public void CreateTimeStamp_FromInitial_CreatesATimestampAMinuteInFuture()
{
const int expectedDay = 0;
const int expectedTime = 1;
const int expectedOriginalTime = 0;
DayTime next = _dayTime.CreateTimestamp(1);
Assert.AreEqual(_dayTime.Day, expectedDay);
Assert.AreEqual(_dayTime.Time, expectedOriginalTime);
Assert.AreEqual(next.Day, expectedDay);
Assert.AreEqual(next.Time, expectedTime);
}
public void ReceiveProduct_CompletesOrder()
{
DayTime completedDate = _dayTime.CreateTimestamp(20);
List <string> expected_complete = new List <string>()
{
test_type + " ; " + ConvertTime(_dayTime) + " ; " + ConvertTime(completedDate)
};
_subject.CreateOrder(test_type, _dayTime);
_subject.ReceiveProduct(test_type, completedDate);
CollectionAssert.IsEmpty(_subject.ActiveOrders);
CollectionAssert.AreEquivalent(expected_complete, _subject.CompleteOrders);
}
public void Transport_AtFirstStop_UpdatesLocationAndReceivesCargo()
{
Dictionary <int, string> expected = new Dictionary <int, string>();
expected.Add(_wo1.Id, PLANT2_NAME);
DayTime newTime = _first.CreateTimestamp(10);
_subject.Work(newTime);
Assert.AreEqual(PLANT1_NAME, _subject.CurrentLocation);
Assert.IsNotEmpty(_subject.Inventory());
CollectionAssert.AreEquivalent(_subject.Inventory(), expected);
}
public void ReceiveProduct_ShouldKeepCompletedOrderDate()
{
DayTime day2 = _dayTime.CreateTimestamp(1440);
DayTime day3 = day2.CreateTimestamp(1440);
DayTime day4 = day3.CreateTimestamp(1440);
List <string> expected = new List <string>();
_subject.CreateOrder(test_type, _dayTime);
_subject.CreateOrder(test_type, day2);
_subject.CreateOrder(test_type, day3);
_subject.CreateOrder(test_type, day4);
CollectionAssert.AreEquivalent(expected, _subject.CompleteOrders);
_subject.ReceiveProduct(test_type, _dayTime);
expected.Add(test_type + " ; 0 ; 0");
CollectionAssert.AreEquivalent(expected, _subject.CompleteOrders);
_subject.ReceiveProduct(test_type, day2);
expected.Add(test_type + " ; 1 ; 1");
CollectionAssert.AreEquivalent(expected, _subject.CompleteOrders);
_subject.ReceiveProduct(test_type, day2);
expected.Add(test_type + " ; 2 ; 1");
CollectionAssert.AreEquivalent(expected, _subject.CompleteOrders);
_subject.ReceiveProduct(test_type, day4);
expected.Add(test_type + " ; 3 ; 3");
CollectionAssert.AreEquivalent(expected, _subject.CompleteOrders);
}
private DayTime NextDumpTime(DayTime currentDumpTime)
{
//TODO Update MES Dump Time to be based on a configuration.
return(_schedule switch
{
_ => currentDumpTime.CreateTimestamp(24 * 60)
});
// private pure
private DayTime NextDumpTime(DayTime currentDumpTime)
{
//TODO Create configuration for ERP to update MES's
return(_schedule switch
{
_ => currentDumpTime.CreateTimestamp(24 * 60)
});
protected void SetUp()
{
_plant1 = Substitute.For <IPlant>();
_plant1.Name.Returns(PLANT1_NAME);
_wo1 = Substitute.For <IWork>();
_plant1.ShipToOtherPlants().Returns(new Dictionary <IWork, string>()
{
{ _wo1, PLANT2_NAME }
});
_plant2 = Substitute.For <IPlant>();
_plant2.Name.Returns(PLANT2_NAME);
_wo2 = Substitute.For <IWork>();
_plant2.ShipToOtherPlants().Returns(new Dictionary <IWork, string>()
{
{ _wo2, PLANT1_NAME }
});
var dock = Substitute.For <IReceive>();
dock.Name.Returns("Shipping Dock");
_plant1.Dock().Returns(dock);
_plant2.Dock().Returns(dock);
_enterprise = Substitute.For <IEnterprise>();
_enterprise.Plants.Returns(new List <IPlant>()
{
_plant1, _plant2
});
_first = new DayTime();
_routes = new Dictionary <DayTime, string>()
{
{ _first.CreateTimestamp(10), PLANT1_NAME },
{ _first.CreateTimestamp(20), PLANT2_NAME },
{ _first.CreateTimestamp(30), PLANT1_NAME },
{ _first.CreateTimestamp(40), PLANT2_NAME }
};
_subject = new Transport(_enterprise, _routes);
}