs['kwid'] = kwid
attrs['oov_count'] = '0'
attrs['search_time'] = '0.0'
detected_kwsl.attrib = attrs
return root, detected_kwsl
def kw_detected(root, kwid):
# found=0
# maybe just:
for k in root: # faster way to do this?
# check if query instance is already present
if k.attrib['kwid'] == kwid:
# found=1
return k # return query node with id kwid
# if first occurrence then create a new node 'detected_kwslist'
# if not found:
detected_kwsl = ET.SubElement(root, 'detected_kwlist')
attrs = OrderedDict()
attrs['kwid'] = kwid
attrs['oov_count'] = '0'
attrs['search_time'] = '0.0'
detected_kwsl.attrib = attrs
return root, detected_kwsl # return current query node with id kwid ?
def append_query_result(root, detected_kwsl, info):
kw = ET.SubElement(detected_kwsl, 'kw')
kw.attrib = info
return root, detected_kwsl