def parse(client, xml_data):
data = StringIO.StringIO(xml_data)
try:
element = ElementTree.parse(data).getroot().attrib
except:
raise MSNObjectParseError(xml_data)
creator = element["Creator"]
size = int(element["Size"])
type = int(element["Type"])
if "Location" in element:
location = xml.unescape(element["Location"])
else:
location = "0"
if "Friendly" in element:
friendly = b64_decode(xml.unescape(element["Friendly"]))
else:
friendly = '\x00\x00'
shad = element.get("SHA1D", None)
if shad is not None:
try:
shad = b64_decode(shad)
except TypeError:
logger.warning("Invalid SHA1D in MSNObject: %s" % shad)
shad = None
shac = element.get("SHA1C", None)
if shac is not None:
try:
shac = b64_decode(shac)
except TypeError:
logger.warning("Invalid SHA1C in MSNObject: %s" % shac)
shac = None
try:
result = MSNObject(creator, size, type, location, friendly, shad,
shac)
result._repr = xml_data
except ValueError:
raise MSNObjectParseError(xml_data)
return result
def parse(client, xml_data):
data = StringIO.StringIO(xml_data)
try:
element = ElementTree.parse(data).getroot().attrib
except:
raise MSNObjectParseError(xml_data)
creator = element["Creator"]
size = int(element["Size"])
type = int(element["Type"])
if "Location" in element:
location = xml.unescape(element["Location"])
else:
location = "0"
if "Friendly" in element:
friendly = b64_decode(xml.unescape(element["Friendly"]))
else:
friendly = '\x00\x00'
shad = element.get("SHA1D", None)
if shad is not None:
try:
shad = b64_decode(shad)
except TypeError:
logger.warning("Invalid SHA1D in MSNObject: %s" % shad)
shad = None
shac = element.get("SHA1C", None)
if shac is not None:
try:
shac = b64_decode(shac)
except TypeError:
logger.warning("Invalid SHA1C in MSNObject: %s" % shac)
shac = None
try:
result = MSNObject(creator, size, type, location, friendly, shad, shac)
result._repr = xml_data
except ValueError:
raise MSNObjectParseError(xml_data)
return result
def context(self):
try:
context = self.get_header("Context")
return b64_decode(context)
except (KeyError, TypeError):
return None
def context(self):
try:
context = self.get_header("Context")
return b64_decode(context)
except (KeyError, TypeError):
return None
