def traceConfluent(self, aDEVS):
"""
The trace functionality for VCD output at a confluent transition
:param aDEVS: the model that transitioned
"""
name = toStr(aDEVS.getModelFullName())
for I in range(len(aDEVS.IPorts)):
port_name = aDEVS.IPorts[I].getPortName()
signal_bag = aDEVS.my_input.get(aDEVS.IPorts[I], [])
if signal_bag is not None:
for port_signal in signal_bag:
runTraceAtController(self.server,
self.uid,
aDEVS,
[name,
aDEVS.time_last,
toStr(port_name),
toStr(port_signal)])
for I in range(len(aDEVS.OPorts) ):
if aDEVS.OPorts[I] in aDEVS.my_output:
port_name = aDEVS.OPorts[I].getPortName()
signal_bag = aDEVS.my_output.get(aDEVS.OPorts[I], [])
if signal_bag is not None:
for port_signal in signal_bag:
runTraceAtController(self.server,
self.uid,
aDEVS,
[name,
aDEVS.time_last,
toStr(port_name),
toStr(port_signal)])
def traceInit(self, aDEVS, t):
"""
The trace functionality for XML output at initialization
:param aDEVS: the model that transitioned
:param t: time at which it should be traced
"""
runTraceAtController(self.server, self.uid, aDEVS, [
toStr(aDEVS.getModelFullName()), t, "'EX'", "''",
toStr(aDEVS.state.toXML()),
toStr(aDEVS.state)
])
def traceConfluent(self, aDEVS):
"""
The trace functionality for XML output at a confluent transition
:param aDEVS: the model that transitioned
"""
port_info = ""
for I in range(len(aDEVS.IPorts)):
port_info += '<port name="' + aDEVS.IPorts[I].getPortName() + '" category="I">\n'
for j in aDEVS.my_input[aDEVS.IPorts[I]]:
port_info += "<message>" + str(j) + "</message>\n</port>\n"
runTraceAtController(self.server,
self.uid,
aDEVS,
[toStr(aDEVS.getModelFullName()),
aDEVS.time_last,
"'EX'",
toStr(port_info),
toStr(aDEVS.state.toXML()),
toStr(aDEVS.state)])
port_info = ""
for I in range(len(aDEVS.OPorts)):
if aDEVS.OPorts[I] in aDEVS.my_output:
port_info += '<port name="' + aDEVS.OPorts[I].getPortName() + '" category="O">\n'
for j in aDEVS.my_output[aDEVS.OPorts[I]]:
port_info += "<message>" + str(j) + "</message>\n</port>\n"
runTraceAtController(self.server,
self.uid,
aDEVS,
[toStr(aDEVS.getModelFullName()),
aDEVS.time_last,
"'IN'",
toStr(port_info),
toStr(aDEVS.state.toXML()),
toStr(aDEVS.state)])
def traceConfluent(self, aDEVS):
"""
The trace functionality for XML output at a confluent transition
:param aDEVS: the model that transitioned
"""
port_info = ""
for I in range(len(aDEVS.IPorts)):
port_info += '<port name="' + aDEVS.IPorts[I].getPortName(
) + '" category="I">\n'
for j in aDEVS.my_input[aDEVS.IPorts[I]]:
port_info += "<message>" + str(j) + "</message>\n</port>\n"
runTraceAtController(self.server, self.uid, aDEVS, [
toStr(aDEVS.getModelFullName()), aDEVS.time_last, "'EX'",
toStr(port_info),
toStr(aDEVS.state.toXML()),
toStr(aDEVS.state)
])
port_info = ""
for I in range(len(aDEVS.OPorts)):
if aDEVS.OPorts[I] in aDEVS.my_output:
port_info += '<port name="' + aDEVS.OPorts[I].getPortName(
) + '" category="O">\n'
for j in aDEVS.my_output[aDEVS.OPorts[I]]:
port_info += "<message>" + str(j) + "</message>\n</port>\n"
runTraceAtController(self.server, self.uid, aDEVS, [
toStr(aDEVS.getModelFullName()), aDEVS.time_last, "'IN'",
toStr(port_info),
toStr(aDEVS.state.toXML()),
toStr(aDEVS.state)
])
def traceInit(self, aDEVS, t):
"""
The trace functionality for XML output at initialization
:param aDEVS: the model that transitioned
:param t: time at which it should be traced
"""
runTraceAtController(self.server,
self.uid,
aDEVS,
[toStr(aDEVS.getModelFullName()),
t,
"'EX'",
"''",
toStr(aDEVS.state.toXML()),
toStr(aDEVS.state)])
def traceInternal(self, aDEVS):
"""
The trace functionality for Cell DEVS output at an internal transition
:param aDEVS: the model that transitioned
"""
try:
runTraceAtController(self.server,
self.uid,
aDEVS,
[aDEVS.x,
aDEVS.y,
aDEVS.time_last,
toStr(aDEVS.state.toCellState())])
except AttributeError:
pass
def traceInit(self, aDEVS, t):
"""
The trace functionality for Cell DEVS output at initialisation
:param aDEVS: the model that was initialised
:param t: time at which it should be traced
"""
try:
runTraceAtController(self.server,
self.uid,
aDEVS,
[aDEVS.x,
aDEVS.y,
t,
toStr(aDEVS.state.toCellState())])
except AttributeError:
pass