telepath / com.github.giedomak.telepath.datamodels.plans / AbstractMultiTree

AbstractMultiTree

abstract class AbstractMultiTree<ImplementingTree : AbstractMultiTree<ImplementingTree>> : Cloneable (source)

Constructors

AbstractMultiTree(query: Query, leaf: Edge? = null)

Properties

children	`var children: MutableList<ImplementingTree>`
isLeaf	`val isLeaf: Boolean`
leaf	`var leaf: Edge?`
nodeRepresentation	`val nodeRepresentation: String`
operator	`abstract var operator: Int`
operatorName	`abstract val operatorName: String?`
query	`val query: Query`

Functions

clone	`open fun clone(): ImplementingTree` Deep clone; also clone its children recusively.
equals	`open fun equals(other: Any?): Boolean`
flatten	`fun flatten(): ImplementingTree` Delegate parse-tree-flattening to our MultiTreeFlattener.
getChild	`fun getChild(index: Int): ImplementingTree?` Return the child at a given index or null when not existent.
hasChild	`fun hasChild(index: Int): Boolean` Check if a child exists with index in our children list.
hashCode	`open fun hashCode(): Int`
height	`fun height(): Int` Recursive function calculating the height of this tree.
postOrderTraversal	`fun postOrderTraversal(): Sequence<ImplementingTree>` Post-order traversal.
print	`fun print(): Unit` Delegate parse-tree-printing to our MultiTreePrinter.
setChild	`fun setChild(index: Int, tree: ImplementingTree): Unit` Set a child at a given index in our children list. We'll replace or add when needed.
setLeaf	`fun setLeaf(label: String): Unit` Set the leaf by giving in a String which we'll convert to an Edge.
toString	`open fun toString(): String`

Inheritors

LogicalPlan	`class LogicalPlan : AbstractMultiTree<LogicalPlan>` Data-structure to represent the given user input, and physical plans.
PhysicalPlan	`class PhysicalPlan : AbstractMultiTree<PhysicalPlan>` Representation of the physical plan.