public void ShouldNotMergeIfEarlierEventWasntTerminatedByFiltering(TerminationState earlierEventTerminatedAs)
{
GivenEventsMeetMergeConditions();
_event.TerminatedState = earlierEventTerminatedAs;
Assert.IsFalse(_strategy.AreMergable(_event, _subsequentEvent));
}
public void ResetGame(int width, int height, int virusHeight, int virusCount)
{
this.width = width;
this.height = height;
this.virusCount = virusCount;
this.virusHeight = virusHeight;
gameState = new GameState(width, height);
spawnRow = height - 1;
spawnCol = width / 2 - 1;
terminationState = TerminationState.ONGOING;
SpawnViruses(virusCount, virusHeight);
StartTurn();
OnGameReset?.Invoke();
}
private static IDEEvent CompletionEvent(TerminationState ts, IName name)
{
return(new CompletionEvent
{
// this is invalid but Ok for this test!
ActiveDocument = Names.Document(Guid.NewGuid() + " "),
TerminatedState = ts,
Selections =
{
new ProposalSelection
{
Proposal = new Proposal
{
Name = name
}
}
}
});
}
void StartTurn()
{
playerCanPlay = true;
if (gameState.IsOccupied(spawnRow, spawnCol) || gameState.IsOccupied(spawnRow, spawnCol + 1))
{
terminationState = TerminationState.LOSS;
playerCanPlay = false;
OnGameEnd?.Invoke();
return;
}
Color primaryColor = (Color)Random.Range(0, 3);
Color secondaryColor = (Color)Random.Range(0, 3);
if (singleColorPillsOnly)
{
secondaryColor = primaryColor;
}
gameState.SpawnPill(spawnRow, spawnCol, primaryColor, secondaryColor);
currentPillRow = spawnRow;
currentPillCol = spawnCol;
}
public void Wait()
{
if (playerCanPlay && gameState.CanMoveDown(currentPillRow, currentPillCol))
{
--currentPillRow;
}
else
{
EndTurn();
}
if (!gameState.UpdateState())
{
if (gameState.GetVirusCount() == 0)
{
terminationState = TerminationState.WIN;
OnGameEnd?.Invoke();
return;
}
StartTurn();
}
}
public void OnlyReadsAppliedEventsWithMethods()
{
const TerminationState applied = TerminationState.Applied;
const TerminationState cancelled = TerminationState.Cancelled;
var x = Names.General("x");
var m = Names.Method("[T,P] [T,P].M()");
var appliedAndMethod = CompletionEvent(applied, m);
AddFile(
"a.zip",
OtherEvent(),
CompletionEvent(applied, x),
CompletionEvent(cancelled, m),
appliedAndMethod);
var expected = Lists.NewList(appliedAndMethod);
var actual = _sut.FindAppliedCompletionEvents("a.zip");
CollectionAssert.AreEquivalent(expected, actual);
}
