object MTree
- Source
- tree.scala
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- final case class Leaf[+A](value: A) extends AnyVal with MTree[A] with Product with Serializable
- case class Node[+A](value: A, forest: Forest[MTree[A]]) extends MTree[A] with Product with Serializable
- case class Zipper[A](family: MTree[A], index: Int = 0, parents: List[Zipper[A]] = Nil) extends Product with Serializable
TODO try to generalize this Zipper to the different kinds of trees instead of just the MTree
TODO try to generalize this Zipper to the different kinds of trees instead of just the MTree
- a alternate type indexer
- use a Either based Index-er TODO try to add some variance to this zipper type
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- def apply[A](value: A, trees: Forest[MTree[A]]): Node[A]
make a node (MTree)
- def apply[A](value: A): Leaf[A]
make a leaf (MTree)
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- final def isInstanceOf[T0]: Boolean
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- def link[A](values: Iterable[A], links: (A) => Iterable[A]): Forest[MTree[A]]
- def link[A](pairs: Iterable[(A, A)]): Forest[MTree[A]]
Form a linked forest, given a function for determining child links.
Form a linked forest, given a function for determining child links. largely followed from https://github.com/lightbend/paradox/blob/master/core/src/main/scala/com/lightbend/paradox/tree/Tree.scala
- final def ne(arg0: AnyRef): Boolean
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- def nest[A](elems: Iterable[A])(isChild: (A, A) => Boolean): Forest[MTree[A]]
group elements into levels, assuming elems are sorted by depth first order
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