0.0.2
Implement different Data Structures using TypeScript. Deno Third-party Module.
Repository
Current version released
3 years ago
Data Structure
Implement different Data Structures using TypeScript.
Singly Linked List
import { SinglyLinkedList } from "https://deno.land/x/datastructure/mod.ts";
const singlyLinkedList = new SinglyLinkedList()
// Time Complexity: O(1)
singlyLinkedList.size // get the size of the linked list
// Time Complexity: O(1)
singlyLinkedList.prepend('a') // insert in the head
// Time Complexity: O(n)
singlyLinkedList.append('c') // insert in the tail
// Time Complexity: O(n)
singlyLinkedList.add('x', 2) // insert anywhere except head & tail
// Time Complexity: O(1)
singlyLinkedList.getFromHead()
// Time Complexity: O(1)
singlyLinkedList.getFromTail()
// Time Complexity: O(n)
singlyLinkedList.print() // print all values
// Time Complexity:
// head node: O(1), other nodes: O(n)
singlyLinkedList.remove('a')
// Time Complexity:
// head node: O(1), other nodes: O(n)
singlyLinkedList.update('a', 'apple')
Stack
import { Stack } from "https://deno.land/x/datastructure/mod.ts";
const stack = new Stack()
// Time Complexity: O(1)
stack.size
// Time Complexity: O(1)
// return: boolean
stack.push('Sourav')
// Time Complexity: O(1)
// return: string|number|boolean
stack.pop()
// Time Complexity:
// Top Node & Bottom Node: O(1), other Nodes: O(n)
// return: null|number [number: position of the item]
stack.search('Sourav');
// Time Complexity: O(1)
// return: boolean
stack.getTop()
// Time Complexity: O(1)
// return: boolean
stack.getBottom()
// Time Complexity:
// Top Node & Bottom Node: O(1), other Nodes: O(n)
// return: boolean
stack.update('Sourav', 'Abm Sourav')