public class TestStudents { public static void main(String[] args) { //2.2 Code given to you. Just use them. //create an array of Student objects. Student[] cisDept = new Student[4]; //Create and add 4 students, two undergraduates, two master students // add these students to the array //They are commented since you haven't added your code to Undergraduate, MasterStudent /* String[] theisCommittee = {"Tom", "Richard", "Gene"}; cisDept[0] = new MasterStudent("222", "Steve", "Jobs", "IST", "MS", 3.5, "How to make ipad smarter", "Jamie", theisCommittee); cisDept[1] = new Undergraduate("444", "Bill", "Gates", "CS", "BS", 3.0, "Erin", "Sally"); String[] theisCommittee2 = {"Jie", "Zoran", "Gene"}; cisDept[2] = new MasterStudent("333", "Amy", "Jobs", "CS", "MS", 3.8, "Study of Robots That can Perform", "Eduard", theisCommittee2); cisDept[3] = new Undergraduate("111", "Melinda", "Gates", "IST", "BS", 3.0, "Erin", "Frank"); */ //2.2 Add the code to do the task below. //Use a loop to print the information about all students in the student array. // Must use the toString() methods //2.3.2 add the code for the task below // call indexOfMin(...), passing the array cisDept, // print the student located at the return value of indexOfMin(...) } //2.3.2 add the code for the task below // implement this method, return the index of the first student in // the array in the alphabetical order of student names (last name first, then first name) // You must call compareTo(...) method in your Student class. // Using Arrays.sort(...) in this method will lead to point deduction. public static int indexOfMin(Student[] myDept) { //you MUST call compareTo(...) method in your Student class // Using Arrays.sort(...) in this method will lead to point deductions. return -1; } }
public class TestStudents {
public static void main(String[] args) {
//2.2 Code given to you. Just use them.
//create an array of Student objects.
Student[] cisDept = new Student[4];
//Create and add 4 students, two undergraduates, two master students
// add these students to the array
//They are commented since you haven't added your code to Undergraduate, MasterStudent
/*
String[] theisCommittee = {"Tom", "Richard", "Gene"};
cisDept[0] = new MasterStudent("222", "Steve", "Jobs", "IST", "MS", 3.5,
"How to make ipad smarter", "Jamie", theisCommittee);
cisDept[1] = new Undergraduate("444", "Bill", "Gates", "CS", "BS", 3.0, "Erin", "Sally");
String[] theisCommittee2 = {"Jie", "Zoran", "Gene"};
cisDept[2] = new MasterStudent("333", "Amy", "Jobs", "CS", "MS", 3.8,
"Study of Robots That can Perform", "Eduard", theisCommittee2);
cisDept[3] = new Undergraduate("111", "Melinda", "Gates", "IST", "BS", 3.0, "Erin", "Frank");
*/
//2.2 Add the code to do the task below.
//Use a loop to print the information about all students in the student array.
// Must use the toString() methods
//2.3.2 add the code for the task below
// call indexOfMin(...), passing the array cisDept,
// print the student located at the return value of indexOfMin(...)
}
//2.3.2 add the code for the task below
// implement this method, return the index of the first student in
// the array in the alphabetical order of student names (last name first, then first name)
// You must call compareTo(...) method in your Student class.
// Using Arrays.sort(...) in this method will lead to point deduction.
public static int indexOfMin(Student[] myDept) {
//you MUST call compareTo(...) method in your Student class
// Using Arrays.sort(...) in this method will lead to point deductions.
return -1;
}
}
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