//Method used to write all details of the given customer list and set
//of unique ID generators to a file to be read on next startup.
public static void writeToFiles(CustomerListFacade writeList, String writeGenerators)
{
if (File.Exists(mainFileName))
{
File.Delete(mainFileName);
}
if (File.Exists(generatorsFileName))
{
File.Delete(generatorsFileName);
}
FileStream stream = File.Create(mainFileName);
BinaryFormatter formatter = new BinaryFormatter();
formatter.Serialize(stream, writeList);
stream.Close();
var genFile = File.Create(generatorsFileName);
genFile.Close();
File.WriteAllText(generatorsFileName, writeGenerators);
return;
}
public void getBookings_test()
{
//Set up the class list to be searched and adds the data to be found.
CustomerListFacade TestCustomers = new CustomerListFacade();
TestCustomers.addCustomer(TestCustomer);
TestCustomers.addBooking(1, TestBooking);
Booking TestBooking2 = new Booking()
{
BookingRef = 2, ChaletID = 3, ArrivalDate = DateTime.Parse("21/02/2019"), DepartureDate = DateTime.Parse("28/02/2019")
};
TestCustomers.addBooking(1, TestBooking2);
var TestBookings = TestCustomers.GetBookings(1);
Boolean result = false;
//If the all test bookings are added to list TestBookings then the
//result to true, otherwise leave it as false.
if (TestBookings.Count == 2)
{
result = true;
}
//If result is true, pass the test, otherwise fail it.
Assert.IsTrue(result);
}
//Method used to read in all details of the Main save file.
public static CustomerListFacade readFromMainFile()
{
CustomerListFacade readList = new CustomerListFacade();
if (File.Exists(mainFileName) && new FileInfo(mainFileName).Length != 0)
{
FileStream stream = File.OpenRead(mainFileName);
BinaryFormatter formatter = new BinaryFormatter();
readList = (CustomerListFacade)formatter.Deserialize(stream);
stream.Close();
}
return(readList);
}
public void deleteBooking_test()
{
//Set up the class list to be searched and adds the data to be found.
CustomerListFacade TestCustomers = new CustomerListFacade();
TestCustomers.addCustomer(TestCustomer);
TestCustomers.addBooking(1, TestBooking);
TestCustomers.deleteBooking(1, 1);
Boolean result = false;
//If the test booking added to the class list is deleted, set result
//to true, otherwise leave it as false.
if (TestCustomer.Bookings.Count == 0)
{
result = true;
}
//If result is true, pass the test, otherwise fail it.
Assert.IsTrue(result);
}
public void findBooking_test()
{
//Set up the class list to be searched and adds the data to be found.
CustomerListFacade TestCustomers = new CustomerListFacade();
TestCustomers.addCustomer(TestCustomer);
TestCustomers.addBooking(1, TestBooking);
Booking outputBooking = TestCustomers.findBooking(1, 1);
Boolean result = false;
//If test booking is successfully found then outputBooking.ChaletID
//should = 1, if so, set result to true, otherwise leave it as false.
if (outputBooking.ChaletID == 1)
{
result = true;
}
//If result is true, pass the test, otherwise fail it.
Assert.IsTrue(result);
}
public void addBooking_test()
{
//Set up the class list to have the test added to.
CustomerListFacade TestCustomers = new CustomerListFacade();
TestCustomers.addCustomer(TestCustomer);
//Create the test booking and attempts to add it to the class list.
TestCustomers.addBooking(1, TestBooking);
Boolean result = false;
//If test booking is successfully added to the class list then set
//result to true true, otherwise leave it as false.
if (TestCustomer.Bookings.Count > 0)
{
result = true;
}
//If result is true, pass the test, otherwise fail it.
Assert.IsTrue(result);
}
