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Private Sub mnuAfrica_Click() Text1.Text = "11,700,000" End Sub Private Sub mnuAntarctica_Click() Text1.Text = "5,400,000" End Sub Private Sub mnuArctic_Click() Text1 = "5,100,000" End Sub Private Sub mnuAsia_Click() Text1 = "17,300,000" End Sub Private Sub mnuAtlantic_Click() Text1.Text = "33,400,000" End Sub Private Sub mnuAustralia_Click() Text1.Text = "2,900,000" End Sub Private Sub mnuBaltic_Click() Text1.Text = "148,000" End Sub Private Sub mnuBering_Click() Text1.Text = "873,000" End Sub Private Sub mnuBlack_Click() Text1.Text = "196,000" End Sub Private Sub mnuCaribbean_Click() Text1.Text = "971,000" End Sub Private Sub mnuEurope_Click() Text1.Text = "3,800,000" End Sub Private Sub mnuIndian_Click() Text1.Text = "28,400,000" End Sub Private Sub mnuMediterranean_Click() Text1.Text = "969,000" End Sub Private Sub mnuNorthAmerica_Click() Text1.Text = "9,400,000" End Sub

._. . . .:_ ....... ,...., The sum ( ) function evaluates the function to which pf points, at each of the integers 1 through n, and returns the sum of these n values. Note that the declaration of the function pointer parameter pf in the sum ( ) function s parameter list requires the dummy variable k. .

1 2 CD,

6.15 NUL, NULL, AND void The constant o (zero) has type int. Nevertheless, this symbol can be assigned to all the fundamental types:

5.11 Applying principles 2 and 3 Find x and y in each part of Fig. 5-25.

char c = 0; short d = 0; int n = 0; unsigned u = 0; float x = 0; double z = 0; // // // // // // initializes initializes initializes initializes initializes initializes c d n u x z to to to to to to the the the the the the char '\O' short int 0 int 0 unsigned int 0 float 0.0 double 0.0

Fig. 5-25

In each case, the object is initialized to the number zero. In the case of type char, the character c becomes the null character; denoted by I\ o I or NUL, it.is the character whose ASCII code is 0. The values of pointers are memory addresses. These addresses must remain within that part of memory allocated to the executing process, with the exception of the address 0x0. This is called .the NULL pointer. The same constant applies to pointers derived from any type:

(a) By Principle 2, E is the midpoint of BC and F is the midpoint of AC. Hence x (b) By Principle 3, DE

char* pc = 0; short* pd = 0; int* pn = 0; unsigned* pu = 0; float* px = 0; double* pz = 0; // // // // // // initializes initializes initializes initializes initializes initializes pc pd pn pu px pz to to to to to to NULL NULL

(Continues on next page)

pointer cannot be dereferenced. This is a common but fatal error:

121. 2

int* p = 0; *p = 22;

(c) Since ABCD is a parallelogram, E is the midpoint of AC. Then by Principle 2, G is the midpoint of CD. By Principle 3, x

A reasonable precaution is to test a pointer before attempting to dereference it: if (p) *p = 22; // ok This tests the condition (p ! = NULL) because that condition is true precisely when p is nonzero. The name void denotes a special fundamental type. Unlike all the other fundamental types, void can only be used in a derived type:

1 2 (27)

// ERROR: no object can have type void // OK The most common use of the type void is to specify that a function does not return a value: void swap(double&, double&); Another, different use of void is to declare a pointer to an object of unknown type: void* p = q; void x; void* p;

1 2 (15)

This use is most common in low-level C programs designed to manipulate hardware resources. Review Questions

5.12 Applying principle 4 to the median of a trapezoid If MP is the median of trapezoid ABCD in Fig. 5-26, (a) Find m if b (b) Find b if b (c) Find b if b 20 and b 30 and m 35 and m 28. 26. 40.

61 . 6.2 6.3