1 import std.algorithm : equal; 2 3 auto g1 = Graph!(int, void, Yes.isDirected)([1, 2, 3]); 4 5 g1 ~= g1.edge(1, 1); 6 g1 ~= g1.edge(1, 2); 7 g1 ~= g1.edge(2, 2); 8 g1 ~= g1.edge(2, 3); 9 10 assert(g1.inEdges(1).equal([ 11 g1.edge(1, 1), 12 ])); 13 assert(g1.outEdges(1).equal([ 14 g1.edge(1, 1), 15 g1.edge(1, 2), 16 ])); 17 assert(g1.inEdges(2).equal([ 18 g1.edge(1, 2), 19 g1.edge(2, 2), 20 ])); 21 assert(g1.outEdges(2).equal([ 22 g1.edge(2, 2), 23 g1.edge(2, 3), 24 ])); 25 assert(g1.inEdges(3).equal([ 26 g1.edge(2, 3), 27 ])); 28 assert(g1.outEdges(3).empty);
Returns a range of in/outgoing edges of node n.