You will implement sequences using linked lists, storing one sequence per linked list node. You may implement your data structure either using Java containers, or you may implement your linked list from scratch. It is mandatory that your linked list remain application independent. (Use Generic).
Implementing sequences using linked lists is a common approach in many programming languages. This allows us to store multiple sequences efficiently, with each sequence represented by a linked list node. In this assignment, you have the choice to implement the data structure using Java containers or by building the linked list from scratch. However, it is crucial that the implementation remains application independent, meaning it can be used for any purpose. This can be achieved by using generics to make the data structure flexible enough to store different types of sequences.
A linked list is a data structure in which each element, called a node, contains a reference to the next node in the sequence. The first node is called the head, and the last node is called the tail. In a singly linked list, each node only has a reference to the next node. In a doubly linked list, each node also has a reference to the previous node.
Data Structure Implementation:
There are two approaches to implementing the linked list data structure for storing sequences. The first approach is to use Java containers, such as ArrayList or LinkedList, to handle the linked list operations. This approach is more straightforward and less error-prone, as the Java containers already provide the necessary functionality for adding, removing, and manipulating elements from the list.
The second approach is to implement the linked list from scratch, without relying on Java containers. This approach allows for a deeper understanding of the underlying data structure and provides more control over the operations. However, it also requires more effort and attention to detail to ensure the implementation is correct and efficient.
To ensure the linked list remains application independent, you are required to use generics in your implementation. Generics allow the linked list to store sequences of any type, without being tied to a specific data type. This flexibility is important because different applications may require storing different types of sequences. By using generics, your implementation will be reusable and adaptable to various scenarios.
In this assignment, you will be implementing sequences using linked lists. You have the option to use Java containers or build the linked list from scratch. Regardless of your choice, it is vital that the implementation remains application independent by utilizing generics. This will allow the linked list to store sequences of different types and ensure its flexibility and reusability.