01: // Person.mpp
02: /*
03:         A test of the C++ preprocessor
04: */
05: 
06: #include <iostream>
07: #include <string>
08: import Math;
09: 
10: using namespace std; using std::cout;
11: 
12: namespace BussinessLogic {
13: 
14: class Person {
15: public:
16:         static const std::string CanonicalName = "John Doe";
17: private:
18:         std::string name;
19:         unsigned int age;
20:         std::string email;
21:         double salary;
22: public:
23:         explicit Person(const std::string &n, unsigned int a, const std::string &e)
24:                 : name(n), age(a), email(e)
25:                 {}
26:         Person(const std::string &n) : name( n )
27:                 {}
28: 
29: 
30:         inline int getAge() const
31:                 { return age; }
32:         void setAge(int a)
33:                 { age = a; }
34: 
35:         inline const std::string &getEmail() const
36:                 { return email; }
37:         void setEmail(const std::string &e)
38:                 { email = e; }
39: 
40:         inline const std::string &getName() const
41:                 { return name; }
42:         void setName(const std::string &n)
43:                 {
44:                         if ( !n.empty() ) {
45:                                 name = n;
46:                         }
47:                 }
48:         inline void putSalary(double x) {
49:                 salary = x;
50:         }
51: 
52:         inline double getSalary() const {
53:                 return salary;
54:         }
55: 
56:         inline double getNetSalary() const {
57:                 return Math::removePercentage( salary, 0.20 );
58:         }
59: 	    std::string toString() const { return ( getName() + ": " + getEmail() ); }
60: };
61: 
62: }
63: 
64: int main()
65: {
66:         BussinessLogic::Person p1( BussinessLogic::Person::CanonicalName, 0, "" );
67:         BussinessLogic::Person p2( "Baltasar", 34, "jbgarcia@uvigo.es" );
68: 
69:         p2.putSalary( 5500 );
70: 
71:         cout << "\nCp3 test\n" << endl;
72:         cout << p1.toString() << endl;
73:         cout << p2.toString() << endl;
74:         cout << "Salary: " << p2.getSalary() ;
75:         cout << '(' << p2.getNetSalary() << ')' << endl;
76:         cout << endl;
77: }