public void RegularSpotsFull_RegularClientCannotEnter()
{
// Arrange.
var events = new Event[ParkingHouseInformation.Capacity -
(int)(ParkingHouseInformation.Capacity * ParkingHouseInformation.PortionOfParkingSpotsReservedForContractClients)];
for (int i = 0; i < events.Length; ++i)
{
events[i] = new EnteredParkingHouse {
Client = new Client {
Vehicle = new Vehicle()
}
}
}
;
// Act & Assert.
Test(
Given(events),
When(new EnterParkingHouse
{
Id = _id,
Client = _regularClient
}),
ThenFailWith <AllAvailableSpotsReserved>());
}
}
public void CannotEnterParkingHouse_ParkingHouseFull()
{
// Arrange.
var events = new Event[ParkingHouseInformation.Capacity];
for (int i = 0; i < events.Length; ++i)
{
// We are adding contract clients to actually fill up ALL the parking spots (including reserved spots).
events[i] = new EnteredParkingHouse {
Client = new ContractClient {
Vehicle = new Vehicle()
}
}
}
;
// Act & Assert.
Test(
Given(events),
When(new EnterParkingHouse
{
Id = _id,
Client = _regularClient
}),
ThenFailWith <ParkingHouseFull>());
}
public void RegularSpotsFull_ContractClientCanEnter()
{
// Arrange.
var events = new Event[ParkingHouseInformation.Capacity -
(int)(ParkingHouseInformation.Capacity * ParkingHouseInformation.PortionOfParkingSpotsReservedForContractClients)];
for (int i = 0; i < events.Length; ++i)
{
events[i] = new EnteredParkingHouse {
Client = new Client {
Vehicle = new Vehicle()
}
}
}
;
// Act & Assert.
Test(
Given(events),
When(new EnterParkingHouse
{
Id = _id,
Client = _contractClient
}),
Then(new EnteredParkingHouse
{
Id = _id,
Client = _contractClient,
DateTime = InitialDateTime
}));
}
public void Apply(EnteredParkingHouse e)
{
var spotType = DecideWhichSpotToTake(e.Client);
switch (spotType)
{
case ParkingSpotType.Regular:
_regularSpotsTaken++;
break;
case ParkingSpotType.Reserved:
_reservedSpotsTaken++;
break;
}
_clients.Add(e.Client, new ClientParkingData {
ParkingSpotType = spotType, DateTimeEntered = e.DateTime
});
}