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The program contains seven declaration statements and eight object definitions The declaration statements exhibit locality of declaration that is, the declaration statements occur within the locality of the first use of the defined objects In the 1970s, computer program language design philosophy emphasized the virtue of defining all objects at the start of the program, function, or statement block prior to any program statements (In C, for example, the definition of an object is not treated as a language statement, and all object definitions within a block must appear before any program statements By necessity, C programmers habituate themselves to defining all objects at the top of each current block) In part, this was a reaction to an errorprone idiom of object definition on-the-fly supported by FORTRAN Because the definition of an object is a statement of the language, object definitions in general can be placed anywhere that the other statements of the language can appear Syntactically, this is what makes locality of declaration possible Is it necessary For the built-in types, such as integers and floats, lo ality of declaration is primarily a matter of personal preference The language encourages it by allowing declarations to occur within the condition part of the if, else-if, switch, while, and for loop (there are two examples in the preceding program) Those who favor locality of declaration believe that it makes for more easily understood programs Locality of declaration becomes necessary with the definition of class objects with associated constructors and a destructor When we place these class objects at the beginning of a function or statement block, two things happen: 1 The associated constructors of all the class objects are invoked prior to doing anything within the function or statement block itself Locality of declaration allows us to amortize the cost of initialization across the extent of the function or statement block 2 Perhaps more important, a function or statement block often terminates prior to the execution of every program statement within it Our earlier program, for example, exhibits two abnormal termination points: the failure to retrieve a file name and the failure to open the file specified by the user Defining class objects prior to successfully passing those termination points, such as inBuf and text, results in the execution of unnecessary constructor-destructor pairs Given enough class objects or computationally expensive constructors and destructors, we unnecessarily impact the run-time efficiency of our programs The outcome is still correct, but the performance at times becomes unacceptable (This is why expert C programmers, with the habit of placing object definitions at the start of functions and statement blocks, may sometimes find their C++ programs performing with less efficiency than equivalent programs written in C) A declaration statement can consist of one or more object definitions In our program, for example, we define two vector iterators in the same declaration statement:.

file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (189 / 1065) [2001-3-29 11:32:04]

// one declaration statement, two definitions vector<string>::iterator iter = textbegin(), iend = textend();

The following pair of declaration statements are equivalent:

There are four radio-location techniques that can be used to estimate distances, namely, time of arrival (TOA), time difference of arrival (TDOA), angle of arrival (AOA) or signal strength. To estimate the distance when using the TOA technique between node A and node B, node A sends a message to node B. The trip time of the signal is measured and multiplied by the propagation speed of signals (i.e., the speed of light) to yield the distance. Trip time measurement from A to B requires synchronized and accurate clocks at both locations. If round-trip time is measured instead (halved to obtain trip time), then this requirement is relaxed. No clock synchronization is required, but an accurate clock is needed at node A. With the TDOA method, two nodes B1 and B2 simultaneously send a signal to node A. Times of arrivals t1 and t2 of signals respectively from B1 and B2 are measured by A. The time difference of arrival is calculated, i.e. t = t2 t1 . The time difference t multiplied by the speed of light is mapped to the distance difference d . The position (x1 , y1 ) of B1 , position (x2 , y2 ) of B2 and d de ne a hyperbola h with equation

// equivalent two declaration statements vector<string>::iterator iter = textbegin(); vector<string>::iterator iend = textend();

Although choosing one or the other is primarily a question of personal preference, having multiple object definitions within a single declaration statement is more error-prone when we are mixing objects, pointers, and references For example, in the following declaration statement, it is not clear whether the user intended to define one pointer and one object or simply incorrectly defined the second pointer as an object (the identifier names suggest that the second definition is in error):

// the intended programmer definitions string *ptr1, ptr2;

Separate declaration statements in this case leave little room for error:

(x x1 )2 + (y y1 )2

string *ptr1; string *ptr2;

In our own code, we tend to group definitions based on the intended usage of the objects involved For example, in the following pair of declaration statements

r(i+1)

int aCnt=0, eCnt=0, iCnt=0, oCnt=0, uCnt=0; int charCnt=0, wordCnt=0;