/*
 * TestBankExHand.java
 *
 * Created on February 10, 2005, 5:39 PM 
 * Created on August 21, 2002, 4:09 PM
 */

package bank;
// import IDs.Id;
import SortSearchEtc.Sorts;
import java.util.Random;
// don't have to import exception class NegativeAmountException because it is in the same 
// package
// don't have to import class BankAccount because it is in the same package

/**
 *
 * @author redmond
 */
public class TestBankExHand {
    
    /** Creates a new instance of TestBankExHand */
    public TestBankExHand() {
    }
        /**
     * @param args the command line arguments
     */
    public static void main(String[] args) {
        Random generator = new Random();
        BankAccount all[] = new BankAccount[10];  // define array of 10 BankAccounts
        // define array of 4 BankAccounts, initializing BankAccounts - can skip loop below then
        //BankAccount all[] = { new BankAccount("1234",0), new BankAccount("2345",0),
        //    new BankAccount("3456",0), new BankAccount("4567",0) };
        
        // actually create the BankAccounts
        // Significant Java difference - the array itself is just a reference really
        for (int cnt = 0; cnt < all.length; cnt++) {
            // assign a pin randomly - generated random integer and convert to string
            int rand = generator.nextInt(10000);
            String newPin = Integer.toString(rand);
            all[cnt] = new BankAccount(newPin,0);
        }
        boolean ok;
        double newBal = 0;
        ok = all[0].deposit(50);
        if (! ok) {
            System.out.println(" My bad #1");
        }
        ok = all[1].deposit(-30);
        if (! ok) {
            System.out.println(" My bad #2");
        }
        /////////////////////////////////////////////////
        // exception handling example - don't show until cover
        /////////////////////////////////////////////////
        try {
            newBal = all[2].depositEx(80);
            System.out.println("New Balance: " + newBal);
        }
        catch (NegativeAmountException except) {
            System.out.println(" My bad #3");
            System.out.println(except.getMessage());
            System.out.println("value: " + except.getAmount()); // In Java, we could actually use private instance variable amount because we'returnin the same package
            except.printStackTrace();   // shows whose calling caused problem
            // if this amount was a problem due to bad user input we could reprompt
        }
        try {
            newBal = all[3].depositEx(-60);
            System.out.println("New Balance: " + newBal);
        }
        catch (NegativeAmountException except) {
            System.out.println(" My bad #4");
            System.out.println(except.getMessage());
            System.out.println("value: " + except.getAmount());
            //except.printStackTrace();   // shows whose calling caused problem
                                        // useful for debugging when caused by program error
                                        // (Not nice for users to see)
            // if this amount was a problem due to bad user input we could reprompt
        }
        // display the BankAccounts
        System.out.println("All BankAccounts: ");
        for (int cnt = 0; cnt < all.length; cnt++) {
            System.out.println(all[cnt].toString());
        }
        ///////// Don't do the below (or at least don't show how it works) until we cover interfaces
        // try sorting array
        Sorts.insertSort(all);
        // display the BankAccounts
        System.out.println("Sorted BankAccounts: ");
        for (int cnt = 0; cnt < all.length; cnt++) {
            System.out.println(all[cnt].toString());
        }
        
        //////// For showing dynamic allocation of arrays
        BankAccount unknown[]; // unknown size
        int size = 5;     // could be set by asking user, finding needed size in a file, or calculations
        unknown = new BankAccount[size]; // actually create the array
        // actually create the BankAccounts inside the array
        // Significant Java difference - the array itself is just a reference really
        for (int cnt = 0; cnt < unknown.length; cnt++) {
            // assign a pin randomly - generated random integer and convert to string
            int rand = generator.nextInt(10000);
            String newPin = Integer.toString(rand);
            unknown[cnt] = new BankAccount(newPin,0);
        }
        // display the new BankAccounts
        System.out.println("unknown BankAccounts: ");
        for (int cnt = 0; cnt < unknown.length; cnt++) {
            System.out.println(unknown[cnt].toString());
        }
        // try to go outside the bounds - crash
        //unknown[5] = new BankAccount("12345","9999",0);
        // try to expand the array - crashs during display - because elements 0-14 were blown away
        //unknown = new BankAccount[size+1];
        //unknown[5] = new BankAccount("12345","9999",0);
        // instead must create a new array, copy contents
        BankAccount expanded [] = new BankAccount[size+1];
        expanded[5] = new BankAccount("12345","9999",0);
        // copy
        //for (int cnt = 0; cnt < unknown.length; cnt++) {
        //    expanded[cnt] = unknown[cnt];
        //}
        System.arraycopy(unknown,0,expanded,0,unknown.length);
        // display the BankAccounts
        System.out.println("original unknown BankAccounts: ");
        for (int cnt = 0; cnt < unknown.length; cnt++) {
            System.out.println(unknown[cnt].toString());
        }
        // display the new BankAccounts
        System.out.println("expanded unknown BankAccounts: ");
        for (int cnt = 0; cnt < expanded.length; cnt++) {
            System.out.println(expanded[cnt].toString());
        }
        // change one of the BankAccounts - even though unknown points to a
        // different array than expanded, 
        // a change in one is a change in both
        // this is true whether expanded is filled using arraycopy or by element
        //   by element assignments - since element assignments are assigning 
        //   references - so actually referring to the same elements, not copies
        unknown[0].deposit(200);
        System.out.println("unknown: " + unknown[0]);
        System.out.println("expanded: " + expanded[0]);
        // presumably you want this back in the same variable so code can go on
        unknown = expanded; // now points to the same array
        // display the BankAccounts
        System.out.println("expanded original unknown BankAccounts: ");
        for (int cnt = 0; cnt < unknown.length; cnt++) {
            System.out.println(unknown[cnt].toString());
        }
        // change one of the BankAccounts - since unknown points to the same array 
        // as expanded - a change in one is a change in both
        // this is true whether expanded is filled using arraycopy or by element
        //   by element assignments - since element assignments are assigning 
        //   references - so actually referring to the same elements, not copies
        unknown[0].deposit(200);
        System.out.println("unknown: " + unknown[0]);
        System.out.println("expanded: " + expanded[0]);
        
        // make a copy - but make it a clone
        BankAccount myClone[] = (BankAccount[]) unknown.clone(); 
        System.out.println("clone of expanded unknown BankAccounts: ");
        for (int cnt = 0; cnt < myClone.length; cnt++) {
            System.out.println(myClone[cnt]);
        }
        // change one of the BankAccounts - since unknown points to the same array 
        // as expanded - a change in one is a change in both
        // this is true whether expanded is filled using arraycopy or by element
        //   by element assignments - since element assignments are assigning 
        //   references - so actually referring to the same elements, not copies
        myClone[0].deposit(200);
        System.out.println("unknown: " + unknown[0]);
        System.out.println("myClone: " + myClone[0]);
        
        BankAccount cantClone = new BankAccount("1234",100.00);
        System.out.println("cantClone:  " + cantClone);
        BankAccount cloned = new BankAccount(); // dummy to make compile
        /*
         try {
            //cloned = (BankAccount) cantClone.clone(); 
            System.out.println("cloned:  " + cloned);
        }
        catch (CloneNotSupportedException ex) {
            System.out.println("You can't clone this guy");
            System.exit(0);
        }
        cloned.setAcctNum("1234567");
        System.out.println("cantClone:  " + cantClone);
        System.out.println("cloned:  " + cloned);
         **/
        System.exit(0);
        
    }
    

}