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const int size = 100; void getArray(double [I, int&); void printArray(const double [I, const int); main0 1 double a[size]; int n; getArray(a,n); tout << "The array has ' C-C n CC ' elements.\nThey are:\n"; printArray(a,n);

void getArray(double a[], int& n) n = 0; tout << "Enter data. Terminate with O:\n"; for (n = 0; n < size; n++) { tout CC n << 'I: "; tin >> a[n]; if (a[n] == 0) break;

Thus, l1 i l2 if l1 and l2 are each perpendicular to l3 in Fig. 4-12.

void printArray(const double a[], const int n) 1 for (int i = 0; i < n;j++) tout << '\t' << i CC ": 'I -c-c a[i] << endl; 1

Fig. 4-12

Note how the functions are called getArray(a,n); printArray(a,n); they are passed the array s name a and an integer variable n. Also note that the for loop in the input function prevents the user from entering more than size numbers into the array. The input function getArray ( ) changes the formal parameter size, so it is passed by reference. The formal parameter a is passed the address of the first element in the array, and this address is not changed, so a is passed by value. Since a is the name of an array (indicated by a [ ] ), the function can still change the values of the array s elements. The output function printArray ( ) makes no changes to its parameters, so they are designated in the parameter list as cons t.

Lines are parallel if they are parallel to the same line. (Parallels to the same line are parallel.)

This little function is quite useful:

(Form, List, Text, etc.) that identifies the type of object, followed by a number that identifies the order in which that particular object type has been added to the Form Design Window. Thus, List1 is the name of the first list box added to the Form Design Window, List2 is the name of the second list box, and so on. The default names work well for simple applications. For more complicated applications, however, it may be preferable to assign different names that suggest the purpose of each object. Thus, Students and Addresses may be preferable to List1 and List2. Microsoft suggests that such programmer-assigned names include a three-letter prefix suggesting the type of object. Hence, we might use lstStudents and lstAddresses rather than Students and Addresses, if each object is a list box. (The use of prefixes is unnecessary when the default names are used, since the names themselves indicate the object type.) Microsoft recommends the following prefixes for programmer-defined object names:

Thus, l1 i l2 if l1 and l2 are each parallel to l3 in Fig. 4-13.

// Returns the sum of the first n elements of the specified array: double sum(const double a[], const int n) double s = 0.0; for (int i = 0; i < n; i++) s += a[i]; return s;

Fig. 4-13

Like the printArray ( ) function in Example 5.10, this function does not change the values of its parameters, so each is passed as a cons t. 5.5 C++ DOES NOT CHECK THE RANGE OF AN ARRAY INDEX

In some programming languages, an index variable will not be allowed to go beyond the bounds set by the array s definition. For example, in Pascal, if an array a is defined to be indexed from 0 to 4, then the reference a [ 5 1 will cause the program to crash. This security mechanism is not present in C++ (or C). As the next example shows, the index variable may run far beyond its defined range without any error being detected by the computer.

If two lines are parallel, each pair of corresponding angles are congruent. (Corresponding angles of parallel lines are congruent.)

This run of the previous test driver tries to sum the first 30 elements of a 5-element array:

Thus, if l1 i l2, then j a > j b in Fig. 4-14.