def parsestr(self, text, headersonly=False):
if isinstance(text, unicode):
# difference with vanilla is we encode using utf-8, not ascii
ret = self.parse(StringIO(utf8only_encode(text)),
headersonly=headersonly)
else:
ret = _Parser.parsestr(self, text, headersonly)
# homogeneous return type with py3
ret._headers = [(utf8only_decode(i), utf8only_decode(j))
for i, j in ret._headers]
return ret
def parse(self, data):
"""Parses the given string to populate the :attr:`headers` and
:attr:`message` attributes.
:param data: The complete message, headers and message body.
:type data: :py:obj:`bytes`
"""
check_argtype(data, bytes, 'data')
match = re.search(_HEADER_BOUNDARY, data)
if not match:
header_data = data
payload = b''
else:
header_data = data[:match.end(0)]
payload = data[match.end(0):]
header_data_decoded = utf8only_decode(header_data)
self.headers = Parser().parsestr(header_data_decoded, True)
self.message = self.headers.get_payload().encode('ascii') + payload
self.headers.set_payload('')
def parse(self, data):
"""Parses the given string to populate the :attr:`headers` and
:attr:`message` attributes.
:param data: The complete message, headers and message body.
:type data: :py:obj:`bytes`
"""
check_argtype(data, bytes, 'data')
match = re.search(_HEADER_BOUNDARY, data)
if not match:
header_data = data
payload = b''
else:
header_data = data[:match.end(0)]
payload = data[match.end(0):]
header_data_decoded = utf8only_decode(header_data)
self.headers = Parser().parsestr(header_data_decoded, True)
self.message = self.headers.get_payload().encode('ascii') + payload
self.headers.set_payload('')