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The call s trncpy ( s 1, s 2 ,2 ) replaces the first 2 characters of s 1 with unchanged. The effect of s trncpy ( s 1, s2 ,2 ) can be visualized like this:

strncpy(

Since s2 has length 3, s trncpy ( s 1, s2 ,2 > copies 2 bytes (excluding the NUL character Q), overwriting the first 2 characters of s 1. This has no effect upon the length of s I which is 7.

Three design attributes are as follows: Abstraction An object is abstract if unnecessary details are removed. Similarly, abstraction in art tries to convey an image with just a few details.

simply copies If n < s trlen ( ~2 > , as it is in the above example, then s trncpy ( ~1, ~2, n > the first n characters of ~2 into the beginning of ~1. However, if n 2 s trlen ( ~2 > , then

strncpy(sl,s2,n) hasthesameeffectas strcpy(sLs2):itmakes SI aduplicateof s2 with the same length. T h e strcat() a n d strncat() functions work the same as the s trcpy ( ) and s trncpy ( > functions except that the characters from the second string are copied onto the end of the first string. The term cat" comes from the word catenate meaning string together. EXAMPLE 7.17 The String Concatenation Function s treat ( )

which appends the string s 2 onto the end of string s 1:

#include <iostream.h> #include <string.h> // Test-driver for the strcat() function: main0 -t char sl[] = "ABCDEFG"; char s2[] = "XYZ"; tout << "Before strcat(sl,s2):\n"; tout -K< "\tsl = [" << sl c< "1, length = tout << "\ts2 = [" << s2 << "1, length = strcat(sl,s2); tout << "After strcat(sl,s2):\n"; tout << "\tsl = [" << sl << "1, length = tout << "\ts2 = [" -K s2 << "1, length = >

Abstraction in software design tries to let the designer focus on the essential issues without regard to unnecessary low-level details. Good abstraction hides the unnecessary details. Cohesion A material is cohesive if it sticks together. A procedure is cohesive if all the statements in the procedure are related to every output. A class is cohesive if all the attributes in the class are used by every method. That is, cohesion in a module is achieved if everything is related. High cohesion is generally considered desirable. Originally, cohesion was de ned in terms of types of cohesion.3 The types included coincidental, logical, temporal, procedural, communicational, sequential, and functional. Temporal cohesion was when all functions were grouped together, since they had to be performed at the same time. Logical cohesion was when the functions logically belonged together. Coupling Coupling is a measure of how interconnected modules are. Two modules are coupled if a change to a variable in one module may require changes in the other module. Usually the lowest coupling is desirable.

targetNamespace=" http://www.lanw.com/namespaces/song"> <element name="song"> <complexType> <sequence> <element ref="song:title"/> <element ref="song:artist"/> <element ref="song:fileSize"/> </sequence> <attribute name="genre" type="string" use="default" value="unknown"/> <attribute name="href" type="uriReference" use="required"/> </complexType> </element> <element name="title" type="string"/> <element name="artist" type="string"/> <element name="fileSize" type="string"/> </schema> Our new addition is a required attribute named href and can accept a uriReference datatype. The uriReference and string datatypes are the only two datatypes that we discuss; however, there are several to choose from, and you can create your own. All of this is covered in the following section.

' << strlen sl) C< endl; ' c< strlen s2) CC endl;

' << strlen sl) -H endl; ' << strlen s2) c< endl;

Here is the output:

Evaluate the abstraction in the borrow functionality in the library problem. The borrow function appears in three classes: library, patron, and bookcopy. The best abstraction is if the borrow function in library knows as few details about the patron and bookcopy functions as possible. For example, does the borrow function need to know about the loan class As shown in Fig. 9-3, if the borrow function in library just calls the borrow function in one of the lower levels, then it has good abstraction. That lower class will be handle the details of creating the loan instance and passing the pointer to the other lower-level class.