Singly Linked Lists are a type of data structure.
It is a type of list. In a single linked list each node object have two data members:
1. data
2. pointer (link field)
Ex:
template<class T>
{
private:
T data;
node<T> * link;
friend class sll;
};
It does not store any pointer or reference to the previous node.
It is called a singly linked list because each node only has a single link to another node. To store a single linked list, you only need to store a reference or pointer to the first node in that list. The last node has a pointer to nothingness to indicate that it is the last node.
Example program on Single Linked List
Copying from one linked list to another linked list
Single Linked List program with all the operations
Dobule Linked List
Circular Linked List
Node class members or node structures
It is a type of list. In a single linked list each node object have two data members:
1. data
2. pointer (link field)
Ex:
template<class T>
class node // here node class is Self
Referential Class
{
private:
T data;
node<T> * link;
friend class sll;
};
It does not store any pointer or reference to the previous node.
It is called a singly linked list because each node only has a single link to another node. To store a single linked list, you only need to store a reference or pointer to the first node in that list. The last node has a pointer to nothingness to indicate that it is the last node.
Example program on Single Linked List
1.
Definition of single linked list
3.
5.
14.
Concatenating two sll
16.
Sorting of sll
17.
Merging two sorted sll
18.
Separating two Linked lists
19.
Splitting two linked list at the middle
Removing duplicating elements from sllCopying from one linked list to another linked list
Single Linked List program with all the operations
Dobule Linked List
Circular Linked List
Node class members or node structures
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