Data in the link list could be anything, it could be user defined data types or standard data types. Like link list of a text file data could be list of strings.
Yes.
Yes.
link list is a process by which we can add one file with another
See Related link for list of Red Data List species in South Africa
Yes a simple exp is the link list. struct node { int data; struct node *link; }
link list
The list is quite long to be typed here. Please refer to the suggested link for alphabetical list and other data on gases.
#include <stdio.h> #include <conio.h> #include <alloc.h> /* structure containing a data part and link part */ struct node { int data ; struct node *link ; } ; void add ( struct node **, int ) ; void display ( struct node * ) ; int count ( struct node * ) ; void merge ( struct node *, struct node *, struct node ** ) ; void main( ) { struct node *first, *second, *third ; first = second = third = NULL ; /* empty linked lists */ add ( &first, 9 ) ; add ( &first, 12 ) ; add ( &first, 14 ) ; add ( &first, 17 ) ; add ( &first, 35 ) ; add ( &first, 61 ) ; add ( &first, 79 ) ; clrscr( ) ; printf ( "First linked list : " ) ; display ( first ) ; printf ( "\nNo. of elements in Linked List : %d" , count ( first ) ) ; add ( &second, 12 ) ; add ( &second, 17 ) ; add ( &second, 24 ) ; add ( &second, 36 ) ; add ( &second, 59 ) ; add ( &second, 64 ) ; add ( &second, 87 ) ; printf ( "\n\nSecond linked list : " ) ; display ( second ) ; printf ( "\nNo. of elements in Linked List : %d" , count ( second ) ) ; merge ( first, second, &third ) ; printf ( "\n\nThe merged list : " ) ; display ( third ) ; printf ( "\nNo. of elements in Linked List : %d", count ( third ) ) ; } /* adds node to an ascending order linked list */ void add ( struct node **q, int num ) { struct node *r, *temp = *q ; r = malloc ( sizeof ( struct node ) ) ; r -> data = num ; /* if list is empty or if new node is to be inserted before the first node */ if ( *q == NULL ( *q ) -> data > num ) { *q = r ; ( *q ) -> link = temp ; } else { /* traverse the entire linked list to search the position to insert the new node */ while ( temp != NULL ) { if ( temp -> data < num && ( temp -> link -> data > num temp -> link == NULL )) { r -> link = temp -> link ; temp -> link = r ; return ; } temp = temp -> link ; /*go to next node */ } r -> link = NULL ; temp -> link = r ; } } /* displays the contents of the linked list */ void display ( struct node *q ) { printf ( "\n" ) ; /* traverse the entire linked list */ while ( q != NULL ) { printf ( "%d ", q -> data ) ; q = q -> link ; } } /* counts the number of nodes present in the linked list */ int count ( struct node * q ) { int c = 0 ; /* traverse the entire linked list */ while ( q != NULL ) { q = q -> link ; c++ ; } return c ; } /* merges the two linked lists, restricting the common elements to occur only once in the final list */ void merge ( struct node *p, struct node *q, struct node **s ) { struct node *z ; z = NULL ; /* if both lists are empty */ if ( p NULL ) return ; /* traverse both linked lists till the end. If end of any one list is reached loop is terminated */ while ( p != NULL && q != NULL ) { /* if node being added in the first node */ if ( *s == NULL ) { *s = malloc ( sizeof ( struct node ) ) ; z = *s ; } else { z -> link = malloc ( sizeof ( struct node ) ) ; z = z -> link ; } if ( p -> data < q -> data ) { z -> data = p -> data ; p = p -> link ; } else { if ( q -> data < p -> data ) { z -> data = q -> data ; q = q -> link ; } else { if ( p -> data == q -> data ) { z -> data = q -> data ; p = p -> link ; q = q -> link ; } } } } /* if end of first list has not been reached */ while ( p != NULL ) { z -> link = malloc ( sizeof ( struct node ) ) ; z = z -> link ; z -> data = p -> data ; p = p -> link ; } /* if end of second list has been reached */ while ( q != NULL ) { z -> link = malloc ( sizeof ( struct node ) ) ; z = z -> link ; z -> data = q -> data ; q = q -> link ; } z -> link = NULL ;
data communication link
A list is data type which implements a linear data sequence container object with elements that are allocated non-contiguously. To navigate a list, we use a node class. A node refers to an element but also refers to the next and previous nodes in the sequence. A simple node may be defined as follows: template<typename T> struct node { T* data; // link to an element (of some type T) node* next; // link to next node node* prev; // link to previous node };
InsertNode(NODE **q,int num) { NODE *r,*temp ; temp = *q; r= malloc(sizeof(NODE)); r->data = num; //if it's fisrt node to be inserted if ( *q == NULL num < (*q)->data) { *q = r ; (*q)->link=temp; } else { while(temp) { if ( (num > temp->data) && (num < temp->link->data ) ) { r->link = temp->link; temp->link = r; return; } temp = temp->link; } r->link = NULL; temp->link = r; } }
in computer science a linked list is a data structure consisting of group of nodes which together represent a sequence. under the simplest from each nod