{

//Car() = delete;

Car(const char *make, const char *model)

{

strcpy(_make, make);

strcpy(_model, model);

_gasAmount = 5;

_gasCapacity = 50;

}

void foo()

{

strcpy(_make, "EMIL");

}

void addGas(float amount) {

_gasAmount += amount;

_gasAmount = std::min(_gasCapacity, _gasAmount);

}

void drive(/*Point b*/);

void debug()

{

std::cout << "Make: " << _make << std::endl

<< "Model: " << _model << std::endl

<< "Gas: " << _gasAmount << std::endl

<< "Gas Capacity: " << _gasCapacity << std::endl;

}

// Something you probably don't want

float& getGasAmount()

{

return _gasAmount;

}

char _make[16];;

char _model[16];;

float _gasAmount;

float _gasCapacity;

void _feedGasIntoEngine(float amount);

void _changeMakeToEmil()

{

strcpy(_make, "EMIL");

}

{

Car myCar("Toyota", "Camary");

myCar.debug();

myCar.foo();

myCar.debug();

// something you don't want to do

//float& gas = myCar.getGasAmount();

//gas = 100;

//myCar.debug();

myCar.addGas(10);

myCar.debug();

myCar.addGas(50);

myCar.debug();