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Returns nonzero if c is any white-space character, including the blank I I, the form feed I\ f 1, the newline I \n I , the carriage return I\ r 1, the horizontal tab I\ t 1, and the vertical tab I \v I ; otherwise returns 0.

isupper isxdigit() int int isupper(int isxdigit(int c); c);

Returns nonzero if c is an uppercase alphabetic character; otherwise returns 0. Returns nonzero if c is one of the 10 digit characters or one of the 12 hexadecimal digitletters: 'a', lb', 'cl, Id', 'e', 'f I, 'A', B , Cl, ID , El, o r IF ; otherwise returns 0.

Fig. 8-17.

tolowerint tolower(int c);

toupper ( ) int toupper(int c);

Note that these functions receive an int parameter c and they return an int. This works because char is an integer type. Normally, a char is passed to the function and the return value is assigned to a char, so we regard these as character-modifying functions.

Here is a diagram that summarizes most of the CC type. h> functions:

13. Draw a system diagram for the dental o ce system (see Problem 4.3). See Fig. 8-18.

isprint isgraph isalnum iscntrl <formfeed> <newline> <carriage return> <horizontal tab> <vertical tab> <bell> <backspace>

[o-9)

It shows, for example, that if ch is the character I$ I, then isprint (ch) , isgraph (ch) , and ispunctkh) will return nonzero (i.e., true ), while isalnumkh), isalpha (ch), and i s lower ( ch ) will return zero (i.e., false ) 7.7 ARRAYS OF STRINGS Recall that a two-dimensional array is really a one-dimensional array whose components themselves are one-dimensional arrays. When those component arrays are strings, we have an array of strings. Example 7.10 declares the two-dimensional array name as

char name[4][20];

Fig. 8-18.

This declaration allocates 80 bytes, arranged like this:

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

In this section you look at several of these options rolled into one example: <schema xmlns="http://www.w3.org/2001/XMLSchema" xmlns:song="http://www.lanw.com/namespaces/song" targetNamespace="http://www.lanw.com/namespaces/ song"> <element name="song"> <complexType> <sequence> <choice> <element ref="song:title"/> <element ref="song:artist"/> </choice> <element ref="song:fileSize"/> </sequence> </complexType> </element> <element name="title" type="string"/> <element name="artist" type="string"/> <element name="fileSize" type="string"/> </schema> In this example you rst use the sequence element to de ne the order in which the elements must occur. Next, you use the choice element to de ne a choice for the rst child element. After the closing choice tag, you de ne the last child element.

Each of the 4 rows is a one-dimensional array of 20 characters and therefore can be regarded as a character string. These strings are accessed as name [ 0 I , name[l], name[2],andname[3].In the sample run shown in Example 7.10, the data would be stored like this:

012 3 4 5 6 7