def __init__(self,
sim_env=None,
ecu_id=None,
data_rate=None,
size_sending_buffer=None,
size_receive_buffer=None):
''' Constructor
Input: sim_env simpy.Environment environment in which this ECU lives
ecu_id string id of this ECU component
data_rate integer data_rate of the connected bus
size_sending_buffer float size of the sending buffer of this ECU
size_receive_buffer float size of the receiving buffer of this ECU
Output: -
'''
# set settings
self.set_settings()
self._authenticated = False
# no instantiation
if sim_env == None: return
# set SW and HW
SimpleECU.__init__(self, sim_env, ecu_id, data_rate,
size_sending_buffer, size_receive_buffer)
# create software
self.ecuSW = ECUSoftware(sim_env, SecureCommModule(sim_env, ecu_id),
SecureApplicationLayer(sim_env, ecu_id))
# connect
self._connect_hw_sw()
def __init__(self, sim_env=None, ecu_id=None, data_rate=None, size_sending_buffer=None, size_receive_buffer=None):
''' Constructor
Input: sim_env simpy.Environment environment in which this ECU lives
ecu_id string id of this ECU component
data_rate integer data_rate of the connected bus
size_sending_buffer float size of the sending buffer of this ECU
size_receive_buffer float size of the receiving buffer of this ECU
Output: -
'''
# set settings
self.set_settings()
# no instantiation
if sim_env == None: return
# software
SimpleECU.__init__(self, sim_env, ecu_id, data_rate, size_sending_buffer, size_receive_buffer)
self._SECMODULE = True
self.ecuSW = ECUSoftware(sim_env, SecModStdCommModule(sim_env), StdSecurityModuleAppLayer(sim_env, ecu_id=ecu_id))
# connect
self._connect_hw_sw()
# project settings
self.SECMOD_CERT_HASHING_MECH = proj.SECMOD_CERT_HASHING_MECH
self.SECMOD_CERT_ENCRYPTION_MECH = proj.SECMOD_CERT_ENCRYPTION_MECH
self.SECMOD_CERT_ENCRYPTION_MECH_OPTION = proj.SECMOD_CERT_ENCRYPTION_MECH_OPTION
self.SECMOD_CERT_KEYL = proj.SECMOD_CERT_KEYL
self.SECMOD_CERT_CA_LEN = proj.SECMOD_CERT_CA_LEN
self.SECMOD_CERT_SIZE_HASH_TO_SIGN = proj.SECMOD_CERT_SIZE_HASH_TO_SIGN
self.SECMOD_CERT_SIZE_HASH_SIGNED = proj.SECMOD_CERT_SIZE_HASH_SIGNED
def __init__(self, sim_env=None, ecu_id=None, data_rate=None, size_sending_buffer=None, size_receive_buffer=None):
''' Constructor
Input: sim_env simpy.Environment environment in which this ECU lives
ecu_id string id of this ECU component
data_rate integer data_rate of the connected bus
size_sending_buffer float size of the sending buffer of this ECU
size_receive_buffer float size of the receiving buffer of this ECU
Output: -
'''
# set settings
self.set_settings()
self._authenticated = False
# no instantiation
if sim_env == None: return
# set SW and HW
SimpleECU.__init__(self, sim_env, ecu_id, data_rate, size_sending_buffer, size_receive_buffer)
# create software
self.ecuSW = ECUSoftware(sim_env, SecureCommModule(sim_env, ecu_id), SecureApplicationLayer(sim_env, ecu_id))
# connect
self._connect_hw_sw()
def __init__(self, sim_env, ecu_id, data_rate, MessageClass, size_sending_buffer, size_receive_buffer):
''' Constructor
Input: sim_env simpy.Environment environment of this component
ecu_id string id of the corresponding AbstractECU
data_rate float datarate of the ecu
MessageClass class class that is used for message transmission
size_sending_buffer integer capacity of the sending buffer
size_receive_buffer integer capacity of the receiving buffer
Output: -
'''
SimpleECU.__init__(self, sim_env, ecu_id, data_rate, MessageClass, size_sending_buffer, size_receive_buffer)
# initialize Software
self.ecuSW = ECUSoftware(sim_env, SegmentCommModule(sim_env, MessageClass), SimpleApplicationLayer(sim_env, ecu_id))
self.set_settings()
# connect layers
self._connect_hw_sw()
def __init__(self,
sim_env=None,
ecu_id=None,
data_rate=None,
size_sending_buffer=None,
size_receive_buffer=None):
''' Constructor
Input: sim_env simpy.Environment environment in which this ECU lives
ecu_id string id of this ECU component
data_rate integer data_rate of the connected bus
size_sending_buffer float size of the sending buffer of this ECU
size_receive_buffer float size of the receiving buffer of this ECU
Output: -
'''
# set settings
self.set_settings()
# no instantiation
if sim_env == None: return
# software
SimpleECU.__init__(self, sim_env, ecu_id, data_rate,
size_sending_buffer, size_receive_buffer)
self._SECMODULE = True
self.ecuSW = ECUSoftware(
sim_env, SecModStdCommModule(sim_env),
StdSecurityModuleAppLayer(sim_env, ecu_id=ecu_id))
# connect
self._connect_hw_sw()
# project settings
self.SECMOD_CERT_HASHING_MECH = proj.SECMOD_CERT_HASHING_MECH
self.SECMOD_CERT_ENCRYPTION_MECH = proj.SECMOD_CERT_ENCRYPTION_MECH
self.SECMOD_CERT_ENCRYPTION_MECH_OPTION = proj.SECMOD_CERT_ENCRYPTION_MECH_OPTION
self.SECMOD_CERT_KEYL = proj.SECMOD_CERT_KEYL
self.SECMOD_CERT_CA_LEN = proj.SECMOD_CERT_CA_LEN
self.SECMOD_CERT_SIZE_HASH_TO_SIGN = proj.SECMOD_CERT_SIZE_HASH_TO_SIGN
self.SECMOD_CERT_SIZE_HASH_SIGNED = proj.SECMOD_CERT_SIZE_HASH_SIGNED
def __init__(self, sim_env, ecu_id, data_rate, MessageClass,
size_sending_buffer, size_receive_buffer):
''' Constructor
Input: sim_env simpy.Environment environment of this component
ecu_id string id of the corresponding AbstractECU
data_rate float datarate of the ecu
MessageClass class class that is used for message transmission
size_sending_buffer integer capacity of the sending buffer
size_receive_buffer integer capacity of the receiving buffer
Output: -
'''
SimpleECU.__init__(self, sim_env, ecu_id, data_rate, MessageClass,
size_sending_buffer, size_receive_buffer)
# initialize Software
self.ecuSW = ECUSoftware(sim_env,
SegmentCommModule(sim_env, MessageClass),
SimpleApplicationLayer(sim_env, ecu_id))
self.set_settings()
# connect layers
self._connect_hw_sw()
