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Reverse your input array input: int numElements: Should be greater than one int[] intlist: an array of (numELements) elements output: int[] : an int[] of intList in reverse Example: ReverseArray(3, [1,2,3]) ===> [3,2,1]

Reverse your input array input: int numElements: Should be greater than one int[] intlist: an array of (numELements) elements output: int[] : an int[] of intList in reverse Example: ReverseArray(3, [1,2,3]) ===> [3,2,1]

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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The image contains a segment of Java code, which includes comments and placeholders for implementing parts of the code. The code is laid out as follows: ```java // create a loop that reads in the next int from the scanner to the intList <YOUR CODE HERE> // call the ReverseArray function <YOUR CODE HERE> System.out.print("Your output is: "); // print the output from ReverseArray <YOUR CODE HERE> ``` ### Explanation 1. **Comments and Placeholders**: - There are comments guiding the programmer on what needs to be done at each step. - `<YOUR CODE HERE>` indicates where the programmer should insert their own code to perform the task described in the preceding comment. 2. **Tasks to Implement**: - **Reading Input**: Implement a loop to read integers from an input source (scanner) and add them to a list called `intList`. - **Calling ReverseArray**: Write code to call a function named `ReverseArray`. This likely involves passing the list as a parameter to this function. - **Printing Output**: Once the array is reversed, print the result. The output statement starts with `System.out.print("Your output is: ");`, and the programmer needs to append the result from the `ReverseArray` function to this print statement. This code snippet is typically part of an exercise for learning about loops, arrays, and function calls in Java programming.
Transcribed Image Text:The image contains a segment of Java code, which includes comments and placeholders for implementing parts of the code. The code is laid out as follows: ```java // create a loop that reads in the next int from the scanner to the intList <YOUR CODE HERE> // call the ReverseArray function <YOUR CODE HERE> System.out.print("Your output is: "); // print the output from ReverseArray <YOUR CODE HERE> ``` ### Explanation 1. **Comments and Placeholders**: - There are comments guiding the programmer on what needs to be done at each step. - `<YOUR CODE HERE>` indicates where the programmer should insert their own code to perform the task described in the preceding comment. 2. **Tasks to Implement**: - **Reading Input**: Implement a loop to read integers from an input source (scanner) and add them to a list called `intList`. - **Calling ReverseArray**: Write code to call a function named `ReverseArray`. This likely involves passing the list as a parameter to this function. - **Printing Output**: Once the array is reversed, print the result. The output statement starts with `System.out.print("Your output is: ");`, and the programmer needs to append the result from the `ReverseArray` function to this print statement. This code snippet is typically part of an exercise for learning about loops, arrays, and function calls in Java programming.
```java import java.util.Scanner; public class ReverseOrder { /* Reverse your input array input: int numElements: Should be greater than one int[] intList: an array of (numElements) elements output: int[] : an int[] of intList in reverse Example: ReverseArray(3, [1,2,3]) ===> [3,2,1] */ public static int[] ReverseArray(int numElements, int[] intList) { <YOUR CODE HERE> } /* Your first input (number of integers that follow by spaces) should be positive. Example: User input: 3 1 2 4 Your output: 4 2 1 Explanation: 3 is number of integers, 1 2 4 are elements of the array */ public static void main(String[] args) { int numElements; int intData; int i; int[] intList; System.out.print("Enter your input: "); // Initialize a Scanner for system input <YOUR CODE HERE> // Read the next integer from the Scanner and save to your numElements <YOUR CODE HERE> // Initialize intList with numElement size <YOUR CODE HERE> } } ``` This code is part of a Java class `ReverseOrder` that includes two main parts: 1. **Method `ReverseArray`**: This method is intended to take an integer `numElements` and an array `intList`, then return a new array with the elements of `intList` in reverse order. Users are expected to complete the method where indicated by `<YOUR CODE HERE>`. - **Input**: - `numElements`: An integer representing the number of elements in the array, which should be greater than one. - `intList`: An integer array containing the elements. - **Output**: - An integer array of `intList` in reverse order. - **Example**: If called with `ReverseArray(3, [1,2,3])`, the method should return `[3,2,1]`. 2. **Main Method**: This method is designed to handle user input and demonstrate the reverse operation. - **Input Format**: The user is expected to provide input
Transcribed Image Text:```java import java.util.Scanner; public class ReverseOrder { /* Reverse your input array input: int numElements: Should be greater than one int[] intList: an array of (numElements) elements output: int[] : an int[] of intList in reverse Example: ReverseArray(3, [1,2,3]) ===> [3,2,1] */ public static int[] ReverseArray(int numElements, int[] intList) { <YOUR CODE HERE> } /* Your first input (number of integers that follow by spaces) should be positive. Example: User input: 3 1 2 4 Your output: 4 2 1 Explanation: 3 is number of integers, 1 2 4 are elements of the array */ public static void main(String[] args) { int numElements; int intData; int i; int[] intList; System.out.print("Enter your input: "); // Initialize a Scanner for system input <YOUR CODE HERE> // Read the next integer from the Scanner and save to your numElements <YOUR CODE HERE> // Initialize intList with numElement size <YOUR CODE HERE> } } ``` This code is part of a Java class `ReverseOrder` that includes two main parts: 1. **Method `ReverseArray`**: This method is intended to take an integer `numElements` and an array `intList`, then return a new array with the elements of `intList` in reverse order. Users are expected to complete the method where indicated by `<YOUR CODE HERE>`. - **Input**: - `numElements`: An integer representing the number of elements in the array, which should be greater than one. - `intList`: An integer array containing the elements. - **Output**: - An integer array of `intList` in reverse order. - **Example**: If called with `ReverseArray(3, [1,2,3])`, the method should return `[3,2,1]`. 2. **Main Method**: This method is designed to handle user input and demonstrate the reverse operation. - **Input Format**: The user is expected to provide input
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