public void UpdateAvailableCards(TriadCard[] screenCards)
{
availableCardMask = 0;
numPlaced = 0;
numUnknownPlaced = 0;
Array.Copy(screenCards, cards, 5);
int hiddenCardId = TriadCardDB.Get().hiddenCard.Id;
for (int Idx = 0; Idx < cards.Length; Idx++)
{
if (cards[Idx] != null)
{
if (cards[Idx].Id != hiddenCardId)
{
availableCardMask |= (1 << Idx);
}
}
else
{
numPlaced++;
}
}
}
public void Run()
{
GameDataLists gameDataLists = new GameDataLists();
gameDataLists.Load(@"..\..\..\datasource\export\exd-all\");
bool result = true;
result = result && ValidateCardIds(gameDataLists);
result = result && ValidateNpcIds(gameDataLists);
result = result && gameDataLists.Link();
if (result)
{
var mapRuleByCodeName = BuildRuleNameMap();
var mapCardTypeByCodeName = BuildCardTypes();
result = result && ExportRuleNames(gameDataLists.rules, mapRuleByCodeName);
result = result && ExportCardTypes(gameDataLists.cardTypes, mapCardTypeByCodeName);
result = result && UpdateCards(gameDataLists, mapCardTypeByCodeName);
result = result && UpdateNpcs(gameDataLists, mapRuleByCodeName);
result = result && UpdateTournaments(gameDataLists, mapRuleByCodeName);
}
if (result)
{
LocalizationDB.Get().Save();
TriadCardDB.Get().Save();
TriadNpcDB.Get().Save();
TriadTournamentDB.Get().Save();
}
Logger.WriteLine(result ? "Done." : "Aborted");
}
public bool Load()
{
bool bResult = false;
string FilePath = AssetManager.Get().CreateFilePath(DBPath);
if (File.Exists(FilePath))
{
using (StreamReader file = new StreamReader(FilePath))
{
string fileContent = file.ReadToEnd();
bResult = LoadFromJson(fileContent);
file.Close();
}
}
TriadCardDB cardDB = TriadCardDB.Get();
starterCards[0] = cardDB.Find("Dodo");
starterCards[1] = cardDB.Find("Sabotender");
starterCards[2] = cardDB.Find("Bomb");
starterCards[3] = cardDB.Find("Mandragora");
starterCards[4] = cardDB.Find("Coeurl");
foreach (TriadCard starterCard in starterCards)
{
if (!ownedCards.Contains(starterCard))
{
ownedCards.Add(starterCard);
}
}
Logger.WriteLine("Loaded player cards: " + ownedCards.Count + ", npcs: " + completedNpcs.Count + ", hashes: " + customHashes.Count);
return(bResult);
}
public TriadDeck(IEnumerable <int> knownCardIds, IEnumerable <int> unknownCardlIds)
{
TriadCardDB cardDB = TriadCardDB.Get();
knownCards = new List <TriadCard>();
foreach (int id in knownCardIds)
{
TriadCard card = cardDB.cards[id];
if (card != null && card.IsValid())
{
knownCards.Add(card);
}
}
unknownCardPool = new List <TriadCard>();
foreach (int id in unknownCardlIds)
{
TriadCard card = cardDB.cards[id];
if (card != null && card.IsValid())
{
unknownCardPool.Add(card);
}
}
UpdateDeckId();
}
private bool IsSuddenDeathRestart(TriadDeckInstanceScreen deck)
{
// sudden death: all red cards visible, not matching npc deck at all
int numMismatchedCards = 0;
int numVisibleCards = 0;
int hiddenCardId = TriadCardDB.Get().hiddenCard.Id;
for (int Idx = 0; Idx < deck.cards.Length; Idx++)
{
int npcCardIdx = deck.deck.GetCardIndex(deck.cards[Idx]);
if (npcCardIdx < 0)
{
numMismatchedCards++;
}
if (deck.cards[Idx] != null && deck.cards[Idx].Id != hiddenCardId)
{
numVisibleCards++;
}
}
bool bHasOpenAndMismatched = (numVisibleCards >= 4 && numMismatchedCards > 1);
bool bHasOpenAndShouldnt = (numVisibleCards >= 4 && !bHasOpenRule);
Logger.WriteLine("IsSuddenDeathRestart? numMismatchedCards:" + numMismatchedCards + ", numVisibleCards:" + numVisibleCards);
return(bHasOpenAndMismatched || bHasOpenAndShouldnt);
}
private void UpdateAdjustedCard()
{
int sideU = (int)numericUpDownU.Value;
int sideL = (int)numericUpDownL.Value;
int sideD = (int)numericUpDownD.Value;
int sideR = (int)numericUpDownR.Value;
comboBox1.Items.Clear();
TriadCard foundCard = TriadCardDB.Get().Find(sideU, sideL, sideD, sideR);
if (foundCard != null)
{
if (foundCard.SameNumberId < 0)
{
comboBox1.Items.Add(foundCard);
}
else
{
foreach (TriadCard card in TriadCardDB.Get().sameNumberMap[foundCard.SameNumberId])
{
comboBox1.Items.Add(card);
}
}
comboBox1.SelectedIndex = 0;
}
buttonOk.Enabled = comboBox1.Items.Count > 0;
}
private void contextMenuStripPickCard_Opened(object sender, EventArgs e)
{
toolStripComboBoxPick.BeginUpdate();
PlayerSettingsDB playerDB = PlayerSettingsDB.Get();
TriadCardDB cardsDB = TriadCardDB.Get();
int numExpected = toolStripMenuOnlyOwned.Checked ? playerDB.ownedCards.Count : cardsDB.cards.Count;
if (numExpected != toolStripComboBoxPick.Items.Count)
{
toolStripComboBoxPick.Items.Clear();
foreach (TriadCard card in cardsDB.cards)
{
if (card != null && (!toolStripMenuOnlyOwned.Checked || playerDB.ownedCards.Contains(card)))
{
toolStripComboBoxPick.Items.Add(new DeckCardPicker(card));
}
}
}
for (int Idx = 0; Idx < toolStripComboBoxPick.Items.Count; Idx++)
{
DeckCardPicker cardOb = (DeckCardPicker)toolStripComboBoxPick.Items[Idx];
if (cardOb.Card == cardClickOwner.GetCard())
{
toolStripComboBoxPick.SelectedIndex = Idx;
break;
}
}
toolStripComboBoxPick.EndUpdate();
toolStripComboBoxPick.Focus();
}
public List <ImageHashData> LoadImageHashes(JsonParser.ObjectValue jsonOb)
{
List <ImageHashData> list = new List <ImageHashData>();
string[] enumArr = Enum.GetNames(typeof(EImageHashType));
foreach (var kvp in jsonOb.entries)
{
EImageHashType groupType = (EImageHashType)Array.IndexOf(enumArr, kvp.Key);
JsonParser.ArrayValue typeArr = (JsonParser.ArrayValue)kvp.Value;
foreach (JsonParser.Value value in typeArr.entries)
{
JsonParser.ObjectValue jsonHashOb = (JsonParser.ObjectValue)value;
string idStr = jsonHashOb["id"];
bool hasIdNum = int.TryParse(idStr, out int idNum);
bool needsIdNum = (groupType != EImageHashType.Rule);
if (hasIdNum != needsIdNum)
{
continue;
}
ImageHashData hashEntry = new ImageHashData()
{
type = groupType, isKnown = true
};
switch (groupType)
{
case EImageHashType.Rule:
hashEntry.ownerOb = ParseRule(idStr);
break;
case EImageHashType.CardImage:
hashEntry.ownerOb = TriadCardDB.Get().cards[idNum];
break;
default:
hashEntry.ownerOb = idNum;
break;
}
if (hashEntry.ownerOb != null)
{
string descHashTLSH = jsonHashOb["hashC", JsonParser.StringValue.Empty];
string descHashMd5 = jsonHashOb["hashB", JsonParser.StringValue.Empty];
hashEntry.LoadFromString(descHashTLSH, descHashMd5);
if (hashEntry.IsValid())
{
list.Add(hashEntry);
}
}
}
}
return(list);
}
public ImageHashData LoadHashEntry(XmlElement xmlElem)
{
ImageHashData result = null;
if (xmlElem != null && xmlElem.Name == "hash" && xmlElem.HasAttribute("type") && (xmlElem.HasAttribute("value") || xmlElem.HasAttribute("valueB")))
{
string typeName = xmlElem.GetAttribute("type");
string hashValueC = xmlElem.HasAttribute("value") ? xmlElem.GetAttribute("value") : null;
string hashValueB = xmlElem.HasAttribute("valueB") ? xmlElem.GetAttribute("valueB") : null;
if (typeName.Equals("rule", StringComparison.InvariantCultureIgnoreCase))
{
string ruleName = xmlElem.GetAttribute("name");
result = new ImageHashData()
{
type = EImageHashType.Rule, isKnown = true
};
result.ownerOb = ParseRule(ruleName);
result.LoadFromString(hashValueC, hashValueB);
}
else if (typeName.Equals("card", StringComparison.InvariantCultureIgnoreCase))
{
string cardIdName = xmlElem.GetAttribute("id");
int cardId = int.Parse(cardIdName);
result = new ImageHashData()
{
type = EImageHashType.CardImage, isKnown = true
};
result.ownerOb = TriadCardDB.Get().cards[cardId];
result.LoadFromString(hashValueC, hashValueB);
}
else if (typeName.Equals("cactpot", StringComparison.InvariantCultureIgnoreCase))
{
string numIdName = xmlElem.GetAttribute("id");
result = new ImageHashData()
{
type = EImageHashType.Cactpot, isKnown = true
};
result.ownerOb = int.Parse(numIdName);
result.LoadFromString(hashValueC, hashValueB);
}
}
return(result);
}
private void toolStripMenuOnlyOwned_CheckedChanged(object sender, EventArgs e)
{
toolStripComboBoxPick.Items.Clear();
PlayerSettingsDB playerDB = PlayerSettingsDB.Get();
TriadCardDB cardsDB = TriadCardDB.Get();
foreach (TriadCard card in cardsDB.cards)
{
if (card != null && (!toolStripMenuOnlyOwned.Checked || playerDB.ownedCards.Contains(card)))
{
toolStripComboBoxPick.Items.Add(new DeckCardPicker(card));
}
}
}
public ImageHashData LoadHashEntry(XmlElement xmlElem)
{
ImageHashData result = null;
if (xmlElem != null && xmlElem.Name == "hash" && xmlElem.HasAttribute("type") && (xmlElem.HasAttribute("value") || xmlElem.HasAttribute("valueS")))
{
string typeName = xmlElem.GetAttribute("type");
string hashValueC = xmlElem.HasAttribute("value") ? xmlElem.GetAttribute("value") : null;
string hashValueS = xmlElem.HasAttribute("valueS") ? xmlElem.GetAttribute("valueS") : null;
HashCollection hashData = new HashCollection(hashValueC, hashValueS);
if (typeName.Equals("rule", StringComparison.InvariantCultureIgnoreCase))
{
string ruleName = xmlElem.GetAttribute("name");
TriadGameModifier ruleMod = ParseRule(ruleName);
result = new ImageHashData(ruleMod, hashData, EImageHashType.Rule);
}
else if (typeName.Equals("card", StringComparison.InvariantCultureIgnoreCase))
{
string cardIdName = xmlElem.GetAttribute("id");
int cardId = int.Parse(cardIdName);
TriadCard cardOb = TriadCardDB.Get().cards[cardId];
result = new ImageHashData(cardOb, hashData, EImageHashType.Card);
}
else if (typeName.Equals("cactpot", StringComparison.InvariantCultureIgnoreCase))
{
string numIdName = xmlElem.GetAttribute("id");
int numId = int.Parse(numIdName);
if (numId >= 1 && numId <= 9)
{
result = new ImageHashData(CactpotGame.hashDB[numId - 1], hashData, EImageHashType.Cactpot);
}
}
}
return(result);
}
static public List <object> GenerateHashOwnerOptions(ImageHashData hashData)
{
List <object> list = new List <object>();
switch (hashData.type)
{
case EImageHashType.Rule:
foreach (TriadGameModifier mod in ImageHashDB.Get().modObjects)
{
list.Add(new HashOwnerItem(mod));
}
break;
case EImageHashType.CardImage:
foreach (TriadCard card in TriadCardDB.Get().sameNumberMap[((TriadCard)hashData.ownerOb).SameNumberId])
{
list.Add(new HashOwnerItem(card));
}
break;
case EImageHashType.CardNumber:
for (int number = 1; number <= 10; number++)
{
list.Add(new HashOwnerItem(number));
}
break;
case EImageHashType.Cactpot:
for (int number = 1; number <= 9; number++)
{
list.Add(new HashOwnerItem(number));
}
break;
default: break;
}
return(list);
}
public List <ImageHashData> LoadImageHashes(JsonParser.ObjectValue jsonOb)
{
List <ImageHashData> list = new List <ImageHashData>();
string[] enumArr = Enum.GetNames(typeof(EImageHashType));
foreach (KeyValuePair <string, JsonParser.Value> kvp in jsonOb.entries)
{
EImageHashType groupType = (EImageHashType)Array.IndexOf(enumArr, kvp.Key);
JsonParser.ArrayValue typeArr = (JsonParser.ArrayValue)kvp.Value;
foreach (JsonParser.Value value in typeArr.entries)
{
JsonParser.ObjectValue jsonHashOb = (JsonParser.ObjectValue)value;
string idStr = jsonHashOb["id"];
object hashOwner = null;
switch (groupType)
{
case EImageHashType.Rule: hashOwner = ParseRule(idStr); break;
case EImageHashType.Card: hashOwner = TriadCardDB.Get().cards[int.Parse(idStr)]; break;
case EImageHashType.Cactpot: hashOwner = CactpotGame.hashDB[int.Parse(idStr) - 1]; break;
default: break;
}
if (hashOwner != null)
{
HashCollection hashes = new HashCollection(jsonHashOb["hashC", JsonParser.StringValue.Empty], jsonHashOb["hashS", JsonParser.StringValue.Empty]);
ImageHashData hashEntry = new ImageHashData(hashOwner, hashes, groupType);
list.Add(hashEntry);
}
}
}
return(list);
}
public void Load(JsonParser.ObjectValue configOb)
{
string ownerStr = configOb["player"] as JsonParser.StringValue;
owner = (ownerStr == "blue") ? ETriadCardOwner.Blue : (ownerStr == "red") ? ETriadCardOwner.Red : ETriadCardOwner.Unknown;
boardPos = configOb["pos"] as JsonParser.IntValue;
if (configOb.entries.ContainsKey("board"))
{
string boardCode = configOb["board"] as JsonParser.StringValue;
boardCode = boardCode.Replace(" ", "");
expectedState = new ETriadCardOwner[9];
for (int idx = 0; idx < expectedState.Length; idx++)
{
expectedState[idx] = (boardCode[idx] == 'R') ? ETriadCardOwner.Red : (boardCode[idx] == 'B') ? ETriadCardOwner.Blue : ETriadCardOwner.Unknown;
}
}
var cardName = configOb["card"] as JsonParser.StringValue;
if (cardName != null)
{
card = TriadCardDB.Get().Find(cardName);
}
else
{
var cardSides = configOb["card"] as JsonParser.ArrayValue;
int numU = cardSides[0] as JsonParser.IntValue;
int numL = cardSides[1] as JsonParser.IntValue;
int numD = cardSides[2] as JsonParser.IntValue;
int numR = cardSides[3] as JsonParser.IntValue;
card = TriadCardDB.Get().Find(numU, numL, numD, numR);
}
}
public bool Load()
{
try
{
XmlDocument xdoc = new XmlDocument();
xdoc.Load(AssetManager.Get().GetAsset(DBPath));
foreach (XmlNode npcNode in xdoc.DocumentElement.ChildNodes)
{
XmlElement npcElem = (XmlElement)npcNode;
if (npcElem != null && npcElem.Name == "npc")
{
try
{
List <TriadGameModifier> rules = new List <TriadGameModifier>();
List <TriadCard> rewards = new List <TriadCard>();
int[] deckA = new int[5];
int[] deckV = new int[5];
foreach (XmlNode innerNode in npcElem.ChildNodes)
{
XmlElement testElem = (XmlElement)innerNode;
if (testElem != null)
{
if (testElem.Name == "rule")
{
int ruleId = int.Parse(testElem.GetAttribute("id"));
rules.Add(TriadGameModifierDB.Get().mods[ruleId].Clone());
}
else if (testElem.Name == "reward")
{
int cardId = int.Parse(testElem.GetAttribute("id"));
rewards.Add(TriadCardDB.Get().cards[cardId]);
}
else if (testElem.Name == "deckA")
{
deckA[0] = int.Parse(testElem.GetAttribute("id0"));
deckA[1] = int.Parse(testElem.GetAttribute("id1"));
deckA[2] = int.Parse(testElem.GetAttribute("id2"));
deckA[3] = int.Parse(testElem.GetAttribute("id3"));
deckA[4] = int.Parse(testElem.GetAttribute("id4"));
}
else if (testElem.Name == "deckV")
{
deckV[0] = int.Parse(testElem.GetAttribute("id0"));
deckV[1] = int.Parse(testElem.GetAttribute("id1"));
deckV[2] = int.Parse(testElem.GetAttribute("id2"));
deckV[3] = int.Parse(testElem.GetAttribute("id3"));
deckV[4] = int.Parse(testElem.GetAttribute("id4"));
}
}
}
TriadNpc newNpc = new TriadNpc(
int.Parse(npcElem.GetAttribute("id")),
rules,
rewards,
deckA,
deckV);
newNpc.LocationX = int.Parse(npcElem.GetAttribute("mx"));
newNpc.LocationY = int.Parse(npcElem.GetAttribute("my"));
while (npcs.Count <= newNpc.Id)
{
npcs.Add(null);
}
npcs[newNpc.Id] = newNpc;
}
catch (Exception ex)
{
Logger.WriteLine("Loading failed! Exception:" + ex);
}
}
}
}
catch (Exception ex)
{
Logger.WriteLine("Loading failed! Exception:" + ex);
}
Logger.WriteLine("Loaded npcs: " + npcs.Count);
return(npcs.Count > 0);
}
public bool Load()
{
List <TriadNpc> loadedNpcs = new List <TriadNpc>();
int maxLoadedId = 0;
List <TriadGameModifier> modObjects = new List <TriadGameModifier>();
foreach (Type type in Assembly.GetAssembly(typeof(TriadGameModifier)).GetTypes())
{
if (type.IsSubclassOf(typeof(TriadGameModifier)))
{
modObjects.Add((TriadGameModifier)Activator.CreateInstance(type));
}
}
try
{
XmlDocument xdoc = new XmlDocument();
xdoc.Load(AssetManager.Get().GetAsset(DBPath));
foreach (XmlNode npcNode in xdoc.DocumentElement.ChildNodes)
{
XmlElement npcElem = (XmlElement)npcNode;
if (npcElem != null && npcElem.Name == "npc")
{
try
{
List <TriadGameModifier> rules = new List <TriadGameModifier>();
List <TriadCard> rewards = new List <TriadCard>();
int[] deckA = new int[5];
int[] deckV = new int[5];
foreach (XmlNode innerNode in npcElem.ChildNodes)
{
XmlElement testElem = (XmlElement)innerNode;
if (testElem != null)
{
if (testElem.Name == "rule")
{
rules.Add(ParseRule(testElem.GetAttribute("name"), modObjects));
}
else if (testElem.Name == "reward")
{
int cardId = int.Parse(testElem.GetAttribute("id"));
rewards.Add(TriadCardDB.Get().cards[cardId]);
}
else if (testElem.Name == "deckA")
{
deckA[0] = int.Parse(testElem.GetAttribute("id0"));
deckA[1] = int.Parse(testElem.GetAttribute("id1"));
deckA[2] = int.Parse(testElem.GetAttribute("id2"));
deckA[3] = int.Parse(testElem.GetAttribute("id3"));
deckA[4] = int.Parse(testElem.GetAttribute("id4"));
}
else if (testElem.Name == "deckV")
{
deckV[0] = int.Parse(testElem.GetAttribute("id0"));
deckV[1] = int.Parse(testElem.GetAttribute("id1"));
deckV[2] = int.Parse(testElem.GetAttribute("id2"));
deckV[3] = int.Parse(testElem.GetAttribute("id3"));
deckV[4] = int.Parse(testElem.GetAttribute("id4"));
}
}
}
TriadNpc newNpc = new TriadNpc(
int.Parse(npcElem.GetAttribute("id")),
WebUtility.HtmlDecode(npcElem.GetAttribute("name")),
WebUtility.HtmlDecode(npcElem.GetAttribute("location")),
rules,
rewards,
deckA,
deckV);
loadedNpcs.Add(newNpc);
maxLoadedId = Math.Max(maxLoadedId, newNpc.Id);
}
catch (Exception ex)
{
Logger.WriteLine("Loading failed! Exception:" + ex);
}
}
}
}
catch (Exception ex)
{
Logger.WriteLine("Loading failed! Exception:" + ex);
}
if (loadedNpcs.Count > 0)
{
while (npcs.Count < (maxLoadedId + 1))
{
npcs.Add(null);
}
foreach (TriadNpc npc in loadedNpcs)
{
npcs[npc.Id] = npc;
}
}
Logger.WriteLine("Loaded npcs: " + npcs.Count);
return(loadedNpcs.Count > 0);
}
public static void RunTest(string configPath, bool debugMode)
{
string testName = System.IO.Path.GetFileNameWithoutExtension(configPath);
string configText = System.IO.File.ReadAllText(configPath);
JsonParser.ObjectValue rootOb = JsonParser.ParseJson(configText);
if (rootOb["type"] != "Screen")
{
return;
}
ScannerTriad.VerifyConfig configData = new ScannerTriad.VerifyConfig();
configData.Load(rootOb);
// setup npc & modifiers
TriadNpc testNpc = TriadNpcDB.Get().Find(configData.npc);
if (testNpc == null)
{
string exceptionMsg = string.Format("Test {0} failed! Can't find npc: {1}", testName, configData.npc);
throw new Exception(exceptionMsg);
}
ScannerTriad.GameState screenGame = new ScannerTriad.GameState();
if (mapValidationRules == null)
{
mapValidationRules = new Dictionary <string, TriadGameModifier>();
foreach (TriadGameModifier mod in ImageHashDB.Get().modObjects)
{
mapValidationRules.Add(mod.GetCodeName(), mod);
}
}
foreach (string modName in configData.rules)
{
screenGame.mods.Add(mapValidationRules[modName]);
}
Func <ScannerTriad.VerifyCard, TriadCard> ConvertToTriadCard = configCard =>
{
if (configCard.state == ScannerTriad.ECardState.None)
{
return(null);
}
if (configCard.state == ScannerTriad.ECardState.Hidden)
{
return(TriadCardDB.Get().hiddenCard);
}
TriadCard matchingCard = !string.IsNullOrEmpty(configCard.name) ?
TriadCardDB.Get().Find(configCard.name) :
TriadCardDB.Get().Find(configCard.sides[0], configCard.sides[1], configCard.sides[2], configCard.sides[3]);
if (matchingCard == null)
{
string exceptionMsg = string.Format("Test {0} failed! Can't match validation card: '{1}' [{2},{3},{4},{5}]", testName,
configCard.name, configCard.sides[0], configCard.sides[1], configCard.sides[2], configCard.sides[3]);
throw new Exception(exceptionMsg);
}
return(matchingCard);
};
bool needsLockedBlue = false;
for (int idx = 0; idx < 5; idx++)
{
screenGame.blueDeck[idx] = ConvertToTriadCard(configData.deckBlue[idx]);
screenGame.redDeck[idx] = ConvertToTriadCard(configData.deckRed[idx]);
if (configData.deckBlue[idx].state == ScannerTriad.ECardState.Locked)
{
needsLockedBlue = true;
}
}
if (needsLockedBlue)
{
for (int idx = 0; idx < 5; idx++)
{
if (configData.deckBlue[idx].state == ScannerTriad.ECardState.Visible)
{
screenGame.forcedBlueCard = screenGame.blueDeck[idx];
break;
}
}
}
for (int idx = 0; idx < 9; idx++)
{
screenGame.board[idx] = ConvertToTriadCard(configData.board[idx]);
screenGame.boardOwner[idx] =
configData.board[idx].state == ScannerTriad.ECardState.PlacedBlue ? ETriadCardOwner.Blue :
configData.board[idx].state == ScannerTriad.ECardState.PlacedRed ? ETriadCardOwner.Red :
ETriadCardOwner.Unknown;
}
TriadGameScreenMemory screenMemory = new TriadGameScreenMemory {
logScan = false
};
screenMemory.OnNewScan(screenGame, testNpc);
screenMemory.gameSession.SolverFindBestMove(screenMemory.gameState, out int solverBoardPos, out TriadCard solverTriadCard, out TriadGameResultChance bestChance);
if (bestChance.expectedResult == ETriadGameState.BlueLost && bestChance.winChance <= 0.0f && bestChance.drawChance <= 0.0f)
{
string exceptionMsg = string.Format("Test {0} failed! Can't find move!", testName);
throw new Exception(exceptionMsg);
}
}
private bool FindSwappedCardVisible(TriadCard[] screenCards, TriadCardInstance[] board, TriadDeckInstanceScreen otherDeck, out int swappedCardIdx, out int swappedOtherIdx, out TriadCard swappedCard)
{
swappedCardIdx = -1;
swappedOtherIdx = -1;
swappedCard = null;
int numDiffs = 0;
int numOnHand = 0;
int hiddenCardId = TriadCardDB.Get().hiddenCard.Id;
for (int Idx = 0; Idx < otherDeck.cards.Length; Idx++)
{
if (otherDeck.cards[Idx] != null && otherDeck.cards[Idx].Id != hiddenCardId)
{
// find in source deck, not in instance
int cardIdx = otherDeck.deck.GetCardIndex(otherDeck.cards[Idx]);
if (cardIdx < 0)
{
swappedOtherIdx = Idx;
swappedCard = otherDeck.cards[Idx];
for (int ScreenIdx = 0; ScreenIdx < screenCards.Length; ScreenIdx++)
{
cardIdx = otherDeck.deck.GetCardIndex(screenCards[ScreenIdx]);
if (cardIdx >= 0)
{
swappedCardIdx = ScreenIdx;
numDiffs++;
}
}
}
}
numOnHand += (otherDeck.cards[Idx] != null) ? 1 : 0;
}
bool bBoardMode = false;
if (numOnHand < screenCards.Length)
{
for (int Idx = 0; Idx < board.Length; Idx++)
{
if (board[Idx] != null && board[Idx].owner == ETriadCardOwner.Red)
{
// find in source deck, not in instance
int cardIdx = otherDeck.deck.GetCardIndex(board[Idx].card);
if (cardIdx < 0)
{
swappedCard = board[Idx].card;
swappedOtherIdx = 100; // something way outside, it's not going to be used directly as card was already placed
for (int ScreenIdx = 0; ScreenIdx < screenCards.Length; ScreenIdx++)
{
cardIdx = otherDeck.deck.GetCardIndex(screenCards[ScreenIdx]);
if (cardIdx >= 0)
{
swappedCardIdx = ScreenIdx;
bBoardMode = true;
numDiffs++;
}
}
}
}
}
}
bool bHasSwapped = (numDiffs == 1);
Logger.WriteLine("FindSwappedCardVisible: blue[" + swappedCardIdx + "]:" + (swappedCardIdx >= 0 ? screenCards[swappedCardIdx].Name : "??") +
" <=> red[" + swappedOtherIdx + "]:" + (swappedCard != null ? swappedCard.Name : "??") +
", boardMode:" + bBoardMode + ", diffs:" + numDiffs + " => " + (bHasSwapped ? "SWAP" : "ignore"));
return(bHasSwapped);
}
private void UpdateAvailableRedCards(TriadDeckInstanceScreen redDeck,
TriadCard[] screenCardsRed, TriadCard[] screenCardsBlue, TriadCard[] screenBoard,
TriadCard[] prevCardsBlue, TriadCardInstance[] prevBoard, bool bContinuePrevState)
{
bool bDebugMode = false;
int hiddenCardId = TriadCardDB.Get().hiddenCard.Id;
int numVisibleCards = deckRed.cards.Length;
redDeck.numPlaced = 0;
if (!bContinuePrevState)
{
redDeck.numUnknownPlaced = 0;
}
int maxUnknownToUse = redDeck.cards.Length - redDeck.deck.knownCards.Count;
int firstUnknownPoolIdx = redDeck.cards.Length + redDeck.deck.knownCards.Count;
if (redDeck.deck.unknownCardPool.Count > 0)
{
redDeck.unknownPoolMask = ((1 << redDeck.deck.unknownCardPool.Count) - 1) << firstUnknownPoolIdx;
for (int Idx = 0; Idx < screenCardsRed.Length; Idx++)
{
if ((screenCardsRed[Idx] != null) && (screenCardsRed[Idx].Id != hiddenCardId) && redDeck.deck.unknownCardPool.Contains(screenCardsRed[Idx]))
{
redDeck.unknownPoolMask |= (1 << Idx);
}
}
}
int allDeckAvailableMask = ((1 << (redDeck.deck.knownCards.Count + redDeck.deck.unknownCardPool.Count)) - 1) << numVisibleCards;
bool bCanCompareWithPrevData = (screenCardsRed.Length == redDeck.cards.Length) && (screenCardsBlue.Length == prevCardsBlue.Length) && (screenBoard.Length == prevBoard.Length);
if (bCanCompareWithPrevData && !bContinuePrevState)
{
// special case: 1st turn
int numCardsOnBoard = 0;
for (int Idx = 0; Idx < screenBoard.Length; Idx++)
{
if (screenBoard[Idx] != null)
{
numCardsOnBoard++;
}
}
if (numCardsOnBoard <= 1)
{
bCanCompareWithPrevData = true;
prevBoard = new TriadCardInstance[screenBoard.Length];
prevCardsBlue = new TriadCard[numVisibleCards];
deckRed.cards = new TriadCard[numVisibleCards];
deckRed.availableCardMask = allDeckAvailableMask;
deckRed.numPlaced = 0;
deckRed.numUnknownPlaced = 0;
}
else
{
bCanCompareWithPrevData = false;
}
}
if (bDebugMode)
{
Logger.WriteLine("Red deck update, diff mode check... " +
"bContinuePrevState:" + bContinuePrevState +
", cards(screen:" + screenCardsRed.Length + ", prev:" + deckRed.cards.Length + ")=" + ((screenCardsRed.Length == deckRed.cards.Length) ? "ok" : "nope") +
", other(screen:" + screenCardsBlue.Length + ", prev:" + prevCardsBlue.Length + ")=" + ((screenCardsBlue.Length == prevCardsBlue.Length) ? "ok" : "nope") +
", board(screen:" + screenBoard.Length + ", prev:" + prevBoard.Length + ")=" + ((screenBoard.Length == prevBoard.Length) ? "ok" : "nope"));
}
if (bCanCompareWithPrevData)
{
// create diffs, hopefully prev state comes from last turn and is just 2 cards away
List <int> usedCardsIndices = new List <int>();
List <TriadCard> usedCardsOther = new List <TriadCard>();
int numKnownOnHand = 0;
int numUnknownOnHand = 0;
int numHidden = 0;
int numOnHand = 0;
for (int Idx = 0; Idx < deckRed.cards.Length; Idx++)
{
if (screenCardsRed[Idx] == null)
{
TriadCard prevCard = deckRed.cards[Idx];
if ((prevCard != null) && (prevCard.Id != hiddenCardId))
{
if (bDebugMode)
{
Logger.WriteLine(" card[" + Idx + "]:" + prevCard.Name + " => mark as used, disappeared from prev state");
}
usedCardsIndices.Add(Idx);
}
deckRed.availableCardMask &= ~(1 << Idx);
deckRed.numPlaced++;
}
else
{
if (screenCardsRed[Idx].Id != hiddenCardId)
{
bool bIsUnknown = (deckRed.unknownPoolMask & (1 << Idx)) != 0;
numUnknownOnHand += bIsUnknown ? 1 : 0;
numKnownOnHand += bIsUnknown ? 0 : 1;
numOnHand++;
deckRed.availableCardMask |= (1 << Idx);
int knownCardIdx = deckRed.deck.knownCards.IndexOf(screenCardsRed[Idx]);
int unknownCardIdx = deckRed.deck.unknownCardPool.IndexOf(screenCardsRed[Idx]);
if (knownCardIdx >= 0)
{
deckRed.availableCardMask &= ~(1 << (knownCardIdx + deckRed.cards.Length));
}
else if (unknownCardIdx >= 0)
{
deckRed.availableCardMask &= ~(1 << (unknownCardIdx + deckRed.cards.Length + deckRed.deck.knownCards.Count));
}
if (bDebugMode)
{
TriadCard cardOb = screenCardsRed[Idx];
Logger.WriteLine(" card[" + Idx + "]:" + (cardOb != null ? cardOb.Name : "??") +
" => numUnknown:" + numUnknownOnHand + ", numKnown:" + numKnownOnHand + ", numHidden:" + numHidden);
}
}
else
{
numHidden++;
}
}
}
for (int Idx = 0; Idx < prevCardsBlue.Length; Idx++)
{
if ((prevCardsBlue[Idx] != null) && (screenCardsBlue[Idx] == null))
{
usedCardsOther.Add(prevCardsBlue[Idx]);
if (bDebugMode)
{
Logger.WriteLine(" blue[" + Idx + "]:" + prevCardsBlue[Idx].Name + " => mark as used");
}
}
}
for (int Idx = 0; Idx < prevBoard.Length; Idx++)
{
TriadCard testCard = screenBoard[Idx];
if ((prevBoard[Idx] == null || prevBoard[Idx].card == null) && (testCard != null))
{
int testCardIdx = deckRed.GetCardIndex(testCard);
if (!usedCardsOther.Contains(testCard) && (testCardIdx >= 0))
{
usedCardsIndices.Add(testCardIdx);
if (bDebugMode)
{
Logger.WriteLine(" card[" + testCardIdx + "]:" + testCard.Name + " => mark as used, appeared on board[" + Idx + "], not used by blue");
}
}
}
}
Array.Copy(screenCardsRed, deckRed.cards, 5);
for (int Idx = 0; Idx < usedCardsIndices.Count; Idx++)
{
int cardMask = 1 << usedCardsIndices[Idx];
deckRed.availableCardMask &= ~cardMask;
bool bIsUnknownPool = (deckRed.unknownPoolMask & cardMask) != 0;
if (bIsUnknownPool)
{
deckRed.numUnknownPlaced++;
}
if (bDebugMode)
{
TriadCard cardOb = deckRed.GetCard(usedCardsIndices[Idx]);
Logger.WriteLine(" card[" + usedCardsIndices[Idx] + "]:" + (cardOb != null ? cardOb.Name : "??") + " => used");
}
}
if ((numHidden == 0) && ((numOnHand + deckRed.numPlaced) == numVisibleCards))
{
deckRed.availableCardMask &= (1 << numVisibleCards) - 1;
if (bDebugMode)
{
Logger.WriteLine(" all cards are on hand and visible");
}
}
else if ((deckRed.numUnknownPlaced + numUnknownOnHand) >= maxUnknownToUse ||
((numKnownOnHand >= (numVisibleCards - maxUnknownToUse)) && (numHidden == 0)))
{
deckRed.availableCardMask &= (1 << (numVisibleCards + deckRed.deck.knownCards.Count)) - 1;
if (bDebugMode)
{
Logger.WriteLine(" removing all unknown cards, numUnknownPlaced:" + deckRed.numUnknownPlaced +
", numUnknownOnHand:" + numUnknownOnHand + ", numKnownOnHand:" + numKnownOnHand +
", numHidden:" + numHidden + ", maxUnknownToUse:" + maxUnknownToUse);
}
}
}
else
{
// TriadDeckInstanceScreen is mostly stateless (created from scratch on screen capture)
// this makes guessing which cards were placed hard, especially when there's no good
// history data to compare with.
// Ignore board data here, cards could be placed by blue and are still available for red deck
deckRed.UpdateAvailableCards(screenCardsRed);
deckRed.availableCardMask = allDeckAvailableMask;
}
if (bDebugMode)
{
redDeck.LogAvailableCards("Red deck");
}
}
public static void RunTest(string configPath, bool debugMode)
{
string testName = System.IO.Path.GetFileNameWithoutExtension(configPath);
string configText = System.IO.File.ReadAllText(configPath);
JsonParser.ObjectValue configOb = JsonParser.ParseJson(configText);
if (configOb["type"] != "Solver")
{
return;
}
TriadGameSession testSession = new TriadGameSession();
// intial state
ScannerTriad.VerifyConfig configData = new ScannerTriad.VerifyConfig();
configData.Load(configOb);
if (mapValidationRules == null)
{
mapValidationRules = new Dictionary <string, TriadGameModifier>();
foreach (TriadGameModifier mod in ImageHashDB.Get().modObjects)
{
mapValidationRules.Add(mod.GetCodeName(), mod);
}
}
foreach (string modName in configData.rules)
{
testSession.modifiers.Add(mapValidationRules[modName]);
}
testSession.UpdateSpecialRules();
TriadGameData testGameData = new TriadGameData()
{
bDebugRules = debugMode
};
if (configData.board.Length > 0)
{
Func <ScannerTriad.VerifyCard, TriadCard> ConvertToTriadCard = configCard =>
{
if (configCard.state == ScannerTriad.ECardState.None)
{
return(null);
}
if (configCard.state == ScannerTriad.ECardState.Hidden)
{
return(TriadCardDB.Get().hiddenCard);
}
TriadCard matchingCard = !string.IsNullOrEmpty(configCard.name) ?
TriadCardDB.Get().Find(configCard.name) :
TriadCardDB.Get().Find(configCard.sides[0], configCard.sides[1], configCard.sides[2], configCard.sides[3]);
if (matchingCard == null)
{
string exceptionMsg = string.Format("Test {0} failed! Can't match validation card: '{1}' [{2},{3},{4},{5}]", testName,
configCard.name, configCard.sides[0], configCard.sides[1], configCard.sides[2], configCard.sides[3]);
throw new Exception(exceptionMsg);
}
return(matchingCard);
};
for (int idx = 0; idx < configData.board.Length; idx++)
{
var configState = configData.board[idx].state;
if (configState != ScannerTriad.ECardState.None)
{
testGameData.board[idx] = new TriadCardInstance(ConvertToTriadCard(configData.board[idx]),
(configState == ScannerTriad.ECardState.PlacedBlue) ? ETriadCardOwner.Blue :
(configState == ScannerTriad.ECardState.PlacedRed) ? ETriadCardOwner.Red :
ETriadCardOwner.Unknown);
}
}
}
var deckRed = new TriadDeck();
var deckBlue = new TriadDeck();
testGameData.deckBlue = new TriadDeckInstanceManual(deckBlue);
testGameData.deckRed = new TriadDeckInstanceManual(deckRed);
JsonParser.ArrayValue moveArr = configOb.entries["moves"] as JsonParser.ArrayValue;
for (int idx = 0; idx < moveArr.entries.Count; idx++)
{
var move = new VerifyMove();
move.Load(moveArr.entries[idx] as JsonParser.ObjectValue);
var useDeck = (move.owner == ETriadCardOwner.Blue) ? deckBlue : deckRed;
useDeck.knownCards.Add(move.card);
if (idx == 0)
{
testGameData.state = (move.owner == ETriadCardOwner.Blue) ? ETriadGameState.InProgressBlue : ETriadGameState.InProgressRed;
}
if (debugMode)
{
Logger.WriteLine("move[{0}]: [{1}] {2}: {3}", idx, move.boardPos, move.owner, move.card);
}
bool result = testSession.PlaceCard(testGameData, move.card, move.owner, move.boardPos);
if (!result)
{
string exceptionMsg = string.Format("Test {0} failed! Can't place card!", testName);
throw new Exception(exceptionMsg);
}
result = move.VerifyState(testGameData, debugMode);
if (!result)
{
string exceptionMsg = string.Format("Test {0} failed! Finished with bad state!", testName);
throw new Exception(exceptionMsg);
}
}
}
private bool UpdateNpcs(GameDataLists gameDataLists, Dictionary <string, TriadGameModifier> mapRuleNames)
{
Logger.WriteLine("Updating npc list...");
TriadCardDB cardDB = TriadCardDB.Get();
TriadNpcDB npcDB = TriadNpcDB.Get();
var validDeckIds = new List <string>();
foreach (var npcData in gameDataLists.npcs)
{
if (npcData.LinkedNpcId == null)
{
continue;
}
if (npcData.LinkedNpcId.LinkedName == null || npcData.LinkedNpcId.LinkedLocation == null)
{
continue;
}
TriadDeck npcDataDeck = new TriadDeck();
foreach (var cardData in npcData.LinkedCardsFixed)
{
npcDataDeck.knownCards.Add(cardDB.cards[cardData.Id]);
}
foreach (var cardData in npcData.LinkedCardsVariable)
{
npcDataDeck.unknownCardPool.Add(cardDB.cards[cardData.Id]);
}
npcDataDeck.UpdateDeckId();
validDeckIds.Add(npcDataDeck.deckId);
// mistakes were made...
TriadNpc npcOb = npcDB.FindByDeckId(npcDataDeck.deckId);
int npcId = (npcOb == null) ? npcDB.npcs.Count : npcOb.Id;
if (npcOb != null)
{
// ensure decks are the same
if (!npcOb.Deck.Equals(npcDataDeck))
{
Logger.WriteLine("FAILED npc update, id:{0} name:{1} is not matching cards!", npcId, npcData.LinkedNpcId.LinkedName.Name.GetCodeName());
return(false);
}
}
else
{
while (npcDB.npcs.Count <= npcId)
{
npcDB.npcs.Add(null);
}
var listMods = new List <TriadGameModifier>();
foreach (var ruleData in npcData.LinkedRules)
{
listMods.Add(mapRuleNames[ruleData.Name.GetCodeName()]);
}
var listRewards = new List <TriadCard>();
foreach (var rewardData in npcData.LinkedRewards)
{
listRewards.Add(cardDB.cards[rewardData.LinkedCard.Id]);
}
npcOb = new TriadNpc(npcId, listMods, listRewards, npcDataDeck);
Logger.WriteLine(">> adding new npc: " + npcOb.ToString());
npcDB.npcs[npcId] = npcOb;
}
var linkedLoc = npcData.LinkedNpcId.LinkedLocation;
linkedLoc.LinkedMap.GetCoords(linkedLoc.ScaledPosX, linkedLoc.ScaledPosZ, out npcOb.LocationX, out npcOb.LocationY);
npcOb.Name.Text = npcData.LinkedNpcId.LinkedName.Name.Text;
npcOb.LocationMap.Text = npcData.LinkedNpcId.LinkedLocation.LinkedMap.LinkedPlace.Name.Text;
}
for (int idx = 0; idx < npcDB.npcs.Count; idx++)
{
TriadNpc npcOb = npcDB.npcs[idx];
if (npcOb != null)
{
if (!validDeckIds.Contains(npcOb.Deck.deckId))
{
Logger.WriteLine(">> removing npc: " + npcOb.ToString() + ", deck:" + npcOb.Deck.ToString());
npcDB.npcs[idx] = null;
continue;
}
if (npcOb.Id != idx)
{
Logger.WriteLine("FAILED npc update, index mismatch for npc[{0}].Id:{1}, Name:{2}", idx, npcOb.Id, npcOb.Name.GetCodeName());
return(false);
}
}
}
return(true);
}
private bool UpdateCards(GameDataLists gameDataLists, Dictionary <string, ETriadCardType> mapCardTypes)
{
Logger.WriteLine("Updating card list...");
TriadCardDB cardDB = TriadCardDB.Get();
foreach (var cardData in gameDataLists.cards)
{
TriadCard cardOb = (cardData.Id < cardDB.cards.Count) ? cardDB.cards[cardData.Id] : null;
if (cardOb != null)
{
// ensure side numbers are the same
if (cardOb.Sides[0] != cardData.sideTop ||
cardOb.Sides[1] != cardData.sideLeft ||
cardOb.Sides[2] != cardData.sideBottom ||
cardOb.Sides[3] != cardData.sideRight)
{
Logger.WriteLine("FAILED card update, id:{0} name:{1} is not matching side numbers!", cardData.Id, cardData.LinkedName.Name.GetCodeName());
return(false);
}
}
else
{
while (cardDB.cards.Count <= cardData.Id)
{
cardDB.cards.Add(null);
}
int iconId = 82500 + cardData.Id;
string iconPath = iconId.ToString("000000") + ".png";
cardOb = new TriadCard(cardData.Id,
iconPath,
(ETriadCardRarity)(cardData.rarityIdx - 1),
mapCardTypes[cardData.LinkedType == null ? "" : cardData.LinkedType.Type.GetCodeName()],
cardData.sideTop,
cardData.sideBottom,
cardData.sideLeft,
cardData.sideRight,
cardData.sortOrder,
cardData.uiGroup);
Logger.WriteLine(">> adding new card: " + cardOb.ToString());
cardDB.cards[cardData.Id] = cardOb;
}
cardOb.Name.Text = cardData.LinkedName.Name.Text;
}
for (int idx = 0; idx < cardDB.cards.Count; idx++)
{
TriadCard cardOb = cardDB.cards[idx];
if (cardOb != null)
{
var matchingCardData = gameDataLists.cards.Find(x => (x.Id == cardOb.Id));
if (matchingCardData == null)
{
Logger.WriteLine(">> removing card: " + cardOb.ToString());
cardDB.cards[idx] = null;
continue;
}
if (cardOb.Id != idx)
{
Logger.WriteLine("FAILED card update, index mismatch for card[{0}].Id:{1}, Name:{2}", idx, cardOb.Id, cardOb.Name.GetCodeName());
return(false);
}
}
}
return(true);
}
public bool LoadFromJson(string jsonStr)
{
TriadCardDB cardDB = TriadCardDB.Get();
TriadNpcDB npcDB = TriadNpcDB.Get();
try
{
JsonParser.ObjectValue jsonOb = JsonParser.ParseJson(jsonStr);
JsonParser.ObjectValue uiOb = (JsonParser.ObjectValue)jsonOb["ui", null];
if (uiOb != null)
{
useAutoScan = (JsonParser.BoolValue)uiOb["autoScan", JsonParser.BoolValue.Empty];
}
JsonParser.ObjectValue cloudOb = (JsonParser.ObjectValue)jsonOb["cloud", null];
if (cloudOb != null)
{
useCloudStorage = (JsonParser.BoolValue)cloudOb["use", JsonParser.BoolValue.Empty];
cloudToken = (JsonParser.StringValue)cloudOb["token", null];
}
JsonParser.ArrayValue cardsArr = (JsonParser.ArrayValue)jsonOb["cards", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value value in cardsArr.entries)
{
int cardId = (JsonParser.IntValue)value;
ownedCards.Add(cardDB.cards[cardId]);
}
JsonParser.ArrayValue npcsArr = (JsonParser.ArrayValue)jsonOb["npcs", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value value in npcsArr.entries)
{
int npcId = (JsonParser.IntValue)value;
completedNpcs.Add(npcDB.npcs[npcId]);
}
JsonParser.ArrayValue decksArr = (JsonParser.ArrayValue)jsonOb["decks", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value value in decksArr.entries)
{
JsonParser.ObjectValue deckOb = (JsonParser.ObjectValue)value;
int npcId = (JsonParser.IntValue)deckOb["id"];
TriadNpc npc = TriadNpcDB.Get().npcs[npcId];
if (npc != null)
{
TriadDeck deckCards = new TriadDeck();
cardsArr = (JsonParser.ArrayValue)deckOb["cards", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value cardValue in cardsArr.entries)
{
int cardId = (JsonParser.IntValue)cardValue;
deckCards.knownCards.Add(cardDB.cards[cardId]);
}
lastDeck.Add(npc, deckCards);
}
}
JsonParser.ArrayValue favDecksArr = (JsonParser.ArrayValue)jsonOb["favDecks", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value value in favDecksArr.entries)
{
JsonParser.ObjectValue deckOb = (JsonParser.ObjectValue)value;
TriadDeckNamed deckCards = new TriadDeckNamed();
cardsArr = (JsonParser.ArrayValue)deckOb["cards", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value cardValue in cardsArr.entries)
{
int cardId = (JsonParser.IntValue)cardValue;
deckCards.knownCards.Add(cardDB.cards[cardId]);
}
if (deckCards.knownCards.Count > 0)
{
deckCards.Name = deckOb["name", JsonParser.StringValue.Empty];
favDecks.Add(deckCards);
}
}
JsonParser.ObjectValue imageHashesOb = (JsonParser.ObjectValue)jsonOb["images", null];
if (imageHashesOb != null)
{
customHashes = ImageHashDB.Get().LoadImageHashes(imageHashesOb);
}
JsonParser.ArrayValue digitHashesArr = (JsonParser.ArrayValue)jsonOb["digits", null];
if (digitHashesArr != null)
{
customDigits = ImageHashDB.Get().LoadDigitHashes(digitHashesArr);
}
}
catch (Exception ex)
{
Logger.WriteLine("Loading failed! Exception:" + ex);
}
return(ownedCards.Count > 0);
}
public bool LoadFromXmlStream(Stream stream)
{
TriadCardDB cardDB = TriadCardDB.Get();
TriadNpcDB npcDB = TriadNpcDB.Get();
try
{
XmlDocument xdoc = new XmlDocument();
xdoc.Load(stream);
foreach (XmlNode testNode in xdoc.DocumentElement.ChildNodes)
{
try
{
XmlElement testElem = (XmlElement)testNode;
if (testElem != null && testElem.Name == "ui")
{
int autoScanNum = int.Parse(testElem.GetAttribute("autoScan"));
useAutoScan = (autoScanNum == 1);
}
else if (testElem != null && testElem.Name == "cloud")
{
int useNum = int.Parse(testElem.GetAttribute("use"));
useCloudStorage = (useNum == 1);
cloudToken = testElem.HasAttribute("token") ? testElem.GetAttribute("token") : null;
}
else if (testElem != null && testElem.Name == "card")
{
int cardId = int.Parse(testElem.GetAttribute("id"));
ownedCards.Add(cardDB.cards[cardId]);
}
else if (testElem != null && testElem.Name == "npc")
{
int npcId = int.Parse(testElem.GetAttribute("id"));
completedNpcs.Add(npcDB.npcs[npcId]);
}
else if (testElem != null && testElem.Name == "deck")
{
int npcId = int.Parse(testElem.GetAttribute("id"));
TriadNpc npc = TriadNpcDB.Get().npcs[npcId];
if (npc != null)
{
TriadDeck deckCards = new TriadDeck();
foreach (XmlAttribute attr in testElem.Attributes)
{
if (attr.Name.StartsWith("card"))
{
string cardNumStr = attr.Name.Substring(4);
int cardNum = int.Parse(cardNumStr);
while (deckCards.knownCards.Count < (cardNum + 1))
{
deckCards.knownCards.Add(null);
}
int cardId = int.Parse(attr.Value);
deckCards.knownCards[cardNum] = TriadCardDB.Get().cards[cardId];
}
}
lastDeck.Add(npc, deckCards);
}
}
else
{
ImageHashData customHash = ImageHashDB.Get().LoadHashEntry(testElem);
if (customHash != null)
{
customHashes.Add(customHash);
}
else
{
ImagePatternDigit customDigit = ImageHashDB.Get().LoadDigitEntry(testElem);
if (customDigit.Value > 0)
{
customDigits.Add(customDigit);
}
}
}
}
catch (Exception ex)
{
Logger.WriteLine("Loading failed! Exception:" + ex);
}
}
}
catch (Exception ex)
{
Logger.WriteLine("Loading failed! Exception:" + ex);
}
return(ownedCards.Count > 0);
}
private bool UpdateCards(Dictionary <int, TriadCard> cardMap)
{
TriadCardDB cardDB = TriadCardDB.Get();
int newCardId = cardDB.cards[cardDB.cards.Count - 1].Id + 1;
bool hasChanges = false;
foreach (KeyValuePair <int, TriadCard> kvp in cardMap)
{
if (kvp.Key > 285)
{
int a = 1;
a++;
}
if (kvp.Key >= newCardId)
{
kvp.Value.Id = kvp.Key;
newCardId = kvp.Key + 1;
while (cardDB.cards.Count < newCardId)
{
cardDB.cards.Add(null);
}
cardDB.cards[kvp.Value.Id] = kvp.Value;
Logger.WriteLine("Newly added card: " + kvp.Value.ToShortString());
hasChanges = true;
continue;
}
TriadCard cardMatch = cardDB.Find(kvp.Value.Name);
if (cardMatch == null)
{
foreach (TriadCard testCard in cardDB.cards)
{
if (testCard != null &&
testCard.Rarity == kvp.Value.Rarity &&
testCard.Type == kvp.Value.Type &&
testCard.Sides[0] == kvp.Value.Sides[0] &&
testCard.Sides[1] == kvp.Value.Sides[1] &&
testCard.Sides[2] == kvp.Value.Sides[2] &&
testCard.Sides[3] == kvp.Value.Sides[3])
{
Logger.WriteLine("Card name remap: " + testCard.ToShortString() + " => " + kvp.Value.Name);
cardMatch = testCard;
hasChanges = true;
break;
}
}
}
if (cardMatch != null)
{
kvp.Value.Id = cardMatch.Id;
cardDB.cards[kvp.Value.Id] = kvp.Value;
}
else
{
TriadCard otherCard = cardDB.cards[kvp.Key];
Logger.WriteLine("Missing card match: " + kvp.Value.ToString() + "! Will replace existing Id: " + (otherCard != null ? otherCard.ToString() : "??"));
kvp.Value.Id = kvp.Key;
cardDB.cards[kvp.Value.Id] = kvp.Value;
hasChanges = true;
}
}
if (hasChanges)
{
cardDB.Save();
}
return(hasChanges);
}
public bool LoadFromJson(string jsonStr)
{
TriadCardDB cardDB = TriadCardDB.Get();
TriadNpcDB npcDB = TriadNpcDB.Get();
ownedCards.Clear();
completedNpcs.Clear();
lastDeck.Clear();
favDecks.Clear();
try
{
JsonParser.ObjectValue jsonOb = JsonParser.ParseJson(jsonStr);
JsonParser.ObjectValue uiOb = (JsonParser.ObjectValue)jsonOb["ui", null];
if (uiOb != null)
{
JsonParser.Value BoolTrue = new JsonParser.BoolValue(true);
JsonParser.Value BoolFalse = new JsonParser.BoolValue(false);
useXInput = (JsonParser.BoolValue)uiOb["xInput", BoolTrue];
alwaysOnTop = (JsonParser.BoolValue)uiOb["onTop", BoolFalse];
forcedLanguage = (JsonParser.StringValue)uiOb["lang", null];
TryGettingFloatValue(uiOb, "fontSize", ref fontSize);
TryGettingFloatValue(uiOb, "markerCard", ref markerDurationCard);
TryGettingFloatValue(uiOb, "markerSwap", ref markerDurationSwap);
TryGettingFloatValue(uiOb, "markerCactpot", ref markerDurationCactpot);
TryGettingIntValue(uiOb, "lastNpcId", ref lastNpcId);
TryGettingFloatValue(uiOb, "lastWidth", ref lastWidth);
TryGettingFloatValue(uiOb, "lastHeight", ref lastHeight);
fontSize = Math.Min(Math.Max(fontSize, 10), 40);
}
JsonParser.ObjectValue cloudOb = (JsonParser.ObjectValue)jsonOb["cloud", null];
if (cloudOb != null)
{
useCloudStorage = (JsonParser.BoolValue)cloudOb["use", JsonParser.BoolValue.Empty];
cloudToken = (JsonParser.StringValue)cloudOb["token", null];
}
JsonParser.ArrayValue cardsArr = (JsonParser.ArrayValue)jsonOb["cards", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value value in cardsArr.entries)
{
int cardId = (JsonParser.IntValue)value;
ownedCards.Add(cardDB.cards[cardId]);
}
JsonParser.ArrayValue npcsArr = (JsonParser.ArrayValue)jsonOb["npcs", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value value in npcsArr.entries)
{
int npcId = (JsonParser.IntValue)value;
completedNpcs.Add(npcDB.npcs[npcId]);
}
JsonParser.ArrayValue decksArr = (JsonParser.ArrayValue)jsonOb["decks", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value value in decksArr.entries)
{
JsonParser.ObjectValue deckOb = (JsonParser.ObjectValue)value;
int npcId = (JsonParser.IntValue)deckOb["id"];
TriadNpc npc = TriadNpcDB.Get().npcs[npcId];
if (npc != null)
{
TriadDeck deckCards = new TriadDeck();
cardsArr = (JsonParser.ArrayValue)deckOb["cards", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value cardValue in cardsArr.entries)
{
int cardId = (JsonParser.IntValue)cardValue;
deckCards.knownCards.Add(cardDB.cards[cardId]);
}
lastDeck.Add(npc, deckCards);
}
}
JsonParser.ArrayValue favDecksArr = (JsonParser.ArrayValue)jsonOb["favDecks", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value value in favDecksArr.entries)
{
JsonParser.ObjectValue deckOb = (JsonParser.ObjectValue)value;
TriadDeckNamed deckCards = new TriadDeckNamed();
cardsArr = (JsonParser.ArrayValue)deckOb["cards", JsonParser.ArrayValue.Empty];
foreach (JsonParser.Value cardValue in cardsArr.entries)
{
int cardId = (JsonParser.IntValue)cardValue;
deckCards.knownCards.Add(cardDB.cards[cardId]);
}
if (deckCards.knownCards.Count > 0)
{
deckCards.Name = deckOb["name", JsonParser.StringValue.Empty];
favDecks.Add(deckCards);
}
}
JsonParser.ObjectValue imageHashesOb = (JsonParser.ObjectValue)jsonOb["images", null];
if (imageHashesOb != null)
{
customHashes = ImageHashDB.Get().LoadImageHashes(imageHashesOb);
ImageHashDB.Get().hashes.AddRange(customHashes);
}
}
catch (Exception ex)
{
Logger.WriteLine("Loading failed! Exception:" + ex);
}
Logger.WriteLine("Loaded player cards: " + ownedCards.Count + ", npcs: " + completedNpcs.Count + ", hashes: " + customHashes.Count);
return(ownedCards.Count > 0);
}