In the realm of Enchanted Isles, the Gates of Harmony guard the entrance to the ethereal sanctuary of music. To unlock these gates and access the symphonic realms within, travelers must possess a sacred harmony code, meticulously validated through celestial harmonies. The validation process unfolds with intricate patterns to ensure only those in tune with the cosmic melodies may enter the sanctuary. The validation mechanism is outlined as follows: Sum the digits at celestial positions from left to right, where celestial positions are those whose indices are prime numbers. Compute the product of the digits at mystical positions from right to left, where mystical positions are those whose indices are multiples of 3. Determine if the absolute difference between the results from step 1 and step 2 is a prime number. If it is, the harmony code is considered valid; otherwise, it is invalid. Example 1: Consider the harmony code 864201379. Step 1. Sum the digits at celestial positions: 6 + 4+0+7=17 Step 2. Compute the product of the digits at mystical positions: 9*4 = 36 Step 3. Determine if the absolute difference between the results from step 1 and step 2 is prime: 117-36) 19 (prime). Result: The harmony code 864201379 is valid. Example 2: Now, let's examine the harmony code 135792468. Step 1. Sum the digits at celestial positions: 1+7+4=12 Step 2. Compute the product of the digits at mystical positions: 8 * 2 = 16 Step 3. Determine if the absolute difference between the results from step 1 and step 2 is prime: 112-161 = 4 (not prime) Result: The harmony code 135792468 is invalid. Example 3: Finally, let's check the harmony code 246813579. Step 1. Sum the digits at celestial positions: 2 +6+1+5=14 Step 2. Compute the product of the digits at mystical positions: 9*8 = 72 Step 3. Determine if the absolute difference between the results from step 1 and step 2 is a prime number: 114-721 = 58 (not prime) Result: The harmony code 246813579 is invalid. Your task is to develop a program that validates these sacred harmony codes. The program should prompt the user to input harmony codes one at a time. After each input, it should determine the validity of the harmony code based on the validation steps described above. Valid harmony codes should be stored in one array, and invalid harmony codes should be stored in another. The program should continue accepting harmony codes until the user enters O, at which point it should display the valid and invalid harmony codes arrays and terminate. Please provide the specified program structure and problem scenario, adhering to the given guidelines and examples

In the realm of Enchanted Isles, the Gates of Harmony guard the entrance to the ethereal sanctuary of music. To unlock these gates and access the symphonic realms within, travelers must possess a sacred harmony code, meticulously validated through celestial harmonies. The validation process unfolds with intricate patterns to ensure only those in tune with the cosmic melodies may enter the sanctuary. The validation mechanism is outlined as follows: Sum the digits at celestial positions from left to right, where celestial positions are those whose indices are prime numbers. Compute the product of the digits at mystical positions from right to left, where mystical positions are those whose indices are multiples of 3. Determine if the absolute difference between the results from step 1 and step 2 is a prime number. If it is, the harmony code is considered valid; otherwise, it is invalid. Example 1: Consider the harmony code 864201379. Step 1. Sum the digits at celestial positions: 6 + 4+0+7=17 Step 2. Compute the product of the digits at mystical positions: 94 = 36 Step 3. Determine if the absolute difference between the results from step 1 and step 2 is prime: 117-36) 19 (prime). Result: The harmony code 864201379 is valid. Example 2: Now, let's examine the harmony code 135792468. Step 1. Sum the digits at celestial positions: 1+7+4=12 Step 2. Compute the product of the digits at mystical positions: 8 2 = 16 Step 3. Determine if the absolute difference between the results from step 1 and step 2 is prime: 112-161 = 4 (not prime) Result: The harmony code 135792468 is invalid. Example 3: Finally, let's check the harmony code 246813579. Step 1. Sum the digits at celestial positions: 2 +6+1+5=14 Step 2. Compute the product of the digits at mystical positions: 9*8 = 72 Step 3. Determine if the absolute difference between the results from step 1 and step 2 is a prime number: 114-721 = 58 (not prime) Result: The harmony code 246813579 is invalid. Your task is to develop a program that validates these sacred harmony codes. The program should prompt the user to input harmony codes one at a time. After each input, it should determine the validity of the harmony code based on the validation steps described above. Valid harmony codes should be stored in one array, and invalid harmony codes should be stored in another. The program should continue accepting harmony codes until the user enters O, at which point it should display the valid and invalid harmony codes arrays and terminate. Please provide the specified program structure and problem scenario, adhering to the given guidelines and examples

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...

See similar textbooks

Related questions

Question

Need only Ruby code
Note -I'll definitely reduce your rating with multiple downvotes and report also if you use Al platform to generate answer this is strict Warning ⚠️