def xml2dict(tag):
r = {}
#value
# tag.text is None, for empty tags.
if tag.text is not None:
v = tag.text.strip()
r['_value'] = v
#attributes
if tag.keys():
r['_attributes'] = {}
for k in tag.keys():
_k = remove_ns(k)
_k = camelcase_to_underscore(_k)
r['_attributes'][_k] = tag.get(k)
for child in tag.getchildren():
ctag = remove_ns(child.tag)
ctag = camelcase_to_underscore(ctag)
#assuming every child is potentially a list
l = r.get(ctag, [])
l.append(xml2dict(child))
r[ctag] = l
return r
def xml2dict(tag):
r = {}
#value
# tag.text is None, for empty tags.
if tag.text is not None:
v = tag.text.strip()
r['_value'] = v
#attributes
if tag.keys():
r['_attributes'] = {}
for k in tag.keys():
_k = remove_ns(k)
_k = camelcase_to_underscore(_k)
r['_attributes'][_k] = tag.get(k)
for child in tag.getchildren():
ctag = remove_ns(child.tag)
ctag = camelcase_to_underscore(ctag)
#assuming every child is potentially a list
l = r.get(ctag, [])
l.append(xml2dict(child))
r[ctag] = l
return r
def _attributestring(attrdict):
ss = []
for key, value in attrdict.iteritems():
s = "%s = (\"%s\")" % (remove_ns(key), "\", \"".join(value))
ss.append(s)
return "\r\n\r\n".join(ss)
def _attributestring(attrdict):
ss = []
for key, value in attrdict.iteritems():
s = '%s = ("%s")' % (remove_ns(key), '", "'.join(value))
ss.append(s)
return "\r\n\r\n".join(ss)