def __init__(self, sim_env, test=None):
''' Constructor
Input: sim_env simpy.Environment environment of this component
Output: -
'''
AbstractTransportLayer.__init__(self, sim_env, test=test)
# project parameter
self.STDTL_SEND_PROCESS = time.STDTL_SEND_PROCESS
self.STDTL_RECEIVE_PROCESS = time.STDTL_RECEIVE_PROCESS
def __init__(self, sim_env, test=None):
''' Constructor
Input: sim_env simpy.Environment environment of this component
Output: -
'''
AbstractTransportLayer.__init__(self, sim_env, test=test)
# project parameter
self.STDTL_SEND_PROCESS = time.STDTL_SEND_PROCESS
self.STDTL_RECEIVE_PROCESS = time.STDTL_RECEIVE_PROCESS
def __init__(self, sim_env, MessageClass):
''' Constructor
Input: sim_env simpy.Environment environment of this component
MessageClass MessageClass class of the message that is used to wrap the messages
Output: -
'''
AbstractTransportLayer.__init__(self, sim_env)
# initialize
self.receiving_buffer = [] # list of [msg_identifier, msg_sticked_together] ->consciously not using simpy queue, no blocking when using this implementation
self.buffer_receiver = {} # key = str([msg_identifier, msg_sticked_together]) / str([sender_id, message_id])
self.rec_msgs_expected_size = {} # key = str([sender_id, message_id]) / expected msg size
self.rec_msg = {} # key = str([sender_id, message_id]) / msg sticked together
self.set_settings()
# project parameter
self.SEGTL_SEND_PROCESS = time.SEGTL_SEND_PROCESS
self.SEGTL_RECEIVE_PROCESS = time.SEGTL_RECEIVE_PROCESS
def __init__(self, sim_env, MessageClass):
''' Constructor
Input: sim_env simpy.Environment environment of this component
MessageClass MessageClass class of the message that is used to wrap the messages
Output: -
'''
AbstractTransportLayer.__init__(self, sim_env)
# initialize
self.receiving_buffer = [
] # list of [msg_identifier, msg_sticked_together] ->consciously not using simpy queue, no blocking when using this implementation
self.buffer_receiver = {
} # key = str([msg_identifier, msg_sticked_together]) / str([sender_id, message_id])
self.rec_msgs_expected_size = {
} # key = str([sender_id, message_id]) / expected msg size
self.rec_msg = {
} # key = str([sender_id, message_id]) / msg sticked together
self.set_settings()
# project parameter
self.SEGTL_SEND_PROCESS = time.SEGTL_SEND_PROCESS
self.SEGTL_RECEIVE_PROCESS = time.SEGTL_RECEIVE_PROCESS