If you have the following node declaration: struct Node { int number; struct Node * next; }; typedef struct Node node; node *head,*newNode; Write a C program that contains the following functions to manipulate this linked list : 1. First function: Adding the odd numbers to the beginning of the list and even numbers to the end of the list until -1 is entered from keyboard. 2. Second function using given prototype below. This function cuts the last node of the list and adds it to the beginning as first node. It takes beginning address of the list as a parameter and returns the updated list. node* cutlastaddhead(node* head); 3. 3° function deletes the element in the middle of the list (free this memory location) (if the list has 100 or 101 elements, it will delete the 50th element). The function will take a list as a parameter and return the updated list.

Computer Networking: A Top-Down Approach (7th Edition)
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Chapter1: Computer Networks And The Internet
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If you have the following node declaration:
struct Node {
int number;
struct Node * next;
};
typedef struct Node node;
node *head,*newNode;
Write a C program that contains the following functions to manipulate this linked list :
1. First function: Adding the odd numbers to the beginning of the list and even numbers to the
end of the list until -1 is entered from keyboard.
2. Second function using given prototype below. This function cuts the last node of the list and
adds it to the beginning as first node. It takes beginning address of the list as a parameter and
returns the updated list.
node* cutlastaddhead(node* head);
3. 3° function deletes the element in the middle of the list (free this memory location) (if the list
has 100 or 101 elements, it will delete the 50th element). The function will take a list as a
parameter and return the updated list.
4. 4th function named changeFirstAndLast that swaps the node at the end of the list and the
node at the beginning of the list. The function will take a list as a parameter and return the
updated list.
5. 5th function using given prototype below. This function cuts the first node of the list and adds
it to the end as last node. It takes beginning address of the list as a parameter and returns the
updated list.
node* cutheadaddlast(node* head);
Transcribed Image Text:If you have the following node declaration: struct Node { int number; struct Node * next; }; typedef struct Node node; node *head,*newNode; Write a C program that contains the following functions to manipulate this linked list : 1. First function: Adding the odd numbers to the beginning of the list and even numbers to the end of the list until -1 is entered from keyboard. 2. Second function using given prototype below. This function cuts the last node of the list and adds it to the beginning as first node. It takes beginning address of the list as a parameter and returns the updated list. node* cutlastaddhead(node* head); 3. 3° function deletes the element in the middle of the list (free this memory location) (if the list has 100 or 101 elements, it will delete the 50th element). The function will take a list as a parameter and return the updated list. 4. 4th function named changeFirstAndLast that swaps the node at the end of the list and the node at the beginning of the list. The function will take a list as a parameter and return the updated list. 5. 5th function using given prototype below. This function cuts the first node of the list and adds it to the end as last node. It takes beginning address of the list as a parameter and returns the updated list. node* cutheadaddlast(node* head);
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