def receive_async_mdn(self, agreement_id=None):
if is_none_or_whitespace(agreement_id):
headers = {
k.lower().replace('_', '-'): v
for k, v in self.headers.items()
}
trading_identity = decode_as2_identity(headers.get('as2-from', ''))
local_identity = decode_as2_identity(headers.get('as2-to', ''))
agreement = self._get_primary_agreement(local_identity,
trading_identity)
else:
agreement = self._get_agreement(agreement_id)
context = AS2Context(agreement, None)
self._receive_async_mdn(self.headers, self.body, context)
def _build_received_as2_context(self, id, message):
if is_none_or_whitespace(id):
headers = {
k.lower().replace('_', '-'): v
for k, v in self.headers.items()
}
trading_identity = decode_as2_identity(headers.get('as2-from', ''))
local_identity = decode_as2_identity(headers.get('as2-to', ''))
agreement = self._get_primary_agreement(local_identity,
trading_identity)
else:
agreement = self._get_agreement(id)
message.local_identity = agreement.local_identity
message.trading_identity = agreement.trading_identity
message.agreement_id = agreement.id
return AS2Context(agreement, message)
def test_decode_as2_identity_is_required(self):
decode_as2_identity(None)
def test_decode_as2_identity(self, input, expected):
actual = decode_as2_identity(input)
assert_equal(actual, expected)
def _init_to_identity(self):
identity = self.headers.get("as2-to")
if is_none_or_whitespace(identity):
raise AS2Exception('as2-to is required')
self.to_identity = decode_as2_identity(identity.strip())