def run_outstation(self, value=None, index=0):
# Callback interface for log messages
self.handler = LogHandler()
# Root DNP3 object used to create channels and sessions
self.manager = asiodnp3.DNP3Manager(1, self.handler)
# Connect via a TCPServer socket to a server
self.channel_listener = ChannelListener()
channel = self.manager.AddTCPServer("server",
FILTERS,
asiopal.ChannelRetry().Default(),
LOCAL,
PORT,
self.channel_listener)
# A composite configuration struct that contains all the config information for a dnp3 outstation stack
config = asiodnp3.OutstationStackConfig(opendnp3.DatabaseSizes.AllTypes(10))
config.outstation.eventBufferConfig = opendnp3.EventBufferConfig().AllTypes(10)
config.outstation.params.allowUnsolicited = True
config.link.LocalAddr = 10
config.link.KeepAliveTimeout = openpal.TimeDuration().Max()
# Add an outstation to a communication channel
self.outstation_application = OutstationApplication()
outstation = channel.AddOutstation("outstation",
opendnp3.SuccessCommandHandler().Create(),
self.outstation_application,
config)
outstation.Enable()
# If the master is running, the channel listener state is OPENING
assert self.channel_listener.state == opendnp3.ChannelState.OPENING
if value is not None:
# reset the logger id server to False before sending the cmd, if the cmd is sent successful,
# the log handler should catch the logger id "server"
self.handler.server = False
builder = asiodnp3.UpdateBuilder()
builder.Update(value, index)
outstation.Apply(builder.Build())
# If the message sent successful, the log handler should catch loggerid "server"
time.sleep(2)
assert self.handler.server == True
# Test outstation application tracking info
assert self.outstation_application.link_status == opendnp3.LinkStatus.UNRESET
time.sleep(1)
self.manager.Shutdown()
def apply_update(self, value, index):
"""
Record an opendnp3 data value (Analog, Binary, etc.) in the outstation's database.
The data value gets sent to the Master as a side-effect.
:param value: An instance of Analog, Binary, or another opendnp3 data value.
:param index: (integer) Index of the data definition in the opendnp3 database.
"""
_log.debug('Recording {} measurement, index={}, value={}'.format(type(value).__name__, index, value.value))
builder = asiodnp3.UpdateBuilder()
builder.Update(value, index)
update = builder.Build()
OutstationApplication.get_outstation().Apply(update)
def apply_update(cls, value, index):
"""
Record an opendnp3 data value (Analog, Binary, etc.) in the outstation's database.
The data value gets sent to the Master as a side-effect.
:param value: An instance of Analog, Binary, or another opendnp3 data value.
:param index: (integer) Index of the data definition in the opendnp3 database.
"""
#_log.debug('Recording DNP3 {} measurement, index={}, value={}'.format(type(value).__name__, index, value.value))
max_index = cls.get_outstation_config().get('database_sizes', 10000)
if index > max_index:
raise ValueError('Attempt to set a value for index {} which exceeds database size {}'.format(index,
max_index))
builder = asiodnp3.UpdateBuilder()
builder.Update(value, index)
update = builder.Build()
try:
cls.get_outstation().Apply(update)
except AttributeError as err:
if not os.environ.get('UNITTEST', False):
raise err
def test_default_constructors(self):
"""
Create the class object with default values for instance variable and test if the object is not empty.
"""
assert asiodnp3.ConsoleLogger() is not None
assert asiodnp3.DefaultListenCallbacks() is not None
assert asiodnp3.DefaultMasterApplication() is not None
assert asiodnp3.MasterStackConfig() is not None
assert asiodnp3.PrintingChannelListener is not None
assert asiodnp3.PrintingSOEHandler() is not None
assert asiodnp3.UpdateBuilder() is not None
assert asiopal.ChannelRetry() is not None
assert asiopal.ResourceManager() is not None
assert asiopal.SerialSettings() is not None
assert asiopal.steady_clock_t() is not None
assert opendnp3.AnalogCommandEvent() is not None
assert opendnp3.AnalogOutputInt16() is not None
assert opendnp3.AnalogOutputInt32() is not None
assert opendnp3.AnalogOutputFloat32() is not None
assert opendnp3.AnalogOutputDouble64() is not None
assert opendnp3.BinaryCommandEvent() is not None
assert opendnp3.ClassField() is not None
assert opendnp3.ControlRelayOutputBlock() is not None
assert opendnp3.DNPTime() is not None
assert opendnp3.Flags() is not None
assert opendnp3.GroupVariationID() is not None
assert opendnp3.IndexedBinary() is not None
assert opendnp3.IndexedDoubleBitBinary() is not None
assert opendnp3.IndexedAnalog() is not None
assert opendnp3.IndexedCounter() is not None
assert opendnp3.IndexedFrozenCounter() is not None
assert opendnp3.IndexedBinaryOutputStatus() is not None
assert opendnp3.IndexedAnalogOutputStatus() is not None
assert opendnp3.IndexedOctetString() is not None
assert opendnp3.IndexedTimeAndInterval() is not None
assert opendnp3.IndexedBinaryCommandEvent() is not None
assert opendnp3.IndexedAnalogCommandEvent() is not None
assert opendnp3.IndexedSecurityStat() is not None
assert opendnp3.IndexedControlRelayOutputBlock() is not None
assert opendnp3.IndexedAnalogOutputInt16() is not None
assert opendnp3.IndexedAnalogOutputInt32() is not None
assert opendnp3.IndexedAnalogOutputFloat32() is not None
assert opendnp3.IndexedAnalogOutputDouble64() is not None
assert opendnp3.Binary() is not None
assert opendnp3.DoubleBitBinary() is not None
assert opendnp3.BinaryOutputStatus() is not None
assert opendnp3.Analog() is not None
assert opendnp3.Counter() is not None
assert opendnp3.FrozenCounter() is not None
assert opendnp3.AnalogOutputStatus() is not None
assert opendnp3.TimeAndInterval() is not None
assert opendnp3.OctetData() is not None
assert opendnp3.OctetString() is not None
assert opendnp3.SecurityStat() is not None
assert opendnp3.LinkHeaderFields() is not None
assert opendnp3.LinkStatistics() is not None
assert opendnp3.CommandSet() is not None
assert opendnp3.HeaderInfo() is not None
assert opendnp3.StartStopRangeUint8() is not None
assert opendnp3.StartStopRangeUint16() is not None
assert opendnp3.CountUint8() is not None
assert opendnp3.CountUint16() is not None
assert opendnp3.HeaderUnion() is not None
assert opendnp3.Header() is not None
assert opendnp3.MasterParams() is not None
assert opendnp3.RestartOperationResult() is not None
assert opendnp3.TaskConfig() is not None
assert opendnp3.ApplicationIIN() is not None
assert opendnp3.DatabaseSizes() is not None
assert opendnp3.EventBufferConfig() is not None
assert opendnp3.OutstationConfig() is not None
assert opendnp3.OutstationParams() is not None
assert opendnp3.StaticTypeBitField() is not None
assert opendnp3.StackStatistics() is not None
assert opendnp3.IINField() is not None
assert openpal.ArrayBinaryConfig() is not None
assert openpal.ArrayDoubleBitBinaryConfig() is not None
assert openpal.ArrayAnalogConfig() is not None
assert openpal.ArrayCounterConfig() is not None
assert openpal.ArrayFrozenCounterConfig() is not None
assert openpal.ArrayBOStatusConfig() is not None
assert openpal.ArrayAOStatusConfig() is not None
assert openpal.ArrayTimeAndIntervalConfig() is not None
assert openpal.ArrayBuffer() is not None
assert openpal.ArrayViewBinaryConfig() is not None
assert openpal.ArrayViewDoubleBitBinaryConfig() is not None
assert openpal.ArrayViewAnalogConfig() is not None
assert openpal.ArrayViewCounterConfig() is not None
assert openpal.ArrayViewFrozenCounterConfig() is not None
assert openpal.ArrayViewBOStatusConfig() is not None
assert openpal.ArrayViewAOStatusConfig() is not None
assert openpal.ArrayViewTimeAndIntervalConfig() is not None
assert openpal.ArrayViewBuffer() is not None
assert openpal.Buffer() is not None
assert openpal.RingBuffer16() is not None
assert openpal.RSlice() is not None
assert openpal.SecureBuffer() is not None
assert openpal.SettableRSlice() is not None
assert openpal.SettableWSlice() is not None
assert openpal.StaticBuffer4() is not None
assert openpal.StaticBuffer14() is not None
assert openpal.StaticBuffer100() is not None
assert openpal.StaticBuffer292() is not None
assert openpal.WSlice() is not None
assert openpal.MonotonicTimestamp() is not None
assert openpal.TimeDurationBase() is not None
assert openpal.TimeDuration() is not None
assert openpal.UTCTimestamp() is not None
assert openpal.LogFilters() is not None
assert openpal.Logger() is not None
assert openpal.SerializerBinary() is not None
assert openpal.SerializerDoubleBitBinary() is not None
assert openpal.SerializerBinaryOutputStatus() is not None
assert openpal.SerializerAnalog() is not None
assert openpal.SerializerCounter() is not None
assert openpal.SerializerFrozenCounter() is not None
assert openpal.SerializerAnalogOutputStatus() is not None
assert openpal.SerializerTimeAndInterval() is not None
assert openpal.SerializerAnalogOutputInt16() is not None
assert openpal.SerializerAnalogOutputInt32() is not None
assert openpal.SerializerAnalogOutputFloat32() is not None
assert openpal.SerializerAnalogOutputDouble64() is not None
def create_message_updates(self, simulation_id, message):
""" This method creates an atomic "updates" object for any outstation to consume via their .Apply method.
----------
headers: dict
A dictionary of headers that could be used to determine topic of origin and
other attributes.
message: object
"""
try:
message_str = 'received message ' + str(message)
builder = asiodnp3.UpdateBuilder()
json_msg = yaml.safe_load(str(message))
if type(json_msg) != dict:
raise ValueError(' is not a json formatted string.' +
'\njson_msg = {0}'.format(json_msg))
# fncs_input_message = {"{}".format(simulation_id): {}}
measurement_values = json_msg["message"]["measurements"]
# Calculate each net-phase measurement
if (measurement_values):
myPoints = self.outstation.get_agent(
).point_definitions.all_points()
netPoints = list(
filter(lambda x: "net-" in x.description, myPoints))
for point in netPoints:
ptMeasurements = list(
filter(
lambda m: m.get("measurement_mrid") in point.
measurement_id, measurement_values.values()))
netValue = 0.0
for m in ptMeasurements:
if "VAR" in point.name:
angle = math.radians(m.get("angle"))
netValue = netValue + math.sin(angle) * float(
m.get("magnitude"))
elif "Watts" in point.name:
angle = math.radians(m.get("angle"))
netValue += math.cos(angle) * float(
m.get("magnitude"))
else:
netValue += float(m.get("magnitude"))
point.magnitude = netValue
builder.Update(opendnp3.Analog(point.magnitude),
point.index)
# Calculate each measurement
for y in measurement_values:
# print(self.processor_point_def.points_by_mrid())
m = measurement_values[y]
if "magnitude" in m.keys():
for point in self.outstation.get_agent(
).point_definitions.all_points():
#print("point",point.name)
#print("y",y)
if m.get("measurement_mrid") == point.measurement_id:
if point.magnitude != float(m.get("magnitude")):
point.magnitude = float(m.get("magnitude"))
builder.Update(
opendnp3.Analog(point.magnitude),
point.index)
if point.measurement_type == "VA":
if "VAR" in point.name:
angle = math.radians(m.get("angle"))
point.magnitude = math.sin(angle) * float(
m.get("magnitude"))
builder.Update(
opendnp3.Analog(point.magnitude),
point.index)
if "Watts" in point.name:
angle1 = math.radians(m.get("angle"))
point.magnitude = math.cos(angle1) * float(
m.get("magnitude"))
builder.Update(
opendnp3.Analog(point.magnitude),
point.index)
if "angle" in point.name:
angle2 = math.radians(m.get("angle"))
builder.Update(opendnp3.Analog(angle2),
point.index)
elif "value" in m.keys():
for point in self.outstation.get_agent(
).point_definitions.all_points():
if m.get(
"measurement_mrid"
) == point.measurement_id and point.value != m.get(
"value"):
point.value = m.get("value")
builder.Update(opendnp3.Binary(point.value),
point.index)
# Return the atomic "updates" object
print("Updates Created")
return builder.Build()
except Exception as e:
message_str = "An error occurred while trying to translate the message received" + str(
e)