Given the classes above, Implement this class (OrderFascade) using the Fascade p
ID: 3676425 • Letter: G
Question
Given the classes above, Implement this class (OrderFascade) using the Fascade pattern to incorporate the process of ordering behind a simpler interface via the OrderFascade.
class OrderFascade {
// Global in scope
class Time {}
class ServiceClass {}
class CustomerID {}
class ProductID {}
// CODE GOES HERE
}
class CustomerRecordService class Inventoryservice // Global in scope class ProductID () // Global in scope class Time t class Serviceclass t class CustomerID th class ProductID 0 public InventoryService) // Imagine Some Code Here public CustomerRecordService) /Imagine Some Code Here public boolean sellFromInventory (ProductID p) t // Imagine Some Code Here return true; public void recordorder (Time t, ServiceClass s, CustomerID c, ProductID p) f // Imagine Some Code Here class FulfillmentService t // Global in scope class Time th class ShipperDetailst) class ServiceClass class CustomerID ( class ProductID public Fulfillmentservice (ShipperDetails[] s) // Imagine Some Code Here private boolean doableETA(ServiceClass s, CustomerID c, Time t) // Imagine Some Code Here return true; public boolean fulfill (ProductID p, CustomerID c, Serviceclass s, Time t) ( if (doableETA(s,c,t)) return false; // Imagine Some Code Here return true;Explanation / Answer
#include<iostream.h>
#include<time.h>
class Time
{
void t()
{ ctime curtime;
curtime=time(null);
cout<<"current time"<<asctime(curtime);
}
}
class customerid
{
void getdetails(string custname,string custadd,string phone)
{
cout<<"customer name"<<custname <<"customer address"<<custadd"<<"contact number"<<phone;
}
}
class productid
{
int prdit(int pid,string prd_name)
{
this.prd_name=prd_name;
this.pid=pid;
}
class service
{ int porder;
}
}
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