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The values of variables in a program depend on the values of other variables. There are two basic dependencies: data dependencies, where the value of x a ects the value of y through de nition and use pairs, and control dependencies, where the value of x determines whether code that contains de nitions of y executes.

C++ allows your to combine arithmetic operations with the assignment operator; for example, using x * = Y in place of x = x * Y. These combination operators can all be overloaded for use in your own classes.

z onto the end of s 1. It can be visualized like this:

Since s2 has length 3, s trca t ( s 1, s2 ) copies 4 bytes (including the NUL character, shown as a), overwriting the NUL characters of s 1 and its following 3 bytes. The length of s 1 is increased to 10.

If any of the extra bytes following s 1 that are needed to copy ~2 are in use by any other object, then all of s 1 and its appended s 2 will be copied to some other free section of memory.

The following code calculates the product of x and y . The output variable z has a data dependency on the variable x , since x is added to z. The output z has a control dependency on the variable y , since y controls how many times x is added to z.

One of the main drawbacks to using DTDs is that they do not allow for sophisticated datatyping. Take a second to refresh your memory: Attribute datatypes: ID, IDREF(S), CDATA, ENTITIES, NMTOKEN(S), and enumerated values Element datatypes: PCDATA and/or child elements

EXAMPLE 7.18 The Second String Concatenation Function s trnca t ( ) This program traces calls s trnca t ( s 1, s 2 , n) :

#include <iostream.h> #include <string.h> // Test-driver for the strncat() function: main0 1 char sl[] = "ABCDEFG"; char s2[] = "XYZ"; tout << 'Before strncat(sl,s2,2):\n"; tout << '\tsl = [" c< sl cc "1, length = tout << "\ts2 = [" << s2 cc "1, length = ' strncat(sl,s2,2); tout << "After strncat(sl,s2,2):\n"; tout << "\tsl = [" << sl cc "1, length = tout << '\ts2 = [" <c s2 cc "1, length = " >

" << strlen(s1) c< endl; <c strlen(s2) <C endl;

' << strlen(s1) << endl; cc strlen(s2) << endl;

Program slices can be calculated from either direction. An output slice nds every statement that a ects the value of the speci ed output. An input slice nds every statement that is a ected by the value of the speci ed input. It is easier to calculate the program slices from a directed graph that has a set of nodes, n, where each node is an input, an output, or a statement in the code. The arcs, e, are the dependencies. James Bieman and Linda Ott4 have used variable de nitions and references as the basic units instead of program statements. These de nitions and references are called tokens. Thus, every constant reference, variable reference, and variable de nition is a separate token.

The output looks like this:

onto the end of s 1. The effect can be visualized like this:

strncat(sl,s2,2)

Since s2 has length 3, s trnca t ( s 1, s2 ,2 ) copies 2 bytes overwriting the NUL character of s 1 and the byte that follows it. Then it puts the ~UL character in the next byte to complete the string s 1. This increases its length to 9. (If either of the extra 2 bytes had been in use by some other object, then the entire 10 characters ABCDEFGXYO would have been written in some other free part of memory.)