In this task, you will redo your Silly Name program from Week 3 and write it in the C programming language. Your program should:

terminal_user_input.h:

// ============================

// = User Input Function in C =

// ============================

//

// This header file contains the types and functions/procedures

// in the Terminal User Input code. You can #include "terminal_user_input.h"

// to access these from your project. Remember to compile both your

// program file and the terminal_user_input.c file.

//

//

// The following code makes sure that you cant accidentally

// include this code twice. It is common to see this kind of

// code at the top of a C/C++ header file.

//

#ifndef TERMINAL_USER_INPUT_H

#define TERMINAL_USER_INPUT_H

//

// The my_string type can be used to represent a "string" in C.

// This needs to be a struct so that it can be returned from

// functions.

//

typedef struct my_string

{

char str[256]; // my string contains an array of 255 characters + null

} my_string;

//

// Reads a string of up to 255 characters + 1 for null

//

my_string read_string(const char* prompt);

//

// Reads a integer from the user.

//

int read_integer(const char* prompt);

//

// Reads a integer from the user in a given range.

//

int read_integer_range(const char* prompt, int min, int max);

//

// Reads a double from the user.

//

double read_double(const char* prompt);

#endif

name tester.c:

#include

#include

#include "terminal_user_input.h"

#define LOOP_COUNT 60

int main()

{

my_string name;

int index;

name = read_string("What is your name? ");

printf("Your name is: %s ", name.str);

// Move the following code into a procedure

// ie: void print_silly_name(my_string name)

for(index=0;index

printf(" a silly, ");

}

printf(" name! ");

return 0;

}

Terminal_user_input.c:

// ============================

// = User Input Function in C =

// ============================

#include

#include "terminal_user_input.h"

//

// Reads a string of up to 255 characters + 1 for null

//

my_string read_string(const char* prompt)

{

my_string result; // declares a "my_string" variable (contains the array of character)

printf("%s", prompt); // output the string from the prompt "%s" defines where to place the string in the output

scanf(" %255[^ ]%*c", result.str ); // scan the input looking for upto 255 characters [ that are not newlines ], read this into the string variable

return result; // return the my string value

}

//

// Reads a integer from the user.

//

int read_integer(const char* prompt)

{

my_string line;

int result; // where we will store the result of the function

char temp; //used to check nothing comes after the int

// Read in the string the user entered.

line = read_string(prompt);

// scan the string, looking for a number ... followed by nothing

// sscanf = string scan format

// This will "scan" the array of character in line.str (reads this)

// " " = skip any spaces

// "%d" = read an integer

// " " = skip any spaces

// "%c" = read a character

// sscanf returns the number of things it read (0 to 2 in this case)

// Loop while this is not equal to 1

// 0 = did not read a number at the start

// 1 = read a number, but no character followed it

// 2 = read a number and a character... like "1 fred" (1 is the number, f is the character)

while ( sscanf(line.str, " %d %c", &result, &temp) != 1 )

{

// scan found a number followed by something... so its not a whole number

printf("Please enter a whole number. ");

// read the next "string" and try again

line = read_string(prompt);

}

return result;

}

int read_integer_range(const char* prompt, int min, int max)

{

int result = read_integer(prompt);

while ( result max )

{

printf("Please enter a number between %d and %d ", min, max);

result = read_integer(prompt);

}

return result;

}

double read_double(const char* prompt)

{

my_string line;

double result; // where we will store the result of the function

char temp; //used to check nothing comes after the int

// Read in the string the user entered.

line = read_string(prompt);

while ( sscanf(line.str, " %lf %c", &result, &temp) != 1 )

{

// scan found a number followed by something... so its not a whole number

printf("Please enter a number. ");

// read the next "string" and try again

line = read_string(prompt);

}

return result;

}

Have a which prompts the user for a name But you need to move some code out of into a procedure (void function) that checks the name and prints the appropriate message. The pseudocode for this procedure follows Step 1: Compile your program using the following Terminal command: S gcc name_tester.c terminal_user_input.c Step 2: Run your code by typing: You can compile and run the code as-is, then make your changes and check it still works. Now should be changed to look like the following example: Your output should look as follows: Step 3: Submit your code and a screenshot of it running to the workspace