int main()
{
//prints my info
cout<<"Assignment 5A: EmployeeDriver.cpp" <<endl;
cout<<"Ashkon Honardoost"<<endl;
cout<<"Comsc 200"<<endl;
cout<<"Editor:Sublime Text"<<endl;
cout<<"Compiler: G++"<<endl;
//creates employe object with birthdate and name
Date birth(12,11,1994);
Date hire(10, 25, 2012);
Employee a("Ashkon","Honardoost",birth,hire);
//test the obecjt
cout << "Testing the print Function. It should printout the info of the canidate and his hire date"<<endl;
a.print();
cout << endl<<endl;
{
//copying the employee object
const Employee copy = a;
cout<<"Testing the copy of object A that was just printed. Results should be the same"<<endl;
copy.print();
cout << endl;
}
}
void virtualViaRef(const Employee &baseClassRef)
{
baseClassRef.print();
cout << endl;
SHOW(baseClassRef.earnings());
cout << "\n" << endl;
}
int main()
{
DatasimDate myBirthday(29, 8, 1952);
string myName ("Daniel J. Duffy");
Person dd(myName, myBirthday);
dd.print();
DatasimDate bBirthday(06, 8, 1994);
string bName ("Brendan Duffy");
Person bd(bName, bBirthday);
bd.print();
Employee dde (myName, myBirthday, string("Cuchulainn Chief"), 0.01, 65);
dde.print();
cout << "Working with pointers I\n"; // Non-polymorphic function
Person* p = &dde;
p -> print();
cout << "Working with pointers II\n"; // Polymorphic function
p -> DeepPrint();
return 0;
}
int main()
{
Date birth(7,1,1990,1);
Date hire (10,1,2016,2);
Employee swe ("Desouky","Abdelqawy",birth,hire);
swe.print();
}
int main(){
Employee A;
Employee B("wang");
Employee C(B);
A.print(cout);
B.print(cout);
C.print(cout);
return 0;
}
void Company::printWorkers() const
{
int i;
for ( i = 0; i < numPeople; i++)
{
Employee e = (*workers[i]);
e.print();
}
}
int main(int argc, char const *argv[]) {
int age(32);
std::string name = "Zooce";
PersonalInfo info = { age, name };
Employee* newEmployee = new Employee(123, info, EmployeeType::HOURLY);
newEmployee->print();
delete newEmployee;
return 0;
}
int main()
{
Date birth(11,23,1995);
Date hire(02, 21, 2015);
Employee a("Sohaib","Syed",birth,hire);
//test the obecjt
cout << "Testing the print Function. It should printout the info of the canidate and his hire date"<<endl;
a.print();
cout << endl <<endl;
{
//copying the employee object
const Employee copy = a;
cout<<"Testing the copy of object A that was just printed. Results should be the same"<<endl;
copy.print();
cout << endl;
}
}
// call Employee virtual function print and earnings off a
// base-class reference using dynamic binding
void virtualViaReference(const Employee& baseClassRef) {
baseClassRef.print();
std::cout << "\nearned $" << baseClassRef.earnings() << "\n\n";
}
// Make virtual function calls off a base-class reference
// using dynamic binding.
void virtualViaReference( const Employee &baseClassRef )
{
baseClassRef.print();
cout << " earned $" << baseClassRef.earnings();
}
void virtualViaReference( const Employee &baseClassRef )
{
baseClassRef.print();
cout << "\nretribuzione $" << baseClassRef.earnings() << "\n\n";
}
// call Employee virtual functions print and earnings off a
// base-class reference using dynamic binding
void virtualViaReference( const Employee &baseClassRef )
{
baseClassRef.print();
cout << "\nearned $" << baseClassRef.earnings() << "\n\n";
} // end function virtualViaReference
int main()
{
/* Lab #6 demonstrations and tests */
cout << "Demonstrations from Lab 6:" << endl;
Employee harry("Hacker, Harry", 55000.00);
double new_salary = harry.get_salary() + 3000;
harry.set_salary(new_salary);
cout << "Name: " << harry.get_name() << "\n";
cout << "Salary: " << harry.get_salary() << "\n";
harry.print();
Employee nate("Nate", 2500);
Employee nick("Nick", 4500);
nate.print();
nick.print();
Employee* james;
james = new Employee("James", 230505);
Employee* william;
william = new Employee("William", 45000);
james->print();
william->print();
/* Employee class & Supervisor subclass demonstration, for part 1 */
cout << "\nPart 1 Demonstrations:" << endl;
// Employee object in Employee variable
cout << "\nEmployee object in an Employee variable:" << endl;
Employee rachael("Rachael", 40000);
rachael.print(); // print the Employee object
// Pointer to Employee object in Employee* variable
cout << "\nPointer to an Employee object in an Employee* variable:" << endl;
Employee* bethany = new Employee("Bethany", 60000);
bethany->print(); // print the Employee object pointed to
// Supervisor object in Supervisor variable
cout << "\nSupervisor object in a Supervisor variable:" << endl;
Supervisor bill("Bill", 85000, "Publishing", 25);
bill.print_super(); // print the Supervisor object
// Pointer to Supervisor object in Supervisor* variable
cout << "\nPointer to a Supervisor object in a Supervisor* variable:" << endl;
Supervisor* adam = new Supervisor("Adam", 72500, "Testing", 15);
adam->print_super(); // print the Supervisor object pointed to
/* HighLevelSupervisor/Supervisor/Employee demonstrations, for part 2 */
cout << "\nPart 2 Demonstrations:" << endl;
// more Employee & Supervisor examples
cout << "\nTwo more employees, in Employee and Employee* variables:" << endl;
Employee roger("Roger", 2500);
roger.print();
Employee* leon = new Employee("Leon", 6000);
leon->print();
cout << "\nTwo more supervisors, in Supervisor and Supervisor* variables:" << endl;
Supervisor johnny("Johnny", 7205, "FX", 40);
johnny.print_super();
Supervisor* richard = new Supervisor("Richard", 8400, "Ads", 11);
richard->print_super();
// HighLevelSupervisor object in HighLevelSupervisor variable
cout << "\nHighLevelSupervisor object in HighLevelSupervisor var:" << endl;
HighLevelSupervisor phynn("Phynn", 150000, "Production", 8);
phynn.print_hlsuper(); // print the HighLevelSupervisor object
// Pointer to HighLevelSupervisor object in HighLevelSupervisor* variable
cout << "\nPointer to HighLevelSupervisor obj. in HighLevelSupervisor* var:" << endl;
HighLevelSupervisor* antonia = new HighLevelSupervisor("Antonia", 25000, "Singer", 0);
antonia->print_hlsuper();
/* Virtual & dynamic binding demonstations, for part 3 */
cout << "\nPart 3 Demonstrations:" << endl;
/* HighLevelSupervisor object whose pointer is in an Employee* variable */
Employee* tania = new HighLevelSupervisor("Tania", 24500, "Vocals", 10);
cout << "\nHighLevelSupervisor object whose pointer in an Employee* variable:";
cout << "\nOutput of print():" << endl;
tania->print(); // call to normal print method for Employee class
cout << "Output of printv():" << endl;
tania->printv(); // call to virtual print method
/* Supervisor object whose pointer is in an Employee* variable */
Employee* sam = new Supervisor("Sam", 1000, "Film", 18);
cout << "\nSupervisor object whose pointer in an Employee* variable:";
cout << "\nOutput of print():" << endl;
sam->print(); // call to normal print method for Employee class
cout << "Output of printv():" << endl;
sam->printv(); // call to virtual print method
/* HighLevelSupervisor object whose pointer is in a Supervisor* variable */
Supervisor* blake = new HighLevelSupervisor("Blake", 50400, "Dev", 30);
cout << "\nHighLevelSupervisor object whose pointer in an Supervisor* variable:";
cout << "\nOutput of print_super():" << endl;
blake->print_super(); // call to normal print method for Supervisor class
cout << "Output of printv():" << endl;
blake->printv(); // call to virtual print method
/* makes_more_than functions demonstrations, for part 4 */
cout << "\nPart 4 Demonstrations:" << endl;
cout << "\nReturn value of 1 indicates True, and 0 indicates False:" << endl;
/* demonstrate makes_more_than for Employee objects */
Employee miranda("Miranda", 25000); // Employee object
Employee audrey("Audrey", 40000); // Employee object
cout << audrey.makes_more_than(miranda) << endl; // compare two Employee objects
cout << miranda.makes_more_than(audrey) << endl; // compare oppositely
Employee* gabe = new Employee("Gade", 5000); // pointer to an Employee object
Employee* brian = new Employee("Brian", 4999); // pointer to another Employee object
cout << gabe->makes_more_than(brian) << endl; // compare function on the pointers to objects
cout << brian->makes_more_than(miranda) << endl; // compare with object and pointer to object
cout << audrey.makes_more_than(gabe) << endl; // compare with object and pointer to object
Supervisor* jake = new Supervisor("Jake", 1000, "Contracting", 10);
HighLevelSupervisor* maddy = new HighLevelSupervisor("Maddy", 7000, "Audio", 5);
cout << jake->makes_more_than(maddy) << endl; // supervisor & highlevelsupervisor comparison
cout << maddy->makes_more_than(brian) << endl; // another combination
cout << jake->makes_more_than(audrey) << endl; // yet another combination
return 0; /* successful termination */
} /* end function main */
int main()
{
Student tempStudent;
Employee tempEmployee;
ifstream fin;
fin.open("persons");
char tempChar;
char* tempWord = new char[50];
int tempInt = -1;
int* tempArrInt = new int[10];
double tempDbl = -1.0;
for(int i = 0; i < 13; i++)
{
fin >> tempChar;
switch (tempChar)
{
case 's':
fin.get();
fin.getline(tempWord, 51, ':');
tempStudent.setFirstName(tempWord);
fin.getline(tempWord, 51, ':');
tempStudent.setLastName(tempWord);
fin >> tempInt;
tempStudent.setAge(tempInt);
fin.get();
for(int j = 0; j < 9; j++)
{
fin >> tempChar;
tempArrInt[j] = tempChar - '0';
}
tempStudent.setSSN(tempArrInt);
fin.get();
for(int j = 0; j < 10; j++)
{
fin >> tempChar;
tempArrInt[j] = tempChar - '0';
}
tempStudent.setNsheNumber(tempArrInt);
fin.get();
fin.get(tempWord, 51, ':');
tempStudent.setMajor(tempWord);
fin.get();
fin >> tempDbl;
tempStudent.setGpa(tempDbl);
tempStudent.print();
break;
case 'e':
fin.get();
fin.getline(tempWord, 51, ':');
tempEmployee.setFirstName(tempWord);
fin.getline(tempWord, 51, ':');
tempEmployee.setLastName(tempWord);
fin >> tempInt;
tempEmployee.setAge(tempInt);
fin.get();
for(int j = 0; j < 9; j++)
{
fin >> tempChar;
tempArrInt[j] = tempChar - '0';
}
tempEmployee.setSSN(tempArrInt);
fin.get();
for(int j = 0; j < 5; j++)
{
fin >> tempChar;
tempArrInt[j] = tempChar - '0';
}
tempEmployee.setEmployeeNumber(tempArrInt);
fin.get();
fin.get(tempWord, 51, ':');
tempEmployee.setTitle(tempWord);
fin.get();
fin >> tempInt;
tempEmployee.setSalary(tempInt);
tempEmployee.print();
break;
}
cout << endl;
}
return 0;
}
