Single linked list
•
91 gostaram•24,478 visualizações
A linked list is a series of nodes where each node contains data and a pointer to the next node. Each node is a separate allocation of memory containing the data and a link/pointer to the next node. Common operations on linked lists include adding nodes, removing nodes, counting nodes, traversing the list, and sorting the data. Linked lists allow for efficient insertion/removal of nodes compared to arrays but are slower to access individual elements.
![[object Object],[object Object],[object Object],Linked List 10 20 30 10 NULL Node A Node B Node C Node D P](https://image.slidesharecdn.com/singlelinkedlist-100513043540-phpapp01/85/Single-linked-list-1-320.jpg)
![[object Object],[object Object],[object Object],Node DATA POINTER 10 NODE](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
Recomendados
Mais conteúdo relacionado
Mais procurados
Mais procurados (20)
Destaque
Destaque (20)
Semelhante a Single linked list
Semelhante a Single linked list (20)
Último
Último (20)
Single linked list
- 7. If list is empty i.e. P==NULL P Q NULL
- 8. If list is empty i.e. P==NULL P Q p=(struct node *) malloc(sizeof(struct node))
- 9. If list is empty i.e. P==NULL P Q p=(struct node *) malloc(sizeof(struct node)) P->data=num 10
- 10. If list is empty i.e. P==NULL P Q p=(struct node *) malloc(sizeof(struct node)) P->data=num 10 P->link=NULL NULL
- 11. If list is not empty i.e. p!=NULL 10 20 30 Node A Node B Node C NULL P Q
- 21. If position is 1 10 20 30 Node A Node B Node C NULL Q P
- 22. If position is 1 10 20 30 Node A Node B Node C NULL Q P p=(struct node *) malloc(sizeof(struct node));
- 23. If position is 1 10 20 30 Node A Node B Node C NULL Q P p=(struct node *) malloc(sizeof(struct node)); p->data=num 5
- 24. If position is 1 10 20 30 Node A Node B Node C NULL Q P p=(struct node *) malloc(sizeof(struct node)); p->data=num; 5 p->link=q;
- 25. If position is greater than 1 10 20 30 Node A Node B Node C NULL Q P Suppose a node is to be inserted at position 3.
- 26. 10 20 30 Node A Node B Node C NULL P Q for(i=1;i<=3-2;i++) { q=q->link; }
- 27. 10 20 30 Node A Node B Node C NULL P Q for(i=1;i<=3-2;i++) { q=q->link; } temp
- 28. 10 20 30 Node A Node B Node C NULL P Q for(i=1;i<=3-2;i++) { q=q->link; } temp
- 29. 10 20 30 Node A Node B Node C NULL P Q for(i=1;i<=3-2;i++) { q=q->link; } temp Node BC q->link=(struct node *) malloc(sizeof(struct node));
- 30. 10 20 30 Node A Node B Node C NULL P Q for(i=1;i<=3-2;i++) { q=q->link; } temp Node BC q->link=(struct node *) malloc(sizeof(struct node)); 25 q->link->data=num;
- 31. 10 20 30 Node A Node B Node C NULL P Q for(i=1;i<=3-2;i++) { q=q->link; } temp Node BC q->link=(struct node *) malloc(sizeof(struct node)); 25 q->link->data=num; q->link->link=temp;
- 41. If position is 1 10 20 30 10 NULL Node A Node B Node C Node D P Q
- 43. If position is 1 10 20 30 10 NULL Node A Node B Node C Node D P Q
- 48. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 7 6 3 Node A Node B Node C 1 NULL Node D i j
- 49. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 7 6 3 Node A Node B Node C 1 NULL Node D i j
- 50. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 6 7 3 Node A Node B Node C 1 NULL Node D i j
- 51. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 3 7 6 Node A Node B Node C 1 NULL Node D i j
- 52. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 3 7 6 Node A Node B Node C 1 NULL Node D i j
- 53. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 1 7 6 Node A Node B Node C 3 NULL Node D i j
- 54. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 1 6 7 Node A Node B Node C 3 NULL Node D i j
- 55. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 1 3 7 Node A Node B Node C 6 NULL Node D i j
- 56. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 1 3 7 Node A Node B Node C 6 NULL Node D i j
- 57. SORTING Traversal & comparison: for(i=p;i!=NULL;i=i->link) { for(j=i->link;j!=NULL;j=j->link) { if(i->data>j->data) { temp=i->data; i->data=j->data; j->data=temp; } } } 1 3 6 Node A Node B Node C 7 NULL Node D i j