def populateFromJson(self, jsonData):
self.clear()
parentGraphName = jsonData['parentGraphName']
parentGraph = self.graphManager.findGraph(parentGraphName)
self.parentGraph = parentGraph
self.name = jsonData['name']
self.category = jsonData['category']
self.setIsRoot(jsonData['isRoot'])
# restore vars
for varJson in jsonData['vars']:
var = Variable.deserialize(self, varJson)
self.vars[var.uid] = var
# restore nodes
for nodeJson in jsonData['nodes']:
# check if variable getter or setter and pass variable
nodeArgs = ()
nodeKwargs = {}
if nodeJson['type'] in ('getVar', 'setVar'):
nodeKwargs['var'] = self.vars[uuid.UUID(nodeJson['varUid'])]
nodeJson['owningGraphName'] = self.name
node = getRawNodeInstance(nodeJson['type'],
packageName=nodeJson['package'],
libName=nodeJson['lib'],
*nodeArgs,
**nodeKwargs)
self.addNode(node, nodeJson)
# restore connections
for nodeJson in jsonData['nodes']:
for nodeOutputJson in nodeJson['outputs']:
lhsPin = self.findPin(str(nodeOutputJson['fullName']))
for rhsPinFullName in nodeOutputJson['linkedTo']:
rhsPin = self.findPin(str(rhsPinFullName))
connected = connectPins(lhsPin, rhsPin)
assert (connected is True), "Failed to restore connection"
def populateFromJson(self, jsonData):
"""Populates itself from serialized data
:param jsonData: serialized graph
:type jsonData: dict
"""
self.clear()
parentGraphName = jsonData['parentGraphName']
parentGraph = self.graphManager.findGraph(parentGraphName)
self.parentGraph = parentGraph
self.name = self.graphManager.getUniqGraphName(jsonData['name'])
self.category = jsonData['category']
self.setIsRoot(jsonData['isRoot'])
if self.isRoot():
self.name = "root"
# restore vars
for varJson in jsonData['vars']:
var = Variable.deserialize(self, varJson)
self._vars[var.uid] = var
# restore nodes
for nodeJson in jsonData['nodes']:
# check if variable getter or setter and pass variable
nodeArgs = ()
nodeKwargs = {}
if nodeJson['type'] in ('getVar', 'setVar'):
nodeKwargs['var'] = self._vars[uuid.UUID(nodeJson['varUid'])]
nodeJson['owningGraphName'] = self.name
node = getRawNodeInstance(nodeJson['type'], packageName=nodeJson['package'], libName=nodeJson['lib'], *nodeArgs, **nodeKwargs)
self.addNode(node, nodeJson)
# restore connection
for nodeJson in jsonData['nodes']:
for nodeOutputJson in nodeJson['outputs']:
for linkData in nodeOutputJson['linkedTo']:
try:
lhsNode = self._nodes[uuid.UUID(linkData["lhsNodeUid"])]
except Exception as e:
lhsNode = self.findNode(linkData["lhsNodeName"])
try:
lhsPin = lhsNode.orderedOutputs[linkData["outPinId"]]
except Exception as e:
continue
try:
rhsNode = self._nodes[uuid.UUID(linkData["rhsNodeUid"])]
except Exception as e:
rhsNode = self.findNode(linkData["rhsNodeName"])
try:
rhsPin = rhsNode.orderedInputs[linkData["inPinId"]]
except Exception as e:
continue
if not arePinsConnected(lhsPin, rhsPin):
connected = connectPins(lhsPin, rhsPin)
# assert(connected is True), "Failed to restore connection"
if not connected:
print("Failed to restore connection", lhsPin, rhsPin)
connectPins(lhsPin, rhsPin)
def getOutputNode(self):
"""Creates and adds to graph 'graphOutputs' node.
pins on this node will be exposed on compound node as output pins
"""
node = getRawNodeInstance("graphOutputs", "PyflowBase")
self.addNode(node)
return node
def getOutputNode(self):
"""Creates and adds to graph :class:`~PyFlow.Packages.Base.Nodes.graphNodes.graphOutputs` node.
pins on this node will be exposed on compound node as output pins
:rtype: :class:`~PyFlow.Core.NodeBase.NodeBase`
"""
node = getRawNodeInstance("graphOutputs", "Base")
self.addNode(node)
return node
