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Then modify the Person class so that name has type Name instead of type String.
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CHAP. 1 l]
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COMPOSITION AND INHERITANCE
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Here is the interface for the Name #include ~3tring.h"
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class:
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class Name { friend ostream& operatorc<(ostream&, const Name&); friend istream& operator>>(istream&, Name&); public: Name(char*, char*, char*, char*, char*, char*); String last0 { return last-; } String first0 { return first-; } String middle0 { return middle-; } String title0 { return title-; } String suffix0 { return suffix-; } String nick0 { return nick-; } void last(String s) { last- = s; } void first(String s) { first- = s; } void middle(String s) { middle- = s; } void title(String s) { title- = s; } void suffix(String s) { suffix- = s; } void nick(String s) { nick- = s; } void dump0 ; private: String last-, first-, middle-, title-, suffix-, nick-; Here is an implementation for the Name class: Name: :Name(char* last=" ", char* first="", char* middle="", char* title="", char* suffix=" ", char* nick=" ") : last (last), first-(first), middle-(middle), title-(title), suffix-(suffix), nick-(nick) { } void 1. Name::dump() tout tout tout tout tout tout cc " \t Last Name: C-C "\t First Name: CC '\tMiddle Names: << '\t ' Title: << ' \t Suffix: cc '\t Nickname: ' C-C last' CC first" CC middle' CC title' CC suffix' CC nickCC endl; ' CC endl; CC endl; CC endl; CC endl; CC endl;
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ostream&> operatorcc(ostream&
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out, const Name& x)
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if (x.title- != "I) out << x.title- cc ' '; out CC x.first- cc " '; if (x.middle- != II) out CC x.middle CC " '; out << x.last-; if (x.suffix- != I") out CC " ' CC x.suffix-; if (x.nick- != "") out cc ', \"" CC x.nick- CC "\""; return out;
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COMPOSITION AND INHERITANCE
[CHAP. 11
istream&
operator>>(istream&
in, Name& x)
char buffer[80]; in.getline(buffer, 80, x.last- = buffer; in.getline(buffer, 80, x.first- = buffer; in.getline(buffer, 80, x.middle- = buffer; in.getline(buffer, 80, x.title- = buffer; in.getline(buffer, 80, x.suffix- = buffer; in.getline(buffer, 80); x.nick- = buffer; return in;
'I '); 'I '>; 'I '>; 'I '>; 'I ');
Finally, here is the modified Per #include "String.h" #include "Date.h" #include "Name.h"
class:
class Person { public: Person(char* n="", int s=O, char* nat="U.S.A.") : name(n), sex(s), nationality(nat) { } void setDOB(int m, int d, int y) { dob.setDate(m, d, y); } void setDOD(int m, int d, int y) { dod.setDate(m, d, y); > void printName { tout c< name; } void printNationality() { tout <c nationality; > void printDOB() { tout <c dob; } void printDOD() { tout <c dod; > protected: Name name; Date dob, dod; // date of birth, date of death int sex; // 0 = female, 1 = male String nationality;
Here is a test driver for the Name class, with test run: #include #include ciostream.h> "Name.h"
'main0 -t Name x("Bach", "Johann", "Sebastian"); tout c< x c< endl; x.dump(); x.last("Clinton");
CHAP. 1 l]
COMPOSITION AND INHERITANCE
x.first("William"); x.middle("Jefferson"); x.title("President"); x.nick("Bill"); tout CC x CC endl; x.dump(); tin >> x; tout << x CC endl; = tout CC "x.last tout << "x.first = tout << "x.middle = tout << "x.title = tout << "x.suffix = = tout << "x.nick
[" [" [" [" [" ["
<< x.last() << x.first() << x.middle() << x.title() cc x.suffix() << x.nick()
<< << << << c-c <<
I\ n" ; "]\n"; "]\n"; "]\n"; "]\n"; "]\n";
Supplementary Problems
11.17 Devise a system interface and a system implementation, similar to that for the VCR class in Section 11.10, but for a network of printers. Assume that the network includes several different kinds of printers. Your ABC should represent a generic printer.
Supplementary Programming Problems
11.18 Finish the implementation of the Card, Hand, and Deck classes defined in Problem 11.14,
and test them.
COMPOSITION AND INHERITANCE
[CHAP. 11
11.19 Apply the Monte Carlo method (Problem 3.23 and Problem 4.60) to the Deck class (Prob-
lem 11.14) to estimate the odds of being dealt each of the eight special poker hands. Your output should look something like this: J;Eow many klands: 2598960 Il.200606 pair& 123964 two pairs
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