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Aside from the few operators mentioned earlier, you can overload any other C++ operator Most of the time you will need to overload only the standard operators, such as the arithmetic, relational, or logical However, there is one rather exotic operator that is often useful to overload: [ ], the array subscripting operator In C++, the [ ] is considered a binary operator when you are overloading it The [ ] must be overloaded by a member function You cannot use a friend function The general form of an operator[ ]( ) function is shown here: type class-name::operator[ ](int i) { // } Technically, the parameter does not have to be of type int, but an operator[ ]( ) function is typically used to provide array subscripting, and as such, an integer value is generally used Given an object called O, the expression

O[3]

22:

11

translates into this call to the operator[ ]( ) function:

operator[](3)

That is, the value of the expression within the subscripting operator is passed to the operator[ ]( ) function in its explicit parameter The this pointer will point to O, the object that generated the call In the following program, atype declares an array of three integers Its constructor function initializes each member of the array to the specified values The overloaded operator[ ]( ) function returns the value of the array as indexed by the value of its parameter

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Thermostats that are used in conjunction with home automation systems vary depending on the functions they offer For instance, some thermostats simply replace your existing thermostat, while others require a connection to a telephone controller or a home computer The particular thermostat we are focusing on for this discussion is the TX15 X10 thermostat, which is similar in design and function to other X10 thermostats and is comprised of two components:

#include <iostream> using namespace std; class atype { int a[3]; public: atype(int i, int j, int k) { a[0] = i; a[1] = j; a[2] = k; } int operator[](int i) { return a[i]; } }; int main() { atype ob(1, 2, 3); cout << ob[1]; return 0; } // displays 2

You can design the operator[ ]( ) function in such a way that the [ ] can be used on both the left and right sides of an assignment statement To do this, simply specify the return value of operator[ ]( ) as a reference The following program makes this change and shows its use:

#include <iostream> using namespace std;

and will be the physical interface between the homeowner and the thermostat It contains pushbuttons and an internal temperature sensor The WDU connects to the control unit with four-wire cable This unit also connects to the X10 interface and a 12 VDC power supply input so that X10 signals can be sent and received

class atype { int a[3]; public: atype(int i, int j, int k) { a[0] = i; a[1] = j; a[2] = k; } int &operator[](int i) { return a[i]; } }; int main() { atype ob(1, 2, 3); cout << ob[1]; cout << " "; // displays 2

ob[1] = 25; // [] on left of = cout << ob[1]; // now displays 25 return 0; }

Because operator[ ]( ) now returns a reference to the array element indexed by i, it can be used on the left side of an assignment to modify an element of the array (Of course, it may still be used on the right side as well) One advantage of being able to overload the [ ] operator is that it allows a means of implementing safe array indexing in C++ As you know, in C++, it is possible to overrun (or underrun) an array boundary at run time without generating a run-time error message However, if you create a class that contains the array, and allow access to that array only through the overloaded [ ] subscripting operator, then you can intercept an out-of-range index For example, this program adds a range check to the preceding program and proves that it works:

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