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Time: :advance(int h=O, int m=O, int hr += h; min += m; set += s; normalizeo;
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Time: :reset(int h=O, int m=O, int s=O) hr = h; min = m; set = s; normalizeo;
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1 Here we have used a utility function normal i ze ( ) which normalizes the Time object so that its three data members are in the correct range: 0 5 set < 60,O 5 min < 60, and 0 < hr < 24.
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CLASSES
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[CHAP.8
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8.20 Implement a Random class for generating pseudo-random numbers.
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This class uses the utility function randomi ze ( ) which implements the Linear Congruential using the multiplier constant Algorithm introduced by D. H. Lehmer in 1949. It updates the seed mult- and the modulus constant mod-. Their values are consistent with those recommended by Donald E. Knuth in his seminal work The Art of Computer Programming. #include <iostream.h> #include climits.h> #include <time.h> const unsigned long mult- = 234567821; const unsigned long mod- = ULONGMAX; // = 4,294,967,295 const int max- = INTJAX; or 32,767 // = 2,147,483,647 class Random { public: Random0 { seed- = time(NULL); > Random(unsigned long seed) : seed-(seed) { randomizeo; } return seed- % max-; } int integer(int max=max-) { randomizeo; int integer(int min, int max) { randomizeo; return min + seed- % (max - min + 1); } return double(seed- )/double(modJ; double real0 { randomizeo;
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private: unsigned long seed-; void randomize0 { seed- = (mult-*seed+ 1) % mod-; >
main0 1 Random random; for (int i = 1; i c= 10; i++) { int m = random.integer(); int n = random.integer(l, 99); double x = random.real(); tout << "\tY << m << "\t'l CC n KC ll\tll
<< x CC endl;
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12%537O9367' ~705325754 67134329 ~9tI&77'6228 ~ 1U76073003 1849257406 I ,' 902847182 , 772227400 j I 460755423 . '
71 OJI791259 94 , 0,252746 ~ ' j 31 0~.698051 37 0,8U5397 .I I o,81263 _ , 10 11 'j,',% < 0,949~2+ 82 0.15s744 I ~ 22 0*872112 j 11%" 0.603844 1 QJ79l.49 '
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Our test driver makes 10 calls to each of the three random number functions, generating 10 pseudorandom integers in the range 0 to 2,147,483,647, 10 pseudo-random integers in the range 1 to 99, and 10 pseudo-random real numbers in the range 0.0 to 1.0.
CHAP. 81
CLASSES
8.21 Implement a Person class. Each object of this class will represent a human being. Data mem-
bers should include the person s name, year of birth, and year of death. Include a default constructor, a destructor, access functions, and a print function.
#include #include <iostream.h> <string.h>
class Person { public: Person(const char*, int, int); -Person0 { delete [] name-; } char* name0 { return name-; } int born0 ( return yob-; } int died0 { return yod-; } void print(); private: int len-; char* name-; int yob-, yod-; 1; Person: :Person(const char* name=O, int yob=O, int yod=O) : len-(strlen(name)), name- (new char[len-+l]), yob-bob) 1 yod_ hod) 1 memcpy(name-, name, len-+l); 1 void 1 Person::print() tout -C-C "\tName: I1 -CC name - -C-C endl; . if (yob-) tout -CC "\tBorn: I' -C-C yob- -CC endl; if (yod-) tout CC "\tDied: ' -CC yod- -CC endl; > To keep the object self-contained, name - is stored as a separate string. To facilitate this separate storage, we save its length in the data member len- and use the memcpy ( ) function (defined in string . h) to copy the string name into the string name-. Then the destructor uses the delete operator to de-allocate this storage. 8.22 Implement a String class. Each object of this class will represent a character string. Data
members are the length of the string and the actual character string. In addition to constructors, destructor, access functions, and a print function, include a subscript function.
class String ( public: String(short =O); String(const char*); String(const String&); -String0 { delete [] data; ) int length0 const ( return len;
// // // // } //
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