Create a Ruby program named "ProductSearch.py" that begins by initializing an array of 15 strings representing different products in a store. The array values are: "Laptop", "Smartphone", "Headphones", "Tablet", "Camera", "Printer", "Fitness Tracker", "Bluetooth Speaker", "External Hard Drive", "Gaming Console", "Coffee Maker", "Wireless Mouse", "Router", "TV", "Air Purifier". (a) Prompt the user for a target value (Key) representing a product. Pass the value, the array, and the size of the array to a function that implements the linear or sequential search algorithm. This function should count the number of comparisons until it finds the value and return the count to the main function. (b) Call a function that uses the insertion sort algorithm to sort the given array. (c) Call a function that uses the binary search algorithm to locate the same target value (Key). Pass the value, the sorted array, and the size of the array to this function. Keep track of the number of comparisons and return this count to the main function. Display the number of comparisons for both search functions in the main with appropriate messages.
Create a Ruby program named "ProductSearch.py" that begins by initializing an array of 15 strings representing different products in a store. The array values are: "Laptop", "Smartphone", "Headphones", "Tablet", "Camera", "Printer", "Fitness Tracker", "Bluetooth Speaker", "External Hard Drive", "Gaming Console", "Coffee Maker", "Wireless Mouse", "Router", "TV", "Air Purifier". (a) Prompt the user for a target value (Key) representing a product. Pass the value, the array, and the size of the array to a function that implements the linear or sequential search algorithm. This function should count the number of comparisons until it finds the value and return the count to the main function. (b) Call a function that uses the insertion sort algorithm to sort the given array. (c) Call a function that uses the binary search algorithm to locate the same target value (Key). Pass the value, the sorted array, and the size of the array to this function. Keep track of the number of comparisons and return this count to the main function. Display the number of comparisons for both search functions in the main with appropriate messages.
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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Transcribed Image Text:Create a Ruby program named "ProductSearch.py" that begins by initializing an array
of 15 strings representing different products in a store. The array values are: "Laptop",
"Smartphone", "Headphones", "Tablet", "Camera", "Printer", "Fitness Tracker",
"Bluetooth Speaker", "External Hard Drive", "Gaming Console", "Coffee Maker",
"Wireless Mouse", "Router", "TV", "Air Purifier".
(a) Prompt the user for a target value (Key) representing a product. Pass the value, the
array, and the size of the array to a function that implements the linear or sequential
search algorithm. This function should count the number of comparisons until it finds
the value and return the count to the main function.
(b) Call a function that uses the insertion sort algorithm to sort the given array.
(c) Call a function that uses the binary search algorithm to locate the same target
value (Key). Pass the value, the sorted array, and the size of the array to this function.
Keep track of the number of comparisons and return this count to the main function.
Display the number of comparisons for both search functions in the main with
appropriate messages.
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