Now, create a "main" (C++, Java) or "Main" (C#) method where you initialize an array of strings and fill it with random HARD-CODED values before beginning. Ensure that it has a size of at least 10. Please print the initial values of the array, as shown below. Add to the main method by calling the previous method "SearchArray" and passing in the randomized array and a random value to search for. Print out the index of the value searched for in that array. Do the prior two steps again but pass in the random value that was stored in position four (4) of the random array. A simple example of the output is provided below: Arrays Values: Value at: [0] is: "Hello" Value at: [1] is: "World!" Value at: [2] is: "Let's do it!" Value at: [3] is: "Nice" Voluo at: [41is: "Awesome"
Now, create a "main" (C++, Java) or "Main" (C#) method where you initialize an array of strings and fill it with random HARD-CODED values before beginning. Ensure that it has a size of at least 10. Please print the initial values of the array, as shown below. Add to the main method by calling the previous method "SearchArray" and passing in the randomized array and a random value to search for. Print out the index of the value searched for in that array. Do the prior two steps again but pass in the random value that was stored in position four (4) of the random array. A simple example of the output is provided below: Arrays Values: Value at: [0] is: "Hello" Value at: [1] is: "World!" Value at: [2] is: "Let's do it!" Value at: [3] is: "Nice" Voluo at: [41is: "Awesome"
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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![Now, create a "main" (C++, Java) or "Main" (C#) method where you initialize an
array of strings and fill it with random HARD-CODED values before beginning.
Ensure that it has a size of at least 10. Please print the initial values of the array, as
shown below.
3
--
Add to the main method by calling the previous method "SearchArray" and passing in
the randomized array and a random value to search for. Print out the index of the
value searched for in that array. Do the prior two steps again but pass in the random
value that was stored in position four (4) of the random array.
A simple example of the output is provided below:
Arrays Values:
Value at: [0] is: "Hello"
Value at: [1] is: "World!"
Value at: [2] is: "Let's do it!"
Value at: [3] is: "Nice"
Value at: [4] is: "Awesome"](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffc6971b1-d827-469c-97ec-2870aa5abf00%2F685132b4-34a8-498b-82b1-9fb9e53c0283%2F7o1n2te_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Now, create a "main" (C++, Java) or "Main" (C#) method where you initialize an
array of strings and fill it with random HARD-CODED values before beginning.
Ensure that it has a size of at least 10. Please print the initial values of the array, as
shown below.
3
--
Add to the main method by calling the previous method "SearchArray" and passing in
the randomized array and a random value to search for. Print out the index of the
value searched for in that array. Do the prior two steps again but pass in the random
value that was stored in position four (4) of the random array.
A simple example of the output is provided below:
Arrays Values:
Value at: [0] is: "Hello"
Value at: [1] is: "World!"
Value at: [2] is: "Let's do it!"
Value at: [3] is: "Nice"
Value at: [4] is: "Awesome"
Transcribed Image Text:Define a method named "SearchArray" that takes in a one-dimensional array of
strings and a value to search for as parameters and searches for that value in that
array.
The method should return the index of the value in the array, otherwise return
negative one (-1) if not found. You may use whichever searching algorithm you
prefer.
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