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Write a simple C program that can determine whether a machine is little- or big-endian. 2. Printing binary Write a function void printBin(int value) that will print an integer as a binary number. Hint: You want to print a 1 or a 0 based on the high order bit, then you need to move the next to high order bit into the high ord bit. You will need to explicitly count the number of bits you have printed. Write a main method that calls printBin multiple times with a few different values to test it. You should try at least a positive number, a negative number and 0. Your submission should answer the following questions about this program: There are at least two approaches to testing the high order bit. Describe one that you did NOT use in your code. How could you suppress leading zeros in you display? If you did this already, you may just answer that you did.

Write a simple C program that can determine whether a machine is little- or big-endian. 2. Printing binary Write a function void printBin(int value) that will print an integer as a binary number. Hint: You want to print a 1 or a 0 based on the high order bit, then you need to move the next to high order bit into the high ord bit. You will need to explicitly count the number of bits you have printed. Write a main method that calls printBin multiple times with a few different values to test it. You should try at least a positive number, a negative number and 0. Your submission should answer the following questions about this program: There are at least two approaches to testing the high order bit. Describe one that you did NOT use in your code. How could you suppress leading zeros in you display? If you did this already, you may just answer that you did.

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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Need help only with the highlighted part no need for help with the code 

 

#include <stdio.h>

 

int printBin(int value);

 

int main(){

 

int num=10;

int tobinary= printBin(num);

printf("The number %d  converted to binary as %d",num,tobinary);

 

 

unsigned int x = 1;

 

char *ccc = (char*)&x;

 

if(*ccc){

    printf("This is Little endian");

}

else{

    printf("This is Big endian");

}

 

getchar();

 

return 0;

 

}

 

int printBin(int value)

{

 

if(value<2)

return value;

 

 

return printBin(value / 2) *10 + value % 2;

 

 

}

1. Which end? Write a simple C program that can determine whether a machine is little- or big-endian. 2. Printing binary Write a function void printBin(int value) that will print an integer as a binary number. Hint: You want to print a 1 or a O based on the high order bit, then you need to move the next to high order bit into the high order bit. You will need to explicitly count the number of bits you have printed. Write a main method that calls printBin multiple times with a few different values to test it. You should try at least a positive number, a negative number and 0. Your submission should answer the following questions about this program: There are at least two approaches to testing the high order bit. Describe one that you did NOT use in your code. How could you suppress leading zeros in you display? If you did this already, you may just answer that you did.
Transcribed Image Text:1. Which end? Write a simple C program that can determine whether a machine is little- or big-endian. 2. Printing binary Write a function void printBin(int value) that will print an integer as a binary number. Hint: You want to print a 1 or a O based on the high order bit, then you need to move the next to high order bit into the high order bit. You will need to explicitly count the number of bits you have printed. Write a main method that calls printBin multiple times with a few different values to test it. You should try at least a positive number, a negative number and 0. Your submission should answer the following questions about this program: There are at least two approaches to testing the high order bit. Describe one that you did NOT use in your code. How could you suppress leading zeros in you display? If you did this already, you may just answer that you did.
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