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Both statements will return the fifth element Remember, arrays start at 0 To access the fifth element, you must use 4 to index str You also add 4 to the pointer p1 to access the fifth element because p1 currently points to the first element of str (Recall that an array name without an index returns the starting address of the array, which is the address of the first element) The preceding example can be generalized In essence, C provides two methods of accessing array elements: pointer arithmetic and array indexing Although the standard array-indexing notation is sometimes easier to understand, pointer arithmetic can be faster Since speed is often a consideration in programming, C programmers often use pointers to access array elements These two versions of putstr( ) one with array indexing and one with pointers illustrate how you can use pointers in place of array indexing The putstr( ) function writes a string to the standard output device one character at a time

/* Index s as an array */ void putstr(char *s) { register int t; for(t=0; s[t]; ++t) putchar(s[t]); } /* Access s as a pointer */ void putstr(char *s) { while(*s) putchar(*s++); }

A third transformation is to make an entity type into two entity types and a relationship This transformation can be useful to record a finer level o f detail about an entity For example, rates in the water utility database apply to all levels o f consumption beyond a

Most professional C programmers would find the second version easier to read and understand Depending upon the compiler, it might also be more efficient In fact, the pointer version is the way routines of this sort are commonly written in C Arrays of Pointers Pointers can be arrayed like any other data type The declaration for an int pointer array of size 10 is

int *x[10];

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Customer Customer CustNo CustName CustAddr CustType CustNo CustName CustStreet CustCity CustState CustPostal CustType

To assign the address of an integer variable called var to the third element of the pointer array, write

fixed level It can be useful to have a more complex rate structure in which the variable amount depends on the consumption level Figure 65 shows a transformation to the Rate entity type to support a more c o m p l e x rate structure The RateSet entity type borrows from the RateSet entity type represents a set o f rates approved by the utility's governing commission The primary key o f the Rate entity type Identification dependency is not required when transforming an entity type into two entity types and a relationship In this situation, identification dependency is useful, but in other situations, it may not be appropriate

x[2] = &var;

You may wonder about all the purported savings the cloud is supposed to offer. Wasn t this supposed to be the magic bullet, the super-cost-savings alternative The answer lies in how you set up the example. For a reasonably small application with a fixed workload that needs to run 24 x 7 for three years, there is no compelling reason today to use the cloud. If you have excess data-center resources you can use, it s more cost effective to run the application in an internal IT model again, noting that the example doesn t count human resource costs. It turns out that the assumptions used to build the model are suboptimal for a cloud deployment. It s interesting that even in this case, you achieve something near cost parity. One of the key advantages of the cloud is the fact that you can use resources dynamically in an on-demand fashion. Several application characteristics tilt the economics in favor of the cloud model; we ll look at them in greater detail in the next section.

*x[2]

A fourth transformation is to make a weak entity into a strong entity and change the asso ciated identifying relationships into nonidentifying relationships This transformation can make it easier to reference an entity type after conversion to a table design After conver sion, a reference to a weak entity will involve a combined foreign key with more than one column This transformation is most useful for associative entity types, especially associa tive entity types representing M-way relationships

If you want to pass an array of pointers into a function, you can use the same method that you use to pass other arrays: Simply call the function with the array name without any subscripts For example, a function that can receive array x looks like this:

void display_array(int *q[]) { int t; for(t=0; t<10; t++) printf(''%d ", *q[t]); }

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