#include <iostream>
#include <string>
#include <vector>

#include "Customer.h"
#include "CustomerGold.h"
#include "CustomerPlatinum.h"
#include "CustomerStandard.h"

#include "BAccount.h"
#include "BAccountBusiness.h"
#include "BAccountStandard.h"
#include "BAccountStudent.h"

#include "Interface.h"
#include "ATM.h"
#include "Official.h"
#include "Manager.h"

void F_ATM(ATM*);
void F_Official(ATM*);
void F_Manager(ATM*);

using namespace std;

vector<Customer*> ALLCustomer;
vector<BAccount*> ALLAccount;

void main()
{
	int x;
	ATM atm;

	do
    {
		cout<< " Bank Manager System" << endl<< endl<< endl;

		cout<< " What type of user you?" << endl;
		cout<< " 1. ATM " << endl;
		cout<< " 2. Official " << endl;
		cout<< " 3. Manager " << endl;

    cout<<"Enter choice no.: ";
    std::cin>>x;
    switch(x)
    {
        case 1:
        {
			F_ATM(&atm);
            break;
        }
		 case 2:
        {
			F_Official(&atm);
            break;
        }
        case 3:
        {
			F_Manager(&atm);
            break;
        }
    }
}
	while(1);

	cin.get();
	cin.get();
	cin.get();
	cin.get();
}

void F_ATM(ATM atm)
{
	
	int x, i, NowAccNu, PlaceInVector;
	cout<< "Bank Account Number:" <<endl;
	cin>> NowAccNu;
	for(i=0 ; i<ALLAccount.size() ; i++)
	{
		if (ALLAccount.at(i)->AccountNumber==NowAccNu)
			PlaceInVector=i;
	}

	atm.dis();
	cout<<"Enter choice no.: ";
    cin>>x;
    switch(x)
    {
        case 1://Show balance
				{
					atm.showBalance(ALLAccount[PlaceInVector]);
					break;
				}
		 case 2://Cash deposit
				{
					int cash;
					cout << "Some cash you want to deposit?" <<endl;
					cin >> cash;
					atm.Deposit(ALLAccount[PlaceInVector], cash);
					cout << "Done" <<endl;
					break;
				}
        case 3://Check deposit
				{
					int chek;
					cout << "Some NIS Total check??" <<endl;
					cin >> chek;
					atm.DepositCheck(ALLAccount[PlaceInVector], chek);
					cout << "Done" <<endl;
					break;
				}
		case 4://Withdraw cash
				{
					int cash;
					cout << "How much money you want to withdraw from the account?" <<endl;
					cin >> cash;
					atm.Withdraw(ALLAccount[PlaceInVector], cash);
					cout << "Done" <<endl;
					break;
				}
		case 5://Transfer to another account
				{
					int i, AccDestination, AccDestinationPlaceInVector;
					float cash;
					cout << "Account number to which you want to transfer money?" <<endl;
					cin >> AccDestination;
					cout << "How much money you want to transfer specific account?(xx.xx)" <<endl;
					cin >> cash;
					
					for(i=0 ; i< ALLAccount.size() ; i++)
						{
							if (ALLAccount.at(i)->AccountNumber==AccDestination)
							AccDestinationPlaceInVector=i;
						}
					atm.Trensfer(ALLAccount.at(PlaceInVector), ALLAccount[AccDestinationPlaceInVector], cash);
						break;
				}
		case 6://Exit
				{
					/*exit();*/
					break;
				}
    }
}
void F_Official(ATM atm)
{
	Official official;
	int x, i, NowAccNu, PlaceInVector, NowCusNu, z, PlaceInVectorA, PlaceInVectorB;
	official.dis();
	cout<<"Enter choice no.: ";
    cin>>x;
    switch(x)
    {
        case 1://Adding a new customer
				{
					int x,Numbcus;
					cout<< "What type of new client you want to add to the bank?"<<endl;
					cout<< "1.Gold" <<endl;
					cout<< "2.Platinum" <<endl;
					cout<< "3.Regular" <<endl;
					cin>>x;
					Numbcus=ALLCustomer.size();
					if(x==1)
						{
							ALLCustomer.push_back(new CustomerGold);
							ALLCustomer[Numbcus+1]->EntryDetailsNewCustomer();
						}
					if(x==2)
						{
							ALLCustomer.push_back(new CustomerPlatinum);
							ALLCustomer[Numbcus+1]->EntryDetailsNewCustomer();
						}
					if(x==3)
						{
							ALLCustomer.push_back(new CustomerStandard);
							ALLCustomer[Numbcus+1]->EntryDetailsNewCustomer();
						}
					if( x!=1 || x!=2 || x!=3 )
						cout<< "Your choice is unacceptable." <<endl;
					break;
				}
		 case 2://View existing customer information
				{
					cout << "Customer Number:" <<endl;
					cin >> NowCusNu;
					for(i=0 ; i<ALLCustomer.size() ; i++)
						{
							if (ALLCustomer.at(i)->CusNumber==NowCusNu)
							PlaceInVector=i;
						}
					official.ShowCustomerDetailsAll(ALLCustomer[PlaceInVector]);
					break;
				}
        case 3://update existing customer information
				{
					cout << "Customer Number:" <<endl;
					cin >> NowCusNu;
					for(i=0 ; i<ALLCustomer.size() ; i++)
						{
							if (ALLCustomer.at(i)->CusNumber==NowCusNu)
							PlaceInVector=i;
						}
					official.UpdateCustomerDetailsAll(ALLCustomer[PlaceInVector]);
					break;
				}
		case 4://Fill the required bills ATM
				{
					official.GoodMorningATM(&atm);
					break;
				}
		case 5:
        {
			break;
        }
		case 6:
        {
			break;
        }
		case 7:
        {
			int overdraft=0 ,x;
			cout<< "	Note that "<<endl;
			cout<< "	You can open a new bank account client already exists in the system."<<endl;
			cout<< "	If you want to open a new bank account for a new customer who is in you first open a new Account only after then the bank account belonging to him."<<endl;

			cout << "Customer Number:" <<endl;
			cin >> NowCusNu;
			for(i=0 ; i<ALLCustomer.size() ; i++)
				{
					if (ALLCustomer.at(i)->CusNumber==NowCusNu)
					PlaceInVector=i;
				}
			for(i=0 ; i<ALLCustomer.at(PlaceInVector)->ListOfAccount.size() ; i++)
				{
					if(ALLCustomer.at(PlaceInVector)->ListOfAccount.at(i) < 0 )
						overdraft++;
				}
			if(overdraft>=2)
				{
					cout<< "System error, this customer there are at least two accounts with overdraft,"<<endl;
					cout<< "so it is impossible for a customer to open it more accountable."<<endl;
				}
			else
				{
					cout<< "What type of account you want to open?"<<endl;
					cout<< "1.Business" <<endl;
					cout<< "2.Standard" <<endl;
					cout<< "3.Student" <<endl;
					cin>>x;
					NowAccNu=ALLAccount.size();
					if(x==1)
						{
							ALLAccount.push_back(new BAccountBusiness);
							ALLAccount.at(NowAccNu+1)->BelongToCustomer(NowCusNu);
						}
					if(x==2)
						{
							ALLAccount.push_back(new BAccountStandard);
							ALLAccount.at(NowAccNu+1)->BelongToCustomer(NowCusNu);
						}
					if(x==3)
						{
							ALLAccount.push_back(new BAccountStudent);
							ALLAccount.at(NowAccNu+1)->BelongToCustomer(NowCusNu);
						}

					if( x!=1 || x!=2 || x!=3 )
						cout<< "Your choice is unacceptable." <<endl;
				}

			break;
        }
		case 8://Viewing the information of an existing account
				{
					cout << "Bank Account Number:" <<endl;
					cin >> NowAccNu;
					for(i=0 ; i<ALLAccount.size() ; i++)
					{
						if (ALLAccount.at(i)->AccountNumber==NowAccNu)
							PlaceInVector=i;
					}
					official.ShowAccuontDetailsAll(ALLAccount.at(PlaceInVector));
					break;
				}
		case 9://Update Account Information
				{
					cout << "Bank Account Number:" <<endl;
					cin >> NowAccNu;
					for(i=0 ; i<ALLAccount.size() ; i++)
					{
						if (ALLAccount.at(i)->AccountNumber==NowAccNu)
							PlaceInVector=i;
					}
					official.UpdateAccuontDetailsAll(ALLAccount[PlaceInVector]);
					break;
				}
		case 10://Associating a client bank account, and adding an authorized signatory existing account.
        {
			cout<< " Customer number? "<<endl;
			cin>>NowCusNu;
			cout<< " Bank account number? "<<endl;
			cin>>NowAccNu;
			for(i=0 ; i<ALLAccount.size() ; i++)
				{
					if (ALLAccount.at(i)->AccountNumber==NowAccNu)
							PlaceInVectorA=i;
				}
			for(i=0 ; i<ALLCustomer.size() ; i++)
				{
					if (ALLCustomer.at(i)->CusNumber==NowCusNu)
							PlaceInVectorB=i;
				}

			cout<< " What action do you want to do? "<<endl;
			cout<< " 1.Adding client authorized signatory bank account "<<endl;
			cout<< " 2.Adding bank account ownership of the customer "<<endl;
			cin>>z;
			if(z==1)
			{
				ALLAccount.at(PlaceInVectorA)->BelongToCustomer(NowCusNu);
				cout<< " Done successfully "<<endl;
				cout<< " Client number"<< NowCusNu <<" of the authorized signatory Number"<< NowAccNu <<endl;
			}
			if(z==2)
			{
				ALLCustomer.at(PlaceInVectorB)->BelongToAccount(NowAccNu);
				cout<< " Done successfully "<<endl;
				cout<< " Account number"<< NowAccNu <<" of the customer owns the number"<< NowCusNu <<endl;
			}
			if( x!=1 || x!=2 )
					cout<< "Your choice is unacceptable." <<endl;
			break;
        }
		case 11://Closing the account
        {
			cout<< "** Important! **" <<endl;
			cout<< "Closing an account means to delete the account data immediately." <<endl<<endl<<endl;
			cout<< "What is the account number you want to quit?" <<endl;
			cin>> NowAccNu;
			for(i=0 ; i<ALLAccount.size() ; i++)
				{
					if (ALLAccount.at(i)->AccountNumber==NowAccNu)
							PlaceInVectorA=i;
				}
			ALLAccount.erase(ALLAccount.begin()+PlaceInVectorA);
			cout<< " Done successfully "<<endl;
			break;
        }
		case 12:
        {
			F_ATM(atm);
			break;
        }
		case 13:
        {
			/*exit();*/
			break;
        }
    }
}
void F_Manager(ATM atm)
{
	Manager manager;
	int i, x, NowAccNu, PlaceInVectorA, PlaceInVectorB, NowCusNu;

	manager.dis();
	cout<<"Enter choice no.: ";
    cin>>x;
    switch(x)
    {
        case 1:
				{
					break;
				}
		 case 2://Adding the account signatory
				{
					cout << "What account you want to add authorized signatories? (Account number)" <<endl;
					cin >> NowAccNu;
					cout << "Which client you want to add an authorized signatory for this account? (Customer number)" <<endl;
					cin >> NowCusNu;

						for(i=0 ; i<ALLAccount.size() ; i++)
							{
								if (ALLAccount.at(i)->AccountNumber==NowAccNu)
									PlaceInVectorA=i;
							}
						for(i=0 ; i<ALLCustomer.size() ; i++)
							{
								if (ALLCustomer.at(i)->CusNumber==NowCusNu)
									PlaceInVectorB=i;
							}
					manager.AddAuthorizedSignatory(ALLCustomer.at(PlaceInVectorB), ALLAccount.at(PlaceInVectorA));
					break;
				}
        case 3://Removing the account signatory
				{
					cout << "What account you want to remove signatories? (Account number)" <<endl;
					cin >> NowAccNu;
					cout << "Which client you want to remove an authorized signatory for this account? (Customer number)" <<endl;
					cin >> NowCusNu;

						for(i=0 ; i<ALLAccount.size() ; i++)
							{
								if (ALLAccount.at(i)->AccountNumber==NowAccNu)
									PlaceInVectorA=i;
							}
						for(i=0 ; i<ALLCustomer.size() ; i++)
							{
								if (ALLCustomer.at(i)->CusNumber==NowCusNu)
									PlaceInVectorB=i;
							}
					manager.RemoveAuthorizedSignatory(ALLCustomer.at(PlaceInVectorB), ALLAccount.at(PlaceInVectorA));
					break;
				}
		case 4://Official actions on an existing account.
				{
					F_Official(atm);
					break;
				}
		case 5://ATM actions on an existing account.
				{
					F_ATM(atm);
					break;
				}
		case 6://Exit
				{
					/*exit();*/
					break;
				}
    }
}