Assignment 7, C (gcc)

Language: Layout:

/*
ASSIGNMENT 7 READS AS
Write a complete C program that first requests and reads two positive integers. The program should then continue to read integers, one at a time, as long as the sum total of all input integers is less than 17 and no greater than 21. Once the program has finished reading, it should print either the total, if it is 21 or less, or the words "I lose" if the total is over 21. You may assume that the range of integers entered by the user is between 1 and 11 (inclusive).
Here is an example output of the C program:
First number? 5 
Second number? 1  
The total: 6
First number? 10
Second number? 5  
The total: 15
Etc.

Here is another example:
First number? 11  
Second number? 11  
I lose

1.	 Write a pseudocode for your program.
2.	Write a C program that implements your algorithm.
3.	Test your program using the following test cases: 
a.	Check for negative numbers
b.	Check for non-digit numbers. 
// DEFINE ARRAY OF VARIABLE SIGN
//add one to the variable each time you are done scanning
*/
#include <stdio.h>
int main(){
int array[30];              // Set to 30 to set aside space for more than enough values of input 
int totalSum=0;             // initialize the total sum of the first two numbers and future number sum to determine to either draw again or stop and declare user has won or lost
int i=0;                    // declare variable for the loop
for (i=0; i<30; i++){       // loop to scan up to 30 times just to be safe as numbers are 1-11 increments and  
    scanf("%d", &array[i]); // before anything else scan the numbers entered into the array to be used
}
        printf("The numbers first entered are %d and %d\n", array[0], array[1]); // state the numbers to tell the user what they drew for their first two numbers
    totalSum+=array[0]; 
    totalSum+=array[1];
    printf("The total sum so far is %d therefore\n", totalSum); // find total sum of the first two numbers to determine future action

i=2;
    if (totalSum<=21&&totalSum>0){ //check to see if the numbers entered are greater than 0 and less than 21 to see if numbers entered are negative or positive and if the sum is less than 21
        if(totalSum<17){ // splits sum of the first two numbers into the first of two categories, this one being greater than zero but less than 17 causing the user to draw again
            for(i=2; ; i++){ // set condition to infinite so it keeps adding another card until it hits break activated by the sum being over 21
                      totalSum+=array[i]; // adds additional card to the sum
                      printf("you draw a card again and your new sum is %d\n", totalSum); // declares what the new sum is after the new card has been drawn
                if(totalSum<17){ // if sum is still less than 17 draw again
                    continue;  // repeat the loop
                }
                else if (totalSum>21){ // if sum is over 21 than increase
                    printf("YOU LOSE"); // tell the user you lose
                    break;// break the loop
                }
                else if(totalSum<=21&&totalSum>=17){ //
                    printf("YOU WIN"); // Tell the user you win
                    break; // Tell the user
                }
                
                
                
                
                
                
                
            }
           }

}
    else if (totalSum==0){ //check to see if the numbers entered are integers ranging from 1-11
        printf("Please check your input and increment only numbers for the card deck in the amount for integers ranging from 1-11", totalSum);
    }
    else if (totalSum<0){ //check to see if the numbers entered are negative and if the sum is negative then tell user to enter numbers 1-11
        printf("Please enter positive numbers for the card deck to be drawn from ranging from 1-11");
    }
}

Show compiler warnings [ + ] Compiler args [ - ] Show input
Compilation time: 0.13 sec, absolute running time: 0.11 sec, cpu time: 0.05 sec, memory peak: 3 Mb, absolute service time: 0,33 sec