Const Char Quotes

Names A name is a letter optionally followed by one or more letters, digits, or underbars. A name cannot be one of these reserved words: abstract boolean break byte case catch char class const continue debugger default delete do double else enum export extends false final finally float for function goto if implements import in instanceof int interface long native new null package private protected public return short static super switch synchronized this throw throws transient true try typeof var volatile void while with Most of the reserved words in this list are not used in the language. The list does not include some words that should have been reserved but were not, such as undefined, NaN, and Infinity. It is not permitted to name a variable or parameter with a reserved word. Worse, it is not permitted to use a reserved word as the name of an object property in an object literal or following a dot in a refinement. Names are used for statements, variables, parameters, property names, operators, and labels.

//empmult.cpp //multiple inheritance with employees and degrees #include using namespace std; const int LEN = 80;           //maximum length of names //////////////////////////////////////////////////////////////// class student                 //educational background    {    private:       char school[LEN];       //name of school or university       char degree[LEN];       //highest degree earned    public:       void getedu()          {          cout << "   Enter name of school or university: ";          cin >> school;          cout << "   Enter highest degree earned \n";          cout << "   (Highschool, Bachelor's, Master's, PhD): ";          cin >> degree;          }       void putedu() const          {          cout << "\n   School or university: " << school;          cout << "\n   Highest degree earned: " << degree;          }    }; //////////////////////////////////////////////////////////////// class employee    {    private:       char name[LEN];         //employee name       unsigned long number;   //employee number    public:       void getdata()          {          cout << "\n   Enter last name: "; cin >> name;          cout << "   Enter number: ";      cin >> number;          }       void putdata() const          {          cout << "\n   Name: " << name;          cout << "\n   Number: " << number;          }    }; //////////////////////////////////////////////////////////////// class manager : private employee, private student  //management    {    private:       char title[LEN];        //"vice-president" etc.       double dues;            //golf club dues    public:       void getdata()          {          employee::getdata();          cout << "   Enter title: ";          cin >> title;          cout << "   Enter golf club dues: "; cin >> dues;          student::getedu();          }       void putdata() const          {          employee::putdata();          cout << "\n   Title: " << title;          cout << "\n   Golf club dues: " << dues;          student::putedu();          }    }; //////////////////////////////////////////////////////////////// class scientist : private employee, private student  //scientist    {    private:       int pubs;     //number of publications    public:       void getdata()          {          employee::getdata();          cout << "   Enter number of pubs: "; cin >> pubs;          student::getedu();          }       void putdata() const          {          employee::putdata();          cout << "\n   Number of publications: " << pubs;          student::putedu();          }    }; //////////////////////////////////////////////////////////////// class laborer : public employee             //laborer    {    }; //////////////////////////////////////////////////////////////// int main()    {    manager m1;    scientist s1, s2;    laborer l1;    cout << endl;    cout << "\nEnter data for manager 1";    //get data for    m1.getdata();                            //several employees    cout << "\nEnter data for scientist 1";    s1.getdata();    cout << "\nEnter data for scientist 2";    s2.getdata();    cout << "\nEnter data for laborer 1";    l1.getdata();    cout << "\nData on manager 1";           //display data for    m1.putdata();                            //several employees    cout << "\nData on scientist 1";    s1.putdata();    cout << "\nData on scientist 2";    s2.putdata();    cout << "\nData on laborer 1";    l1.putdata();    cout << endl;    return 0;    }

abstract boolean break byte case catch char class const continue debugger default do else enum export extends false final finally float for function goto if implements import in instanceof int interface let long native new null package private protected public return short super switch synchronized this throws transient true try typeof var void volatile while with Comments