The JAVA class construct an array (array with handling information) Beg

com.wana Package; 

Import java.time.LocalDate; 

/ ** 
 * @author JackZhao 
 * @Create 2020-03-24 PM 12:47 
 * / 
public class EmployeeTest { 
    public static void main (String [] args) { 

        the Employee [ ] = new new Staff the employee [. 3]; 
        // build employee array 
        Staff [0] = the employee new new ( "Carl Cracker", 75000, 1987, 12 is, 15); 
        Staff [. 1] = new new the employee ( "Harry Hacker", 50000 , 1989, 10,. 1); 
        Staff [2] = the Employee new new ( "Tony Tester", 40000, 1990,. 3, 15); 
        // fill an array of objects 

        for (the Employee E: Staff) 
            e.raiseSalary (. 5) ; 
        // py like most of the for statement is really easy to use, processing Employee array staff.
        for (Employee e: staff)
            System.out.println ( "name =" e.getName + () + ", the salary =" e.getSalary + () + ", hireDay =" 
                    + e.getHireDay ()); 
} 
} 

class the Employee 
{ 
    Private String name ; 
    Private Double the salary; 
    Private the LocalDate hireDay; 

    public Employee (n-String, Double S, int year, month the int, int Day) // (builder) processing array Employee object information filled 
    { 
        name = n-; // here instance fields are variable rather than a local variable, for example: String name local variable is 
        the salary = S; 
        hireDay = LocalDate.of (year, month the, Day); 
    } 

    public String getName () 
    { 
        return name; 
    } // returns the name Methods

    Double getSalary public () 
    { 
        return the salary; 
    } // return salary method 

    public the LocalDate getHireDay () 
    { 
        return hireDay; 
    } // return time of an entry 

    public void raiseSalary (double byPercent) // salary growth method 
    { 
        Double The raise = * byPercent the salary / 100; 
        the salary the raise + =; 
    } 
} / * original can be used: an array 1 constructed in accordance with one class;. 
                 2. a method of processing information based reuse filled array of objects. * /

 Note: Use instance variables and local variables;
constructor class with the same name, so that when the object is constructed, the constructor will start, for instance field is initialized (information processing)