int main() {
printf("Starting program stest.\n");
#ifdef DEBUG
printf("DEBUG defined\n");
#else
printf("Not defined\n");
#endif
//--------------------Creating and Printing Employee--------------------------
Employee* tri;
Employee* jetro;
tri = createEmployee(20000, "Tri", "Robotics");
jetro = createEmployee(20000,"Jetro", "Electrical");
// Anybody recognize these names?
Employee harry; // Declare a local variable (a struct).
harry.salary = 5000;
harry.name = strdup("Harry Palmer"); // Make a dynamic copy.
harry.dept = strdup("Mechanical");
Employee bluejay; // Declare a local variable (a struct).
bluejay.salary = 10000;
bluejay.name = strdup("Erik Grantby"); // Make a dynamic copy.
bluejay.dept = strdup("Computer Science");
// Output the employees to stdout.
printEmployee(&harry);
printEmployee(&bluejay);
printEmployee(tri);
printEmployee(jetro);
//---------------------Ending Employee---------------------
//---------------------Getting Employee's Info From Prompts-------------------------
getEmployeeInfo(100, 100, 100);
//---------------------End Prompts-------------------------
//Output the employees to a file.
printf("About to write to file.\n");
FILE *outfile;
outfile = fopen("stest.txt", "w"); // Open or create file for writing
if(outfile != '\0'){// check if outfile can be opened
printf("outfile opened sucessfull\n");// prompt succes
// write the data to outfile
outputEmployee(outfile, &harry);
outputEmployee(outfile, &bluejay);
outputEmployee(outfile, tri);
outputEmployee(outfile, jetro);
fclose(outfile);// close outfile
}
else{
fprintf(stderr, "Uh-oh!\n");//print error if file can't be opened
}
printf("Ending program stest.\n");
return 0;
}
/**
* main function
* @return 0 indicating success, 1 indicating file not opened successfully
*/
int main() {
printf("\nStarting program stest.\n\n");
// Anybody recognize these names?
Employee harry; // Declare a local variable (a struct).
harry.salary = 5000;
harry.name = strdup("Harry Palmer"); // Make a dynamic copy.
harry.dept = strdup("MI6"); // Make a dynamic copy.
Employee bluejay; // Declare a local variable (a struct).
bluejay.salary = 10000;
bluejay.name = strdup("Erik Grantby"); // Make a dynamic copy.
bluejay.dept = strdup("KGB"); // Make a dynamic copy.
//Creating employees dynamically using function makeEmployee
Employee* jason = makeEmployee(10000, "Jason Bourne", "CIA");
int temp_salary = 1000;
char *temp_name = "Carlos the Jackal";
char *temp_dept = "Novgorod";
Employee* carlos = makeEmployee(temp_salary, temp_name, temp_dept);
Employee* user_emp1 = inputEmployee();
// Output the employees to stdout.
printEmployee(&harry);
printEmployee(&bluejay);
printEmployee(jason);
printEmployee(carlos);
printEmployee(user_emp1);
// Output the employees to a file.
printf("\nAbout to write to file.\n");
FILE *outfile = fopen("stest.txt", "w"); // Open or create file for writing
if(outfile == NULL){
fprintf(stderr, "Whoops! stest had error number %d - %s\n",
errno, strerror(errno));
return 1;
}
outputEmployee(outfile, &harry);
outputEmployee(outfile, &bluejay);
outputEmployee(outfile, jason);
outputEmployee(outfile, carlos);
outputEmployee(outfile, user_emp1);
fclose(outfile); // Close the file
printf("\nEnding program stest.\n");
debug_def_checker();
return 0;
}
/** Outputs all the Employee structures defined in an array of pointers of structures to the specified file stream
* @param stream The open stream to output to
* @param employeePtrArray The array of pointers to structs to dereference and print
* @param count Number of elements in the array
*@author Steven Kordell
*/
void outputEmployeeArray(FILE* stream, Employee** employeePtrArray, int count) {
int i; //An iterator for looping through the array
for(i = 0; i < count; i++) { //iterater over the array
outputEmployee(stream,employeePtrArray[i]); //write the struct to the file
}
}
