package com.dj;

import com.dj.domain.Employee;

import com.dj.domain.EmployeeComparator;

import com.dj.domain.StoreEmployee;

import java.util.ArrayList;

import java.util.Comparator;

import java.util.List;

public class RunMethods {

public static void main(String[] args) {

List<StoreEmployee> storeEmployees = new ArrayList<>(List.of(

new StoreEmployee(10015,"Meg",2019,"Target"),

new StoreEmployee(10515,"Joe",2021,"Walmart"),

new StoreEmployee(10105,"Tom",2020,"Macys"),

new StoreEmployee(10215,"Marty",2018,"Walmart"),

new StoreEmployee(10322,"Bud",2016,"Target")));

var c0 = new EmployeeComparator<StoreEmployee >();

var c1 = new Employee.EmployeeComparator<StoreEmployee>();

var c2 = new StoreEmployee().new StoreComparator<StoreEmployee>();

//Using Local Class

class NameSort<T> implements Comparator<StoreEmployee>{

@Override

public int compare(StoreEmployee o1, StoreEmployee o2) {

return o1.getName().compareTo(o2.getName());

}

}

var c3 = new NameSort<StoreEmployee>();

//Using anonymous class

var c4 = new Comparator<StoreEmployee>(){

@Override

public int compare(StoreEmployee o1, StoreEmployee o2) {

return o1.getName().compareTo(o2.getName());

}

};

sortIt(storeEmployees,c0);

sortIt(storeEmployees,c1);

sortIt(storeEmployees,c2);

sortIt(storeEmployees,c3);

sortIt(storeEmployees,c4);

sortIt(storeEmployees, (o1, o2) -> o1.getName().compareTo(o2.getName()));

}

public static <T> void sortIt(List<T> list, Comparator<?super T> comparator){

System.out.println("Sorting with Comparator: " + comparator.toString());

list.sort(comparator);

for (var employee : list){

System.out.println(employee);

}

}

}