Oop assignment 2

Package com. Infosys. onon_liu02.test;

Public class demo {
Public static void main (string [] ARGs ){
Student = new student ();
Student. setstudentid (1001 );
Student. setqualifyingexammarks (95.0f );
Student. setresidentialstatus ('D ');
Student. setyearofengg (2 );
If (student. validateexammarks ()){
System. Out. println ("valid marks ");
}
Else
System. Out. println ("invalid marks, the range of the qualifying exam marks is between 65 and 100 ");
System. Out. println ("student ID:" + student. getstudentid ());
System. Out. println ("qualifying marks:" + student. getqualifyingexammarks ());
System. Out. println ("qualifying marks:" + student. getresidentialstatus ());
System. Out. println ("current year of Engineering:" + student. getyearofengg ());
Registration Reg = new registration ();
Reg. setregistrationid (1001 );
System. Out. println ("registration ID:" +
Reg. getregistrationid ());

}

}

Package com. Infosys. onon_liu02.test;

Public class student {
Private int studentid;
Private float qualifyingexammarks;
Private char residentialstatus;
Private int yearofengg;
Public int getstudentid (){
Return studentid;
}
Public void setstudentid (INT studentid ){
This. studentid = studentid;
}
Public float getqualifyingexammarks (){
Return qualifyingexammarks;
}
Public void setqualifyingexammarks (float qualifyingexammarks ){
This. qualifyingexammarks = qualifyingexammarks;
}
Public char getresidentialstatus (){
Return residentialstatus;
}
Public void setresidentialstatus (char residentialstatus ){
This. residentialstatus = residentialstatus;
}
Public int getyearofengg (){
Return yearofengg;
}
Public void setyearofengg (INT yearofengg ){
This. yearofengg = yearofengg;
}
Public Boolean validateexammarks (){
If (qualifyingexammarks> = 65 & qualifyingexammarks <= 100 ){
Return true;
}
Else
Return false;
}
}

Package com. Infosys. onon_liu02.test;

Public class registration {
Private int registrationid;
Private double fees;
Public int getregistrationid (){
Return registrationid;
}
Public void setregistrationid (INT registrationid ){
This. registrationid = registrationid;
}
Public double getfees (){
Return fees;
}
Public void setfees (double fees ){
This. Fees = fees;
}
Public double calculateks (INT rangeofmarks ){
// Student = new student ();
// If (student. validateexammarks ()){
Int discount;
If (rangeofmarks> = 85 & rangeofmarks <= 100 ){
Discount = 12;
}
Else if (rangeofmarks >=75 & rangeofmarks <= 84 ){
Discount = 7;
}
Else {
Discount = 0;
}
Fees = fees-(fees * (double) discount/100 ));
Return fees;
//}
// Else return-1;
}
}

Package com. Infosys. onon_liu02.test;

Public class demoreg {
Public static void main (string [] ARGs ){
Registration Reg = new registration ();
Reg. setregistrationid (2001 );
Int branchid = 1002;
Switch (branchid ){
Case 1001:
Reg. setfetes (25575.0 );
Break;
Case 1002:
Reg. setfetes (15500.0 );
Break;
Case 1003:
Reg. setfetes (33750.0 );
Break;
Case 1004:
Reg. setfetes (8350.0 );
Break;
Case 1005:
Reg. setfetes (20500.0 );
Break;
}
Reg. setfees (Reg. calculatees (68 ));
System. Out. println ("registration ID:" + Reg. getregistrationid ());
System. Out. println ("Fees:" + Reg. getfees ());
}
}

Package com. Infosys. onon_liu02.test;

Public class forloop {
Public static void main (string ARGs []) {
For (INT I = 50; I <80; I ++ ){
If (I % 2 = 0 ){
System. Out. println (I );
} Else {

Break;
}
}
}
}