def searchdb():
print '\n'+"================================"
print "||姓名查找请直接回车||"
print "||学号输入后两位即可||"+'\n'
while 1:
id=raw_input('请输入学号：')
if id=='':
name=raw_input('请输入姓名：')
pass
elif len(id)!=8 or len(id)!=2 :
print "学号输入有误，请重新输入！"
else:
if len(id)==2:
pass
backend.read(student,)
pass
def on_init(self):
self.fstab = backend.read()
self._devs, self._vdevs = self._fsc.get_filesystems()
def on_init(self):
self.fstab = backend.read()
self._devs, self._vdevs = self._fsc.get_filesystems()
def handle_readable(ops):
try:
shim_print(ops)
connection: Connection = Connection.connection_list[ops.connection_id]
shim_print(f"HANDLE READABLE - connection {connection.connection_id}")
if connection.receive_request_queue:
msg = backend.read(ops, connection.receive_buffer_size)
shim_print(f'Data received from stream: {ops.stream_id}')
shim_print(msg)
if connection.message_framer:
if connection.framer_placeholder.earmarked_bytes_missing > 0:
connection.framer_placeholder.fill_earmarked_bytes(msg)
# Case if more data than unfulfilled message is received?
else:
connection.framer_placeholder.inbound_data = msg
connection.message_framer.dispatch_handle_received_data(connection)
else:
handler, min_length, max_length = connection.receive_request_queue.pop(0)
message_data_object = MessageDataObject(msg, len(msg))
# Create a message context to pass to the receive handler
message_context = MessageContext()
message_context.remote_endpoint = connection.remote_endpoint
message_context.local_endpoint = connection.local_endpoint
if connection.stack_supports_message_boundary_preservation:
# "If an incoming Message is larger than the minimum of this size and
# the maximum Message size on receive for the Connection's Protocol Stack,
# it will be delivered via ReceivedPartial events"
if len(msg) > min(max_length, connection.transport_properties.connection_properties[ConnectionProperties.MAXIMUM_MESSAGE_SIZE_ON_RECEIVE]):
partition_size = min(max_length, connection.transport_properties.connection_properties[ConnectionProperties.MAXIMUM_MESSAGE_SIZE_ON_RECEIVE])
partitioned_message_data_object = MessageDataObject(partition_size)
connection.partitioned_message_data_object = partitioned_message_data_object
handler(connection, message_data_object, message_context, False, None)
else:
handler(connection, message_data_object, message_context, None, None)
# Min length does not need to be checked with stacks that deliver complete messages
# TODO: Check if there possibly could be scenarios with SCTP where partial messages is delivered
else:
# No message boundary preservation and no framer yields a receive partial event
# TODO: Now, a handler must be sent, but should it be possible to pass None, i.e no handler and just discard bytes/message?
if connection.buffered_message_data_object:
message_data_object.combine_message_data_objects(connection.buffered_message_data_object)
if min_length and min_length > message_data_object.length:
connection.buffered_message_data_object = message_data_object
connection.receive(handler, min_length, max_length)
elif max_length < message_data_object.length:
# ReceivePartial event - not end of message
connection.buffered_message_data_object = None
partitioned_message_data_object = message_data_object.partition(max_length)
connection.partitioned_message_data_object = partitioned_message_data_object
handler(connection, message_data_object, message_context, False, None)
else:
handler(connection, message_data_object, message_context, True, None)
else:
shim_print("READABLE SET TO NONE - receive queue empty", level='error')
ops.on_readable = None
neat_set_operations(ops.ctx, ops.flow, ops)
except SystemError:
return NEAT_OK
except Exception as es:
shim_print("An error occurred in the Python callback: {} {} - {}".format(sys.exc_info()[0], es.args, inspect.currentframe().f_code.co_name), level='error')
backend.stop(ops.ctx)
return NEAT_OK
def on_init(self):
self.fstab = backend.read()
def on_init(self):
self.fstab = backend.read()
def on_init(self):
self.hosts = backend.read()
