ScalaVertex

abstract def getEdges(arg0: Direction, arg1: <repeated...>[String]): Iterable[Edge]

abstract def getVertices(arg0: Direction, arg1: <repeated...>[String]): Iterable[Vertex]

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

def addEdge(label: String, inVertex: Vertex): Edge

def apply(key: String): Any

final def asInstanceOf[T0]: T0

def both(branchFactor: Int, labels: String*): GremlinScalaPipeline[Vertex, Vertex]

follow incoming and outgoing edges to the vertices

def both(labels: String*): GremlinScalaPipeline[Vertex, Vertex]

follow incoming and outgoing edges to the vertices

def both: GremlinScalaPipeline[Vertex, Vertex]

follow all incoming and outgoing edges to the vertices

def bothE(branchFactor: Int, labels: String*): GremlinScalaPipeline[Vertex, Edge]

follow incoming and outgoing edges, limited by given branch factor

def bothE(labels: String*): GremlinScalaPipeline[Vertex, Edge]

follow incoming and outgoing edges

def bothE(branchFactor: Int): GremlinScalaPipeline[Vertex, Edge]

follow incoming and outgoing edges, limited by given branch factor

def bothE: GremlinScalaPipeline[Vertex, Edge]

follow incoming and outgoing edges

def clone(): AnyRef

val element: Element

need to extend Vertex so that we can use existing Gremlin Pipes...

final def eq(arg0: AnyRef): Boolean

def equals(other: Any): Boolean

def finalize(): Unit

final def getClass(): Class[_]

def getEdges(direction: Direction, labels: String*): Iterable[Edge]

def getId(): AnyRef

need to extend Element so that we can use existing Gremlin Pipes...

def getProperty[T](key: String): T

def getPropertyKeys(): Set[String]

def getVertices(direction: Direction, labels: String*): Iterable[Vertex]

def hashCode(): Int

def id: Any

def in(branchFactor: Int, labels: String*): GremlinScalaPipeline[Vertex, Vertex]

follow incoming edges with given labels to the vertices, limited by given branch factor

def in(labels: String*): GremlinScalaPipeline[Vertex, Vertex]

follow incoming edges with given labels to the vertices

def in(branchFactor: Int): GremlinScalaPipeline[Vertex, Vertex]

follow all incoming edges to the vertices, limited by given branch factor

def in: GremlinScalaPipeline[Vertex, Vertex]

follow all incoming edges to the vertices

def inE(branchFactor: Int, labels: String*): GremlinScalaPipeline[Vertex, Edge]

follow incoming edges by labels, limited by given branch factor

def inE(labels: String*): GremlinScalaPipeline[Vertex, Edge]

follow incoming edges by labels

def inE(branchFactor: Int): GremlinScalaPipeline[Vertex, Edge]

follow incoming edges, limited by given branch factor

def inE: GremlinScalaPipeline[Vertex, Edge]

follow incoming edges

final def isInstanceOf[T0]: Boolean

final def ne(arg0: AnyRef): Boolean

final def notify(): Unit

final def notifyAll(): Unit

def out(branchFactor: Int, labels: String*): GremlinScalaPipeline[Vertex, Vertex]

follow outgoing edges with given labels to the vertices, limited by given branch factor

def out(labels: String*): GremlinScalaPipeline[Vertex, Vertex]

follow outgoing edges with given labels to the vertices

def out(branchFactor: Int): GremlinScalaPipeline[Vertex, Vertex]

follow outgoing edges to the vertices, limited by given branch factor

def out: GremlinScalaPipeline[Vertex, Vertex]

follow all outgoing edges to the vertices

def outE(branchFactor: Int, labels: String*): GremlinScalaPipeline[Vertex, Edge]

follow outgoing edges with given labels, limited by given branch factor

def outE(labels: String*): GremlinScalaPipeline[Vertex, Edge]

follow outgoing edges with given labels

def outE(branchFactor: Int): GremlinScalaPipeline[Vertex, Edge]

follow all outgoing edges, limited by given branch factor

def outE: GremlinScalaPipeline[Vertex, Edge]

follow all outgoing edges

def property[A](name: String)(implicit arg0: ClassTag[A]): Option[A]

returns Some[A] if element present and of type A, otherwise None

def query(): VertexQuery

def remove(): Unit

def removeProperty[T](key: String): T

def selectDynamic(key: String): Any

def setProperty(key: String, value: Any): Unit

def startPipe: GremlinScalaPipeline[Vertex, Vertex]

start a pipeline from this vertex

final def synchronized[T0](arg0: ⇒ T0): T0

def toString(): String

val vertex: Vertex

final def wait(): Unit

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit