/* @(#)customer.cc (c) Telelogic AB */

#include <iostream>
#include "customer.h"
#include "cardauth.h"
#include "account.h"					    							    							    

std::istream& operator>>(std::istream& f, CustomerEditEnum& choice)
{	
    int	bufint;
	    
    comment("\n\tChoice : ","\n\tChoix : \t");
    std::cin >> bufint;
    // Conditions
    choice = (CustomerEditEnum) bufint;

    return f;
}

void Customer::GenInit()
{
    Account = 0;
    CardAuthorization = 0;
}

Customer::Customer()
{
    GenInit();
}

Customer::Customer(const char* name, const char* address)
{
    GenInit();
    Name.SetStr(name);
    Address.SetStr(address);

}

std::ostream& operator<<(std::ostream& f, Customer& customer)
{	
    comment("\nCustomer :\n", "\nClient :\n");
    comment("\tName : \t\t\t", "\tNom : \t\t\t");
    std::cout<<customer.Name.GetStr()<<"\n";
    comment("\tAddress : \t", "\tAdresse : \t");	
    std::cout<<customer.Address.GetStr()<<"\n";
    return f;
}

std::istream& operator>>(std::istream& f, Customer& customer)
{	
    CustomerEditEnum choice;

    std::cout<<customer;

    do {
	comment("Editing :\n", "Edition :\n");
	comment("\tName : \t", "\tNom : \t");
	std::cout<<CUSTOMER_NAME_CHOICE<<"\n";
	comment("\tAddress : \t", "\tAdresse : \t\t");	
	std::cout<<CUSTOMER_ADDRESS_CHOICE<<"\n";
	comment("\tQuit : \t\t","\tFin : \t\t\t");
	std::cout<<CUSTOMER_END_CHOICE;
	f>>choice;

	switch(choice) {
	case CUSTOMER_NAME_CHOICE:
		comment("\tName : \t", "\tNom : \t");
		std::cin>>customer.Name;
		break;
	case CUSTOMER_ADDRESS_CHOICE:
		comment("\tAddress : \t", "Adresse : \t\t");
		std::cin>>customer.Address;
		break;
	}
	std::cout<<customer;
    }
    while(choice != CUSTOMER_END_CHOICE);

    return f;
}

void Customer::add_CardAuthorization (class CardAuthorization& a_CardAuthorization) //GENB
{							    //GENB
   p_connect_CardAuthorization(a_CardAuthorization);	    //GENB
   a_CardAuthorization.p_connect_Customer(*this);	    //GENB
}							    //GENB

void Customer::rem_CardAuthorization(class CardAuthorization& a_CardAuthorization) //GENB
{							    //GENB
   p_disconnect_CardAuthorization(a_CardAuthorization);	    //GENB
   a_CardAuthorization.p_disconnect_Customer(*this);	    //GENB
}							    //GENB

void Customer::p_connect_CardAuthorization (class CardAuthorization& a_CardAuthorization) //GENB
{							    //GENB
   a_CardAuthorization.same_Customer = CardAuthorization;   //GENB
   CardAuthorization = &a_CardAuthorization;		    //GENB
}							    //GENB

void Customer::p_disconnect_CardAuthorization(class CardAuthorization& a_CardAuthorization) //GENB
{							    //GENB
   class CardAuthorization **p;				    //GENB
   for (p = &CardAuthorization; *p && *p != &a_CardAuthorization; p = &(*p) ->same_Customer); //GENB
   if (*p) *p = (*p) ->same_Customer;			    //GENB
}							    //GENB

void Customer::add_Account (class Account& a_Account)	    //GENB
{							    //GENB
   p_connect_Account(a_Account);			    //GENB
   a_Account.p_connect_Customer(*this);			    //GENB
}							    //GENB

void Customer::rem_Account(class Account& a_Account)	    //GENB
{							    //GENB
   p_disconnect_Account(a_Account);			    //GENB
   a_Account.p_disconnect_Customer(*this);		    //GENB
}							    //GENB

void Customer::p_connect_Account (class Account& a_Account) //GENB
{							    //GENB
   a_Account.same_Customer = Account;			    //GENB
   Account = &a_Account;				    //GENB
}							    //GENB

void Customer::p_disconnect_Account(class Account& a_Account)			//GENB
{							    //GENB
   class Account **p;					    //GENB
   for (p = &Account; *p && *p != &a_Account; p = &(*p) ->same_Customer);	//GENB
   if (*p) *p = (*p) ->same_Customer;			    //GENB
}							    //GENB