def server_protocol(self, server: Server,
argtext: str) -> RequestProtocolGenerator:
#log = logger.getChild ( 'DataRequest._server_protocol' )
if not server.client_hostname and server.pedantic:
raise ResponseEvent(503, 'Say HELO first')
if argtext and server.pedantic:
raise ResponseEvent(
501, 'Syntax error (no parameters allowed) RFC5321#4.3.2')
if not server.auth_uid:
raise ResponseEvent(513, 'Must authenticate')
if not server.mail_from:
raise ResponseEvent(503, 'no from address received yet')
if not server.rcpt_to:
raise ResponseEvent(503, 'no rcpt address(es) received yet')
yield ResponseEvent(354, 'Start mail input; end with <CRLF>.<CRLF>')
event1 = NeedDataEvent()
while True:
yield from event1.go()
line = event1.data or b''
if line == b'.\r\n':
break
elif line[0:1] == b'.':
server.data.append(line[1:])
else:
server.data.append(line)
event2 = CompleteEvent(server.mail_from, server.rcpt_to, server.data)
server.reset(
) # is this correct? reset even if we're going to return an error?
yield event2
_, code, message = event2._accepted()
yield ResponseEvent(code, message)
def client_protocol ( self, client: Client ) -> RequestProtocolGenerator:
event = NeedDataEvent()
yield from client_util.send_recv_ok ( 'CAPA\r\n', event ) # +OK Capability list follows
lines: List[bytes] = [ event.data or b'' ]
while event.data != b'.\r\n':
yield from event.go()
lines.append ( event.data or b'' )
r = CapaResponse.parse_multi ( *lines )
r.capa = {}
for line in r.lines:
capa_name, *capa_params = line.split ( ' ', 1 )
r.capa[capa_name] = capa_params[0].rstrip() if capa_params else ''
raise r
def client_protocol(self, client: Client) -> RequestProtocolGenerator:
log = logger.getChild('EhloRequest.client_protocol')
yield from client_util.send(f'EHLO {self.domain}\r\n')
event = NeedDataEvent()
lines: List[str] = []
esmtp_features: Dict[str, str] = {}
esmtp_auth: Set[str] = set()
while True:
yield from client_util.recv_ok(event)
assert isinstance(event.response, Response)
tmp: Opt[Response] = event.response
assert tmp is not None
lines.append(tmp.lines[0])
if isinstance(tmp, SuccessResponse):
for line in lines[1:]:
if line.startswith('AUTH '):
for auth in line.split(' ')[1:]:
esmtp_auth.add(auth)
else:
name, *args = line.split(' ', 1)
esmtp_features[name] = args[0] if args else ''
r = EhloResponse(tmp.code, *lines)
r.esmtp_features = esmtp_features
r.esmtp_auth = esmtp_auth
raise r
def server_protocol(self, server: Server,
moreargtext: str) -> RequestProtocolGenerator:
log = logger.getChild('AuthPlainRequest._server_protocol')
try:
if not (authtext := moreargtext):
yield ResponseEvent(334, '')
yield from (event := NeedDataEvent()).go()
authtext = b2s(event.data or b'').rstrip()
_, uid, pwd = b64_decode_str(authtext).split('\0')
def client_protocol(self, client: Client) -> RequestProtocolGenerator:
#log = logger.getChild ( 'ExpnRequest.client_protocol' )
yield from client_util.send(f'{self._verb} {self.mailbox}\r\n')
event = NeedDataEvent()
lines: List[str] = []
while True:
yield from client_util.recv_ok(event)
assert isinstance(event.response, Response)
tmp: Opt[Response] = event.response
assert tmp is not None
lines.append(tmp.lines[0])
if isinstance(tmp, SuccessResponse):
raise self.responsecls(tmp.code, *lines)
def server_protocol(self, server: Server,
moreargtext: str) -> RequestProtocolGenerator:
log = logger.getChild('AuthLoginRequest._server_protocol')
if moreargtext and server.pedantic:
raise ResponseEvent(501,
'Syntax error (no extra parameters allowed)')
event = NeedDataEvent()
try:
yield ResponseEvent(334, b64_encode_str('Username:'******'')).rstrip()
yield ResponseEvent(334, b64_encode_str('Password:'******'')).rstrip()
except Exception as e:
log.debug(f'{e=}')
yield ResponseEvent(501, 'malformed auth input RFC4616#2')
else:
yield from self._on_authenticate(server, uid, pwd)
def client_protocol ( self, client: Client ) -> RequestProtocolGenerator: #log = logger.getChild ( 'GreetingRequest.client_protocol' ) event = NeedDataEvent() yield from client_util.recv_ok ( event ) assert isinstance ( event.response, Response ) raise GreetingResponse ( event.response.message )