#Summary Implementations of various data structures written in Typescript compiled into Javascript

Work in progress, use at own risk!

const ts = require("ts-implementations");

#CircularLinkedList const list = new ts.CircularLinkedList(); list.pushEnd(1); list.pushEnd(2); list.pushEnd(3);

const resultOne = list.insertBeforePrimitive(0, 1);
const resultTwo = list.insertAfterPrimitive(4, 3);

const searchResult = list.search(2);
const deleteResult = list.searchAndDelete(2);

const fullList = list.getList();
const listLength = list.getLength();

const tail = list.getTail();
const head = list.getTail().getNext();

#DoublyLinkedList const list = new ts.DoublyLinkedList(); list.pushEnd(1); list.pushEnd(2); list.pushEnd(3);

const node = list.getHead().getNext();
const nodeNext = node.getNext();
const nodePrev = node.getPrev();

#GraphNode const g = new ts.GraphNode("data"); const h = new ts.GraphNode("datum"); g.connectTwoWays(h);

const to = g.getToNodes();
const from = g.getFromNodes();

const i = new ts.GraphNode("datos");
const j = new ts.GraphNode("soda");
i.connectToOneWay(j);

#Priority Queue const pq = new ts.PriorityQueue(); pq.load("red1", MAX_PRIORITY); pq.load("red2", MAX_PRIORITY); pq.load("red3", 0); pq.load("orange1", 1); pq.load("orange2", 1); const RED_ONE = pq.next();

#Queue const q = new ts.Queue();

q.load({ data: "test" });
q.load({ data: "testTwo" });
q.load({ data: "testThree" });

const view = q.view(2);
const next = q.next();

#SinglyLinkedList const list = new ts.SinglyLinkedList(); list.pushEnd(1); list.pushEnd(2); const tail = list.getTail(); const nullNode = tail.getNext();

#Stack const stk = new ts.Stack(5); stk.put(true); stk.put({ toor: true }); const get = stk.get();