protected override async Task <ResultWithMetrologyProperties <Result> > DoRunAsync(Request request)
{
var card = await DbContext.CardsInDecks.SingleAsync(card => card.DeckId.Equals(request.DeckId) && card.CardId.Equals(request.CardId));
var lastLearnUtcTime = runDate == null ? DateTime.UtcNow : runDate;
if (request.TargetHeap != CardInDeck.UnknownHeap)
{
if (request.TargetHeap == card.CurrentHeap)
{
return(new ResultWithMetrologyProperties <Result>(new Result(), ("DeckId", request.DeckId.ToString()), ("CardId", request.CardId.ToString()), ("TargetHeap", request.TargetHeap.ToString()), ("CardWasAlreadyInHeap", true.ToString()))); //This could happen due to connection problems on client side, or to multiple sessions
}
if (request.TargetHeap < card.CurrentHeap || request.TargetHeap - card.CurrentHeap > 1)
{
throw new InvalidOperationException($"Invalid move request (request heap: {request.TargetHeap}, current heap: {card.CurrentHeap}, card: {request.CardId}, last learn UTC time: {card.LastLearnUtcTime})");
}
var heapingAlgorithm = await HeapingAlgorithm.OfDeckAsync(DbContext, request.DeckId);
card.ExpiryUtcTime = heapingAlgorithm.ExpiryUtcDate(request.TargetHeap, lastLearnUtcTime.Value);
if (request.TargetHeap > card.BiggestHeapReached)
{
card.BiggestHeapReached = request.TargetHeap;
}
}
else
{
card.ExpiryUtcTime = DateTime.MinValue.ToUniversalTime(); //Setting this is useless for normal operations, but would help detect any misuse of this field (bugs)
if (card.CurrentHeap != CardInDeck.UnknownHeap)
{
card.NbTimesInNotLearnedHeap++;
}
}
card.LastLearnUtcTime = lastLearnUtcTime.Value;
card.CurrentHeap = request.TargetHeap;
await DbContext.SaveChangesAsync();
return(new ResultWithMetrologyProperties <Result>(new Result(), ("DeckId", request.DeckId.ToString()), ("CardId", request.CardId.ToString()), ("TargetHeap", request.TargetHeap.ToString()), ("CardWasAlreadyInHeap", false.ToString())));
}
protected override async Task <ResultWithMetrologyProperties <Result> > DoRunAsync(Request request)
{
var heapingAlgorithm = await HeapingAlgorithm.OfDeckAsync(DbContext, request.DeckId);
var cardsInDecks = DbContext.CardsInDecks.Where(card => card.DeckId.Equals(request.DeckId) && request.CardIds.Any(cardId => cardId == card.CardId)).ToImmutableDictionary(c => c.CardId, c => c);
if (request.CardIds.Any(cardId => !cardsInDecks.ContainsKey(cardId)))
{
throw new InvalidOperationException("One card is not in the deck");
}
foreach (var cardInDeck in cardsInDecks.Values)
{
if (cardInDeck.CurrentHeap != request.TargetHeap)
{
if (cardInDeck.BiggestHeapReached < request.TargetHeap)
{
cardInDeck.BiggestHeapReached = request.TargetHeap;
}
if (request.TargetHeap == CardInDeck.UnknownHeap)
{
cardInDeck.NbTimesInNotLearnedHeap++;
cardInDeck.ExpiryUtcTime = DateTime.MinValue.ToUniversalTime(); //Setting this is useless for normal operations, but would help detect any misuse of this field (bugs)
}
else
{
cardInDeck.ExpiryUtcTime = heapingAlgorithm.ExpiryUtcDate(request.TargetHeap, cardInDeck.LastLearnUtcTime);
}
cardInDeck.CurrentHeap = request.TargetHeap;
}
}
await DbContext.SaveChangesAsync();
return(new ResultWithMetrologyProperties <Result>(new Result(), ("DeckId", request.DeckId.ToString()), ("TargetHeap", request.TargetHeap.ToString()), ("CardCount", request.CardIds.Count().ToString())));
}
