public void ShouldDeserializeSubgraphStrategyWithVertexCriterion(int version)
{
var vertexCriterionBytecode = new Bytecode();
vertexCriterionBytecode.AddStep("has", "name", "marko");
var vertexCriterion = new TestTraversal(vertexCriterionBytecode);
var subgraphStrategy = new SubgraphStrategy(vertexCriterion);
var writer = CreateGraphSONWriter(version);
var graphSon = writer.WriteObject(subgraphStrategy);
const string expected =
"{\"@type\":\"g:SubgraphStrategy\",\"@value\":{\"vertices\":{\"@type\":\"g:Bytecode\",\"@value\":{\"step\":[[\"has\",\"name\",\"marko\"]]}}}}";
Assert.Equal(expected, graphSon);
}
public void ShouldSerializeByteCodeWithNestedTraversal(int version)
{
var bytecode = new Bytecode();
bytecode.AddStep("V");
var nestedBytecode = new Bytecode();
var nestedTraversal = new TestTraversal(nestedBytecode);
nestedBytecode.AddStep("out");
bytecode.AddStep("repeat", nestedTraversal);
var graphsonWriter = CreateGraphSONWriter(version);
var graphSON = graphsonWriter.WriteObject(bytecode);
var expectedGraphSon =
"{\"@type\":\"g:Bytecode\",\"@value\":{\"step\":[[\"V\"],[\"repeat\",{\"@type\":\"g:Bytecode\",\"@value\":{\"step\":[[\"out\"]]}}]]}}";
Assert.Equal(expectedGraphSon, graphSON);
}