def SendInitialState(self):
if "Analogs" in self.ConfigDict:
for x in self.ConfigDict["Analogs"]:
odc.PublishEvent(self.guid, "Analog", x["Index"], "|ONLINE|",
str(x["Value"]))
if "Binaries" in self.ConfigDict:
for x in self.ConfigDict["Binaries"]:
odc.PublishEvent(self.guid, "Binary", x["Index"], "|ONLINE|",
str(x["Value"]))
return
def SendInitialState(self, Json):
for x in Json:
if (x["SimType"] == "CBStateBit0") or (x["SimType"]
== "CBStateBit1"):
odc.PublishEvent(
self.guid, "Binary", x["Index"], "|ONLINE|",
str(x["State"]
)) # Need to send this change through as an event
return
def EventHandler(self,EventType, Index, Time, Quality, Payload, Sender):
self.LogTrace("EventHander: {}, {}, {} {} - {}".format(self.guid,Sender,Index,EventType,Payload))
self.processedevents += 1
if (EventType == "Binary"):
self.LogDebug("Event is a Binary")
if ("ONLINE" not in Quality):
self.LogDebug("Event Quality not ONLINE")
odc.PublishEvent(self.guid,EventType,Index,Quality,Payload) # Echoing Event for testing. Sender, Time auto created in ODC
return True
def UpdateAnalogValue(self, x, secs):
# use the secs, value, mean and std dev to calculate a new value - also if there is actually a new value.
try:
newval = numpy.random.normal(x["Mean"], x["StdDev"])
if (newval != x["Value"]):
x["Value"] = newval
odc.PublishEvent(
self.guid, "Analog", x["Index"], "|ONLINE|",
str(x["Value"]
)) # Need to send this change through as an event
except (RuntimeError, TypeError, NameError, Exception) as e:
self.LogError("Exception - {}".format(e))
return # dont change anything
return
def SetAnalogValue(self, Type, Number, Value):
for x in self.ConfigDict["Analogs"]:
if (x["Type"] == Type) and (Type == "Sim"):
if x["Index"] == Number: # No number for Sim types, revert to ODCIndex
if type(Value) is str: # Handle string values
Value = int(Value)
x["Value"] = Value
odc.PublishEvent(
self.guid, "Analog", x["Index"], "|ONLINE|", str(Value)
) # Need to send this change through as an event
return
elif (x["Type"] == Type) and (x["Number"] == Number):
if type(Value) is str: # Handle string values
Value = int(Value)
x["Value"] = Value
odc.PublishEvent(
self.guid, "Analog", x["Index"], "|ONLINE|",
str(Value)) # Need to send this change through as an event
return
raise Exception(
"Could not find a matching analog field for {}, {}".format(
Type, Number))
def SetState(self, Json, CBNumber, CBStateBit, State):
for x in Json:
if (x["CBNumber"] == CBNumber) and (x["SimType"] == CBStateBit):
# we have a match!
if (x["State"] == State):
self.LogDebug(
"No Change in state bit {}".format(CBStateBit))
return # nothing to do, the bit has not changed
x["State"] = State
odc.PublishEvent(
self.guid, "Binary", x["Index"], "|ONLINE|",
str(State)) # Need to send this change through as an event
return
raise Exception(
"Could not find a matching State field for {}, {}".format(
CBNumber, CBStateBit))
def SetAnalogValueUsingIndex(self, Index, Value):
for x in self.ConfigDict["Analogs"]:
if (x["Index"] == Index):
if type(Value) is str: # Handle string values
Value = int(Value)
if (x["Value"] == Value):
self.LogDebug(
"No Change in value of analog {}".format(Index))
return # nothing to do, the value has not changed
x["Value"] = Value
odc.PublishEvent(
self.guid, "Analog", x["Index"], "|ONLINE|",
str(Value)) # Need to send this change through as an event
return
raise Exception(
"Could not find a matching Value field for {}".format(Index))
def SetBinaryValueUsingIndex(self, Index, Value):
for x in self.ConfigDict["Binaries"]:
if (x["Index"] == Index):
# we have a match!
if type(Value) is str: # Handle string values
Value = int(Value)
if (x["Value"] == Value):
self.LogDebug("No Change in value of bit {}".format(BitID))
return # nothing to do, the bit has not changed
x["Value"] = Value
odc.PublishEvent(
self.guid, "Binary", x["Index"], "|ONLINE|",
str(Value)) # Need to send this change through as an event
return
raise Exception(
"Could not find a matching binary value for Index {}".format(
Index))
def SetBinaryValue(self, Type, Number, BitID, Value):
for x in self.ConfigDict["Binaries"]:
if (x["Type"] == Type) and (x["Number"] == Number) and (x["BitID"]
== BitID):
if type(Value) is str: # Handle string values
Value = int(Value)
if (x["Value"] == Value):
self.LogDebug("No Change in value of bit {}".format(BitID))
return # nothing to do, the bit has not changed
x["Value"] = Value
odc.PublishEvent(
self.guid, "Binary", x["Index"], "|ONLINE|",
str(Value)) # Need to send this change through as an event
return
raise Exception(
"Could not find a matching binary value for {}, {}, {}".format(
Type, Number, BitID))