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implement the algorithm in C++ program. Algorithm to Linked List Creation Algorithm: (ITEM), [ Here the initial value of FRONT & REAR are NULL ] Step 1. Create dynamic NODE to store (Info and Next) for the next node and store its address into NewNode pointer [Insert ITEM in newly created Node for QUEUE.] Step 2. Set NewNode -> Info = ITEM and NewNode -> Next = NULL Step 3. If REAR = NULL then: Set REAR and FRONT both = NewNode [ First Node Enqueued ] Else Set REAR -> Next = NewNode Set REAR = NewNode [ End of If Structure ] Step 4. End.

implement the algorithm in C++ program. Algorithm to Linked List Creation Algorithm: (ITEM), [ Here the initial value of FRONT & REAR are NULL ] Step 1. Create dynamic NODE to store (Info and Next) for the next node and store its address into NewNode pointer [Insert ITEM in newly created Node for QUEUE.] Step 2. Set NewNode -> Info = ITEM and NewNode -> Next = NULL Step 3. If REAR = NULL then: Set REAR and FRONT both = NewNode [ First Node Enqueued ] Else Set REAR -> Next = NewNode Set REAR = NewNode [ End of If Structure ] Step 4. End.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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implement the algorithm in C++ program.

Algorithm to Linked List Creation

Algorithm: (ITEM), [ Here the initial value of FRONT & REAR are NULL ]

Step 1. Create dynamic NODE to store (Info and Next) for the next node and store its address into NewNode pointer [Insert ITEM in newly created Node for QUEUE.]

Step 2. Set NewNode -> Info = ITEM and NewNode -> Next = NULL

Step 3. If REAR = NULL then:

Set REAR and FRONT both = NewNode [ First Node Enqueued ] Else

Set REAR -> Next = NewNode Set REAR = NewNode

[ End of If Structure ]

Step 4. End.

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