 | LGSPEdge |
The LGSPEdgeHead type exposes the following members.
Fields| Name | Description | |
|---|---|---|
 | lgspFlags |
contains some booleans coded as bitvector
(Inherited from LGSPEdge) |
| lgspInNext |
next edge in the incoming list of the target node containing all of its incoming edges
(Inherited from LGSPEdge) |
| lgspInPrev |
previous edge in the incoming list of the target node containing all of its incoming edges
(Inherited from LGSPEdge) |
| lgspOutNext |
next edge in the outgoing list of the source node containing all of its outgoing edges
(Inherited from LGSPEdge) |
| lgspOutPrev |
previous edge in the outgoing list of the source node containing all of its outgoing edges
(Inherited from LGSPEdge) |
| lgspSource |
source node of this edge
(Inherited from LGSPEdge) |
| lgspTarget |
target node of this edge
(Inherited from LGSPEdge) |
| lgspType |
The EdgeType of the edge.
(Inherited from LGSPEdge) |
| lgspTypeNext |
Next edge in the list containing all the edges of one type.
See comment for lgspTypePrev (this edge has been retyped if typeNext is not null but typePrev is null).
(Inherited from LGSPEdge) |
| lgspTypePrev |
Previous edge in the list containing all the edges of one type.
The edge is not part of a graph, iff typePrev is null.
If typePrev is null and typeNext is not null, this edge has been retyped and typeNext
points to the new edge.
These special cases are neccessary to handle the following situations:
"delete node + return edge", "hom + delete + return", "hom + retype + return", "hom + retype + delete",
"hom + retype + delete + return".
(Inherited from LGSPEdge) |
| uniqueId |
contains a unique id if uniqueness was declared
(Inherited from LGSPEdge) |
See Also