def test_mail_name_file(self, exists_mock):
try:
with patch('__builtin__.open',
return_value=StringIO(self.check_value)):
mn = get_mailname()
self.assertEqual(mn, self.check_value)
except ImportError:
with patch('builtins.open',
return_value=StringIO(self.check_value)):
mn = get_mailname()
self.assertEqual(mn, self.check_value)
def test_mail_name_file(self, exists_mock):
try:
with patch('__builtin__.open',
return_value=StringIO(self.check_value)):
mn = get_mailname()
self.assertEqual(mn, self.check_value)
except ImportError:
with patch('builtins.open',
return_value=StringIO(self.check_value)):
mn = get_mailname()
self.assertEqual(mn, self.check_value)
def connection_ready(sock, fd, events):
"""
Accepts the socket connections and passes them off
to be handled.
'sock' is an instance of 'socket'.
'fd' is an open file descriptor for the current connection.
'events' is an integer of the number of events on the socket.
"""
while True:
try:
connection, address = sock.accept()
except socket.error as e:
if e.errno not in (errno.EWOULDBLOCK, errno.EAGAIN):
raise
return
log.debug("Connection from '%s'" % address[0])
connection.setblocking(0)
stream = connection_stream(connection)
# No stream, bail out
if not stream:
return
mail_state = MailState()
mail_state.email_id = email_id()
mail_state.stream = stream
# Sadly there is nothing I can do about the handle and loop
# fuctions. They have to exist within connection_ready
def handle(line):
"""
Handle a line of socket data, figure out if
it's a valid SMTP keyword and handle it
accordingly.
"""
log.debug("[%s] RECV: %s" % (mail_state.email_id, line.rstrip()))
resp, close = handle_command(line, mail_state)
if resp:
# Multiple responses, i.e. EHLO
if isinstance(resp, list):
for r in resp:
write_response(mail_state, r)
else:
# Otherwise it's a single response
write_response(mail_state, resp)
# Switch to SSL connection if starttls is called
# and we have an SSL library
if line.lower().startswith("starttls") and ssl and options.ssl:
fileno = mail_state.stream.socket.fileno()
IOLoop.current().remove_handler(fileno)
mail_state.stream = ssl_connection(connection)
# Close connection
if close is True:
log.debug("Closing")
mail_state.stream.close()
del mail_state.stream
return
else:
loop()
def loop():
"""
Loop over the socket data until we receive
a newline character (\n)
"""
# Protection against stream already reading exceptions
if not mail_state.stream.reading():
mail_state.stream.read_until("\n", handle)
hm = "220 %s [%s]\r\n" % (get_mailname(), __fullname__)
mail_state.stream.write(hm)
loop()
def test_mail_name_socket(self, exists_mock, socket_mock):
mn = get_mailname()
self.assertEqual(mn, self.check_value)
def test_mail_name_socket(self, exists_mock, socket_mock):
mn = get_mailname()
self.assertEqual(mn, self.check_value)
def connection_ready(sock, fd, events):
"""
Accepts the socket connections and passes them off
to be handled.
'sock' is an instance of 'socket'.
'fd' is an open file descriptor for the current connection.
'events' is an integer of the number of events on the socket.
"""
while True:
try:
connection, address = sock.accept()
except socket.error as e:
if e.errno not in (errno.EWOULDBLOCK, errno.EAGAIN):
raise
return
log.debug("Connection from '%s'" % address[0])
connection.setblocking(0)
stream = connection_stream(connection)
# No stream, bail out
if not stream:
return
mail_state = MailState()
mail_state.email_id = email_id()
mail_state.stream = stream
# Sadly there is nothing I can do about the handle and loop
# fuctions. They have to exist within connection_ready
def handle(line):
"""
Handle a line of socket data, figure out if
it's a valid SMTP keyword and handle it
accordingly.
"""
log.debug("[%s] RECV: %s" % (mail_state.email_id, line.rstrip()))
resp, close = handle_command(line, mail_state)
if resp:
# Multiple responses, i.e. EHLO
if isinstance(resp, list):
for r in resp:
write_response(mail_state, r)
else:
# Otherwise it's a single response
write_response(mail_state, resp)
# Switch to SSL connection if starttls is called
# and we have an SSL library
if line.lower().startswith("starttls") and ssl and options.ssl:
fileno = mail_state.stream.socket.fileno()
IOLoop.current().remove_handler(fileno)
mail_state.stream = ssl_connection(connection)
# Close connection
if close is True:
log.debug("Closing")
mail_state.stream.close()
del mail_state.stream
return
else:
loop()
def loop():
"""
Loop over the socket data until we receive
a newline character (\n)
"""
# Protection against stream already reading exceptions
if not mail_state.stream.reading():
mail_state.stream.read_until("\n", handle)
hm = "220 %s [%s]\r\n" % (get_mailname(), __fullname__)
mail_state.stream.write(hm)
loop()
