def createOutputPin(self,
pinName,
dataType,
defaultValue=None,
foo=None,
structure=PinStructure.Single,
constraint=None,
structConstraint=None,
allowedPins=[]):
pinName = self.getUniqPinName(pinName)
p = CreateRawPin(pinName, self, dataType, PinDirection.Output)
p.structureType = structure
if structure == PinStructure.Array:
p.initAsArray(True)
elif structure == PinStructure.Multi:
p.enableOptions(PinOptions.ArraySupported)
if foo:
p.onExecute.connect(foo, weak=False)
if defaultValue is not None:
p.setDefaultValue(defaultValue)
p.setData(defaultValue)
if dataType == "AnyPin" and allowedPins:
def supportedDataTypes():
return allowedPins
p.supportedDataTypes = supportedDataTypes
if constraint is not None:
p.updateConstraint(constraint)
if structConstraint is not None:
p.updatestructConstraint(structConstraint)
return p
def createInputPin(self,
pinName,
dataType,
defaultValue=None,
foo=None,
structure=PinStructure.Single,
constraint=None,
structConstraint=None,
allowedPins=[],
group=""):
# check unique name
pinName = self.getUniqPinName(pinName)
p = CreateRawPin(pinName, self, dataType, PinDirection.Input)
p.structureType = structure
p.group = group
if structure == PinStructure.Array:
p.initAsArray(True)
elif structure == PinStructure.Dict:
p.initAsDict(True)
elif structure == PinStructure.Multi:
p.enableOptions(PinOptions.ArraySupported)
if foo:
p.onExecute.connect(foo, weak=False)
if defaultValue is not None or dataType == "AnyPin":
p.setDefaultValue(defaultValue)
p.setData(defaultValue)
if dataType == "AnyPin":
p.setTypeFromData(defaultValue)
else:
p.setDefaultValue(getPinDefaultValueByType(dataType))
if dataType == "AnyPin" and allowedPins:
def supportedDataTypes():
return allowedPins
p._supportedDataTypes = p._defaultSupportedDataTypes = tuple(
allowedPins)
p.supportedDataTypes = supportedDataTypes
if constraint is not None:
p.updateConstraint(constraint)
if structConstraint is not None:
p.updatestructConstraint(structConstraint)
return p
def createInputPin(self,
pinName,
dataType,
defaultValue=None,
foo=None,
structure=PinStructure.Single,
constraint=None,
structConstraint=None,
allowedPins=[]):
# if dataType == 'ExecPin':
# assert(foo is not None), "Invalid parameters for input exec pin. Call function must be specified"
# check unique name
pinName = self.getUniqPinName(pinName)
p = CreateRawPin(pinName, self, dataType, PinDirection.Input)
p.direction = PinDirection.Input
p.structureType = structure
if structure == PinStructure.Array:
p.initAsArray(True)
elif structure == PinStructure.Multi:
p.enableOptions(PinOptions.ArraySupported)
if foo:
# p.call = foo
p.onExecute.connect(foo, weak=False)
if defaultValue is not None:
p.setDefaultValue(defaultValue)
p.setData(defaultValue)
if dataType == "AnyPin" and allowedPins:
def supportedDataTypes():
return allowedPins
p._supportedDataTypes = p._defaultSupportedDataTypes = tuple(
allowedPins)
p.supportedDataTypes = supportedDataTypes
if constraint is not None:
p.updateConstraint(constraint)
if structConstraint is not None:
p.updatestructConstraint(structConstraint)
return p
