vertex.getEdges(OUT/IN, ...) Returns the same edge for out edges #1454
Description
The API
Iterable<Edge> com.arcadedb.graph.Vertex.getEdges(DIRECTION direction, String... edgeTypes)
Return the same edge(s) irrespective of the direction given.
I understand that ArcadeDB edges are bi-directional, is the above intentional?
However, the API
long com.arcadedb.graph.Vertex.countEdges(DIRECTION direction, String edgeType)
gives the correct count of the edges.
The test class
public class VtxEdgeDirectionTest {
public static void main(String[] args) throws Exception{
RemoteDatabase db=new RemoteDatabase("wartales.optimas.ai",
2481,
"test_db",
"root",
"password");
//Create FromVtx Type
db.command("sql", "CREATE VERTEX TYPE FromVtx IF NOT EXISTS");
//Create ToVtx Type
db.command("sql", "CREATE VERTEX TYPE ToVtx IF NOT EXISTS");
//Create ConEdge Type
db.command("sql", "CREATE EDGE TYPE ConEdge IF NOT EXISTS");
/*
* Create the vertices and edges
* (Fromvtx) ---[ConEdge]---> (ToVtx)
*/
Vertex fromVtx=db.command("sql", "CREATE VERTEX FromVtx").next().getVertex().get();
Vertex toVtx=db.command("sql", "CREATE VERTEX ToVtx").next().getVertex().get();
Edge conEdg=fromVtx.newEdge("ConEdge", toVtx, true);
String fromvtxRid=fromVtx.getIdentity().toString();
String conEdgRid=conEdg.getIdentity().toString();
String tovtxRid=toVtx.getIdentity().toString();
System.out.println("( fromvtx ["+fromvtxRid+"] )---< conEdg ["+conEdgRid+"] >--->( toVtx ["+tovtxRid+"] )");
//Out vertex of edge (fromVtx)
System.out.println("edg.getOutVertex() = "+conEdg.getOutVertex());
//In vertex of edge (fromVtx)
System.out.println("conEdg.getInVertex() = "+conEdg.getInVertex());
System.out.println("======== IN and OUT Edge fromVtx and edge count ========");
System.out.println("fromVtx.countEdges(DIRECTION.OUT, \"ConEdge\") --> "+fromVtx.countEdges(DIRECTION.OUT, "ConEdge"));
System.out.println("fromVtx.countEdges(DIRECTION.IN, \"ConEdge\") --> "+fromVtx.countEdges(DIRECTION.IN, "ConEdge"));
System.out.println("fromVtx.getEdges(DIRECTION.OUT, \"ConEdge\") --> "+fromVtx.getEdges(DIRECTION.OUT, "ConEdge").iterator().next());
System.out.println("fromVtx.getEdges(DIRECTION.IN, \"ConEdge\") --> "+fromVtx.getEdges(DIRECTION.IN, "ConEdge").iterator().next());
System.out.println("======== IN and OUT Edge toVtx and edge count ========");
System.out.println("toVtx.countEdges(DIRECTION.OUT, \"ConEdge\") --> "+toVtx.countEdges(DIRECTION.OUT, "ConEdge"));
System.out.println("toVtx.countEdges(DIRECTION.IN, \"ConEdge\") --> "+toVtx.countEdges(DIRECTION.IN, "ConEdge"));
System.out.println("toVtx.getEdges(DIRECTION.OUT, \"ConEdge\") --> "+toVtx.getEdges(DIRECTION.OUT, "ConEdge").iterator().next());
System.out.println("toVtx.getEdges(DIRECTION.IN, \"ConEdge\") --> "+toVtx.getEdges(DIRECTION.IN, "ConEdge").iterator().next());
System.out.println("======== Retrieval by getVertices ========");
System.out.println("fromVtx.getVertices(DIRECTION.OUT, \"ConEdge\") --> "+fromVtx.getVertices(DIRECTION.OUT, "ConEdge").iterator().next());
System.out.println("toVtx.getVertices(DIRECTION.IN, \"ConEdge\") --> "+toVtx.getVertices(DIRECTION.IN, "ConEdge").iterator().next());
db.close();
}//main closing
}//class closing
The console output
( fromvtx [#13:1] )---< conEdg [#52:1] >--->( toVtx [#37:1] )
edg.getOutVertex() = #13:1[?]
conEdg.getInVertex() = #37:1[?]
======== IN and OUT Edge fromVtx and edge count ========
fromVtx.countEdges(DIRECTION.OUT, "ConEdge") --> 1
fromVtx.countEdges(DIRECTION.IN, "ConEdge") --> 0
fromVtx.getEdges(DIRECTION.OUT, "ConEdge") --> #52:1[?]
fromVtx.getEdges(DIRECTION.IN, "ConEdge") --> #52:1[?]
======== IN and OUT Edge toVtx and edge count ========
toVtx.countEdges(DIRECTION.OUT, "ConEdge") --> 0
toVtx.countEdges(DIRECTION.IN, "ConEdge") --> 1
toVtx.getEdges(DIRECTION.OUT, "ConEdge") --> #52:1[?]
toVtx.getEdges(DIRECTION.IN, "ConEdge") --> #52:1[?]
======== Retrieval by getVertices ========
fromVtx.getVertices(DIRECTION.OUT, "ConEdge") --> #37:1[?]
toVtx.getVertices(DIRECTION.IN, "ConEdge") --> #13:1[?]