Due to the way the map was constructed, all of the data for the hash is stored in a single container, a LinkedList. This decreases a hash map's usefulness.

Our hash map data is saved as a LinkedList due to improper map building. This makes hash maps less helpful.

A substandard hash map contains each value in a single container, or LinkedList. Hash maps are functional.

A map has the form Map <k,v> where: K: specifies the type of keys maintained in this map.V: defines the type of mapped values.Furthermore, the Map interface provides a set of methods that must be implemented. In this section, we will discuss about the most famous methods: clear: Removes all the elements from the map.containsKey: Returns true if the map contains the requested key.containsValue: Returns true if the map contains the requested value.equals: Compares an Object with the map for equality.get: Retrieve the value of the requested key.entrySet: Returns a Set view of the mappings contained in this map.keySet: Returns a Set  that contains all keys of the map.put: Adds the requested key-value pair in the map.remove: Removes the requested key and its value from the map, if the key exists.size: Returns the number of key-value pairs currently in the map.  Here is an example of TreeMap with a Map:   import java.util.Map; import java.util.TreeMap;   public class TreeMapExample {…

import hashlib def hash_function(password, salt, al):  if al == 'md5':    #md5    hash = hashlib.md5(salt.encode() + password.encode())    hash.update(password.encode('utf-8'))    return hash.hexdigest() + ':' + salt  elif (al == 'sha1'):    #sha1      hash = hashlib.sha1()    hash.update(password.encode('utf-8'))    return hash.hexdigest() + ':' + salt  elif al == 'sha224':    #sha224    hash = hashlib.sha224()    hash.update(password.encode('utf-8'))    return hash.hexdigest() + ':' + salt  elif al == 'sha256':    #sha256    hash = hashlib.sha256()    hash.update(password.encode('utf-8'))    return hash.hexdigest() + ':' + salt  elif al == 'blake2b':    #blake2b512    hash = hashlib.blake2b()    hash.update(password.encode('utf-8'))    return hash.hexdigest() + ':' + salt  else:    print("Error: No Algorithm!") if __name__ == "__main__":  # TODO: create a list called hash_list that contains  # the five hashing algorithsm as strings  # md5, sha1, sha224, sha256, blake2b    hash_list =…

For the Queue use the java interface Queue with the ArrayDeque classFor the Stack use the java Deque interface with the ArrayDeque classFor the LinkedList, use the java LinkedList class Also, when you are asked to create and use a Queue, you can use only those methods pertaining to the general operations of a  queue (Enqueue: addLast, Dequeue: removeFirst, and peek() Similarly, when you are asked to create and/or use a stack, you can use only those methods pertaining to the general operations of a Stack (push: addFirst, pop:removeFirst, and peek() ) Your code should not only do the job, but also it should be done as efficiently as possible: fast and uses no additional memory if at all possible   Questions Write a method “int GetSecondMax(int[] array)” . this method takes an array of integers and returns the second max value Example: if the array contains: 7, 2, 9, 5, 4, 15, 6, 1}. It should return the value: 9

As far as I know, there is no difference between Array lists and Hash tables.

A map is a container that stores a collection of ordered pairs, each pair consists of a key and a value, <key, value>. Keys must be unique. Values need not be unique, so several keys can map to the same values. The pairs in the map are sorted based on keys. Group of answer choices True False

In C++ create a hash table that stores char.

* QueueArrayList.java This file implements QueueInterface.java This file has * only one ArrayList<T> type of attribute to hold queue elements. One default * constructor initializes the ArrayList<T> queue. An enqueue method receives an * object and place the object into the queue. The enqueue method does not throw * overflow exception. A dequeue method returns and removes an object from queue * front. The dequeue method will throw exception with message "Underflow" when * the queue is empty. A size method returns number of elements in the queue. A * toString method returns a String showing size and all elements in the queue. Please help me in java