Dataflow Software Stack
032db78
Master Thesis of Mathijs Saey at the VUB
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Exit point of a subgraph. More...
Public Member Functions | |
def | __init__ |
def | hasNext |
def | getOutputPort |
def | copy |
Create a copy of a node. More... | |
def | __str__ |
Create a printable version of the node. More... | |
def | getInputPort |
Gets an input port. More... | |
def | hasPrevious |
See if this node can be follow to other nodes. More... | |
def | isCompound |
Check if this node is a compound node. More... | |
def | isCall |
Check if this node is a call node. More... | |
Public Attributes | |
outputPorts | |
subGraph | |
key | |
inputs | |
outputs | |
inputPorts | |
Exit point of a subgraph.
Defines the leaves of a subgraph. Nodes in the subgraph use this node to dump their outputs.s
This corresponds to the return value of a function.
def IGR.node.SubGraphExitNode.__init__ | ( | self, | |
subGraph, | |||
inputs | |||
) |
def IGR.node.SubGraphExitNode.hasNext | ( | self | ) |
def IGR.node.SubGraphExitNode.getOutputPort | ( | self, | |
idx | |||
) |
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inherited |
Create a copy of a node.
This will create an identical, unique node, but with unconnected in and output ports.
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inherited |
Create a printable version of the node.
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inherited |
Gets an input port.
Create it if it doesn't exist yet. This allows us to determine the amount of inputs a certain node will have, even if this is not explicit in IF1
idx | The idx of the port you need |
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inherited |
See if this node can be follow to other nodes.
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inherited |
Check if this node is a compound node.
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inherited |
Check if this node is a call node.
IGR.node.SubGraphExitNode.outputPorts |
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inherited |
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inherited |
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inherited |
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inherited |
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inherited |