c

overflowdb.schema

AnyNodeType

class AnyNodeType extends NodeBaseType

root node trait for all nodes - use if you want to be explicitly unspecific

Linear Supertypes
NodeBaseType, AbstractNodeType, HasSchemaInfo, HasProperties, HasClassName, AnyRef, Any
Ordering
  1. Alphabetic
  2. By Inheritance
Inherited
  1. AnyNodeType
  2. NodeBaseType
  3. AbstractNodeType
  4. HasSchemaInfo
  5. HasProperties
  6. HasClassName
  7. AnyRef
  8. Any
  1. Hide All
  2. Show All
Visibility
  1. Public
  2. All

Instance Constructors

  1. new AnyNodeType()

Value Members

  1. def addInEdge(edge: EdgeType, outNode: AbstractNodeType, cardinalityIn: Cardinality = EdgeType.Cardinality.List, cardinalityOut: Cardinality = EdgeType.Cardinality.List, stepNameIn: String = "", stepNameInDoc: String = "", stepNameOut: String = "", stepNameOutDoc: String = ""): AnyNodeType.this.type
    Definition Classes
    AbstractNodeType
  2. def addMarkerTrait(name: String): AnyNodeType.this.type
    Definition Classes
    AbstractNodeType
  3. def addOutEdge(edge: EdgeType, inNode: AbstractNodeType, cardinalityOut: Cardinality = EdgeType.Cardinality.List, cardinalityIn: Cardinality = EdgeType.Cardinality.List, stepNameOut: String = "", stepNameOutDoc: String = "", stepNameIn: String = "", stepNameInDoc: String = ""): AnyNodeType.this.type

    note: allowing to define one outEdge for ONE inNode only - if you are looking for Union Types, please use NodeBaseTypes

    note: allowing to define one outEdge for ONE inNode only - if you are looking for Union Types, please use NodeBaseTypes

    Definition Classes
    AbstractNodeType
  4. def addProperties(additional: Property[_]*): AnyNodeType.this.type
    Definition Classes
    HasProperties
  5. def addProperty(additional: Property[_]): AnyNodeType.this.type
    Definition Classes
    HasProperties
  6. val className: String
    Definition Classes
    AnyNodeType → HasClassName
  7. val comment: Option[String]
    Definition Classes
    AbstractNodeType
  8. def edges: Seq[AdjacentNode]
    Definition Classes
    AbstractNodeType
  9. def edges(direction: Direction.Value): Seq[AdjacentNode]
    Definition Classes
    AbstractNodeType
  10. def extendz: Seq[NodeBaseType]
    Definition Classes
    AbstractNodeType
  11. def extendz(additional: NodeBaseType*): AnyNodeType.this.type
    Definition Classes
    AbstractNodeType
  12. def extendzRecursively: Seq[NodeBaseType]
    Definition Classes
    AbstractNodeType
  13. def inEdges: Seq[AdjacentNode]
    Definition Classes
    AbstractNodeType
  14. def markerTraits: Seq[MarkerTrait]
    Definition Classes
    AbstractNodeType
  15. val name: String
    Definition Classes
    AbstractNodeType → HasClassName
  16. def outEdges: Seq[AdjacentNode]
    Definition Classes
    AbstractNodeType
  17. def properties: Seq[Property[_]]

    properties (including potentially inherited properties)

    properties (including potentially inherited properties)

    Definition Classes
    AbstractNodeType → HasProperties
  18. def propertiesWithoutInheritance: Seq[Property[_]]
    Definition Classes
    AbstractNodeType
  19. val schemaInfo: SchemaInfo
    Definition Classes
    AbstractNodeType → HasSchemaInfo
  20. def starterName(name: String): AnyNodeType.this.type
    Definition Classes
    AbstractNodeType
  21. def starterName: Option[String]

    the name for the generated node starter.

    the name for the generated node starter. Custom names can be assigned to prevent compile errors for e.g. type. Generation of node-starter can be suppressed by passing null, or by calling withoutStarter().

    Definition Classes
    AbstractNodeType
  22. def subtypes(allNodes: Set[AbstractNodeType]): Set[AbstractNodeType]

    all node types extend this node

    all node types extend this node

    Definition Classes
    AnyNodeType → NodeBaseType → AbstractNodeType
  23. def toString(): String
    Definition Classes
    AnyNodeType → NodeBaseType → AnyRef → Any
  24. def withoutStarter(): AnyNodeType.this.type
    Definition Classes
    AbstractNodeType