public bool FinishArrayItem()
{
if (ContentTable.Count > 1)
{
return(Program.ReportFailure("Unexpected failure"));
}
Debug.Assert(ContentTypeTable.Count == ContentTable.Count);
foreach (KeyValuePair <string, object> Entry in ContentTable)
{
string Key = Entry.Key;
Debug.Assert(ContentTypeTable.ContainsKey(Key));
if (ItemCollection.Count > 0)
{
if (ContentTypeTable[Key] != LastItemType)
{
return(Program.ReportFailure("Mixed array types"));
}
}
ItemCollection.Add(Entry.Value);
LastItemType = ContentTypeTable[Key];
}
ContentTable.Clear();
ContentTypeTable.Clear();
return(true);
}
public Json.Token Read()
{
if (reader.BaseStream.Position >= reader.BaseStream.Length)
{
return(token = Json.Token.EndOfFile);
}
token = (Json.Token)reader.ReadByte();
if (token == Json.Token.ObjectKey || token == Json.Token.String)
{
value = StringHandler.ReadString(reader.ReadString());
}
else if (token == Json.Token.Float)
{
value = reader.ReadSingle();
}
else if (token == Json.Token.Integer)
{
value = reader.ReadInt32();
}
else if (token == Json.Token.Boolean)
{
value = reader.ReadBoolean();
}
else if (token == Json.Token.Null)
{
value = null;
}
return(token);
}
public bool SetContent(string key, object?value, Json.Token jsonType)
{
if (ContentTable.ContainsKey(key))
{
return(Program.ReportFailure($"Key '{key}' already parsed for object"));
}
Debug.Assert(!ContentTypeTable.ContainsKey(key));
ContentTable.Add(key, value !);
ContentTypeTable.Add(key, jsonType);
return(true);
}
public override bool FinishItem(ref object?item, string objectKey, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
if (item is not PgItemSkillLink AsPgItemSkillLink)
{
return(Program.ReportFailure("Unexpected failure"));
}
return(FinishItem(AsPgItemSkillLink, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey));
}
private bool FinishItem(PgStorageVault item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "ID":
Result = SetIntProperty((int valueInt) => item.RawId = valueInt, Value);
break;
case "NpcFriendlyName":
Result = SetStringProperty((string valueString) => item.NpcFriendlyName = valueString, Value);
break;
case "Area":
Result = ParseArea((MapAreaName valueEnum) => item.Area = valueEnum, Value, parsedFile, parsedKey);
break;
case "NumSlots":
Result = SetIntProperty((int valueInt) => item.RawNumSlots = valueInt, Value);
break;
case "HasAssociatedNpc":
Result = SetBoolProperty((bool valueBool) => item.RawHasAssociatedNpc = valueBool, Value);
break;
case "Levels":
Result = Inserter <PgStorageFavorLevel> .SetItemProperty((PgStorageFavorLevel valueStorageFavorLevel) => item.Levels = valueStorageFavorLevel, Value);
break;
case "Requirements":
Result = Inserter <PgStorageRequirement> .SetItemProperty((PgStorageRequirement valueStorageRequirement) => item.Requirement = valueStorageRequirement, Value);
break;
case "RequirementDescription":
Result = SetStringProperty((string valueString) => item.RequirementDescription = valueString, Value);
break;
case "Grouping":
Result = ParseArea((MapAreaName valueEnum) => item.Grouping = valueEnum, Value, parsedFile, parsedKey);
break;
case "RequiredItemKeywords":
Result = StringToEnumConversion <ItemKeyword> .TryParseList(Value, item.RequiredItemKeywordList);
break;
case "SlotAttribute":
Result = Inserter <PgAttribute> .SetItemByKey((PgAttribute valueAttribute) => item.SlotAttribute_Key = valueAttribute.Key, Value);
break;
case "EventLevels":
Result = Inserter <PgStorageEventList> .SetItemProperty((PgStorageEventList valueStorageEventLevel) => item.EventLevels = valueStorageEventLevel, Value);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
if (Result)
{
if (!item.RawHasAssociatedNpc.HasValue || item.HasAssociatedNpc)
{
Inserter <PgQuest> .SetNpc((PgNpcLocation npcLocation) => item.AssociatedNpc = npcLocation, item.Key, parsedFile, parsedKey, ErrorControl.IgnoreIfNotFound);
}
}
return(Result);
}
private bool FinishItem(PgXpTable item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "InternalName":
Result = ParseInternamName(item, Value, parsedFile, parsedKey);
break;
case "XpAmounts":
Result = ParseXpAmounts(item, Value, parsedFile, parsedKey);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
return(Result);
}
public override bool FinishItem(ref object?item, string objectKey, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
if (item is not PgAdvancementTable AsPgAdvancementTable)
{
return(Program.ReportFailure("Unexpected failure"));
}
AsPgAdvancementTable.Key = objectKey;
int Index = objectKey.IndexOf("_");
if (Index < 0)
{
return(Program.ReportFailure($"Invalid advancement table key '{objectKey}'"));
}
AsPgAdvancementTable.InternalName = objectKey.Substring(Index + 1);
return(FinishItem(AsPgAdvancementTable, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey));
}
private bool FinishItem(PgReportList item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!int.TryParse(Key, out int EntryLevel))
{
return(Program.ReportFailure($"Invalid report key '{Key}'"));
}
if (!(Value is string EntryString))
{
return(Program.ReportFailure($"Invalid report value '{Value}'"));
}
PgReport NewReport = new PgReport()
{
RawReportLevel = EntryLevel, Text = EntryString
};
ParsingContext.AddSuplementaryObject(NewReport);
item.List.Add(NewReport);
}
return(true);
}
public override bool FinishItem(ref object?item, string objectKey, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
if (item != null)
{
return(Program.ReportFailure("Unexpected failure"));
}
if (!contentTable.ContainsKey("T"))
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Quest reward is missing a Type qualifier"));
}
object TypeValue = contentTable["T"];
if (!(TypeValue is string AsTypeString))
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Value {TypeValue} was expected to be a string"));
}
if (!StringToEnumConversion <QuestRewardType> .TryParse(AsTypeString, out QuestRewardType rewardType))
{
return(false);
}
if (!HandlerTable.ContainsKey(rewardType))
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Reward {rewardType} has no handler"));
}
Debug.Assert(KnownFieldTable.ContainsKey(rewardType));
VariadicObjectHandler Handler = HandlerTable[rewardType];
List <string> KnownFieldList = KnownFieldTable[rewardType];
List <string> UsedFieldList = new List <string>();
if (!Handler(ref item, contentTable, contentTypeTable, itemCollection, lastItemType, KnownFieldList, UsedFieldList, parsedFile, parsedKey))
{
return(false);
}
if (!HandledTable.ContainsKey(rewardType))
{
HandledTable.Add(rewardType, new List <string>());
}
List <string> ReportedFieldList = HandledTable[rewardType];
foreach (string FieldName in UsedFieldList)
{
if (!ReportedFieldList.Contains(FieldName))
{
ReportedFieldList.Add(FieldName);
}
}
return(true);
}
private bool FinishItem(PgPowerTierList item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!Key.StartsWith("id_") || !int.TryParse(Key.Substring(3), out int Level))
{
return(Program.ReportFailure($"Invalid power tier key '{Key}'"));
}
if (!(Value is ParsingContext Context))
{
return(Program.ReportFailure($"Value '{Value}' was expected to be a context"));
}
if (!(Context.Item is PgPowerTier AsPowerTier))
{
return(Program.ReportFailure($"Object '{Value}' was unexpected"));
}
AsPowerTier.Level = Level;
item.TierList.Add(AsPowerTier);
}
item.TierList.Sort(SortByLevel);
return(true);
}
private bool FinishItem(PgLoreBookInfoCategory item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "Title":
Result = SetStringProperty((string valueString) => item.Title = valueString, Value);
break;
case "SubTitle":
Result = SetStringProperty((string valueString) => item.SubTitle = valueString, Value);
break;
case "SortTitle":
Result = SetStringProperty((string valueString) => item.SortTitle = valueString, Value);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
return(Result);
}
private bool FinishItem(PgLevelCapInteractionList item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!(Value is int EntryLevel))
{
return(Program.ReportFailure($"Invalid level cap interaction '{Value}'"));
}
if (!ParseInteraction(item, Key, EntryLevel, parsedFile, parsedKey))
{
return(false);
}
}
return(true);
}
private bool FinishItem(PgDoT item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "DamagePerTick":
Result = SetIntProperty((int valueInt) => item.RawDamagePerTick = valueInt, Value);
break;
case "NumTicks":
Result = SetIntProperty((int valueInt) => item.RawNumTicks = valueInt, Value);
break;
case "Duration":
Result = SetIntProperty((int valueInt) => item.RawDuration = valueInt, Value);
break;
case "DamageType":
Result = StringToEnumConversion <DamageType> .SetEnum((DamageType valueEnum) => item.DamageType = valueEnum, Value);
break;
case "SpecialRules":
Result = StringToEnumConversion <DoTSpecialRule> .TryParseList(Value, item.SpecialRuleList);
break;
case "AttributesThatDelta":
Result = Inserter <PgAttribute> .AddPgObjectArrayByKey <PgAttribute>(item.AttributesThatDeltaList, Value);
break;
case "AttributesThatMod":
Result = Inserter <PgAttribute> .AddPgObjectArrayByKey <PgAttribute>(item.AttributesThatModList, Value);
break;
case "Preface":
Result = SetStringProperty((string valueString) => item.Preface = valueString, Value);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
if (!Result)
{
return(false);
}
if (item.RawDamagePerTick == null)
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Unexpected empty damage per tick"));
}
if (item.DamageType == DamageType.Internal_None || item.DamageType == DamageType.Internal_Empty)
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Unexpected empty damage type"));
}
if (item.RawNumTicks == null)
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Unexpected empty num tick"));
}
if (item.RawDuration == null)
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Unexpected empty duration"));
}
return(true);
}
private bool FinishItem(PgAdvancementHint item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!int.TryParse(Key, out int EntryLevel))
{
return(Program.ReportFailure($"Invalid skill hint level '{Key}'"));
}
if (item.HintTable.ContainsKey(EntryLevel))
{
return(Program.ReportFailure($"Level {EntryLevel} already added"));
}
if (!(Value is string HintString))
{
return(Program.ReportFailure($"Value '{Value}' was expected to be a string"));
}
item.HintTable.Add(EntryLevel, HintString);
}
return(true);
}
private bool FinishItem(PgStorageEventList item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!StringToEnumConversion <EventLevel> .TryParse(Key, out EventLevel Event))
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Unknown favor level '{Key}'"));
}
if (!(Value is int SlotCount))
{
return(Program.ReportFailure($"Value {Value} was expected to be an int"));
}
item.EventTable.Add(Event, SlotCount);
}
return(true);
}
private static bool FinishItemAbility(ref object?item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, List <string> knownFieldList, List <string> usedFieldList, string parsedFile, string parsedKey)
{
PgQuestRewardAbility NewItem = new PgQuestRewardAbility();
bool Result = true;
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!knownFieldList.Contains(Key))
{
Result = Program.ReportFailure($"Unknown field {Key}");
}
else
{
usedFieldList.Add(Key);
switch (Key)
{
case "T":
break;
case "Ability":
Result = Inserter <PgAbility> .SetItemByInternalName((PgAbility valueAbility) => NewItem.Ability_Key = valueAbility.Key, Value);
break;
default:
Result = Program.ReportFailure("Unexpected failure");
break;
}
}
if (!Result)
{
break;
}
}
if (Result)
{
item = NewItem;
return(true);
}
else
{
return(false);
}
}
private static bool FinishItemWorkOrderCurrency(ref object?item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, List <string> knownFieldList, List <string> usedFieldList, string parsedFile, string parsedKey)
{
PgQuestRewardWorkOrderCurrency NewItem = new PgQuestRewardWorkOrderCurrency();
bool Result = true;
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!knownFieldList.Contains(Key))
{
Result = Program.ReportFailure($"Unknown field {Key}");
}
else
{
usedFieldList.Add(Key);
switch (Key)
{
case "T":
break;
case "Currency":
Result = StringToEnumConversion <Currency> .SetEnum((Currency valueEnum) => NewItem.Currency = valueEnum, Value);
break;
case "Amount":
Result = SetIntProperty((int valueInt) => NewItem.RawAmount = valueInt, Value);
break;
default:
Result = Program.ReportFailure("Unexpected failure");
break;
}
}
if (!Result)
{
break;
}
}
if (Result)
{
item = NewItem;
return(true);
}
else
{
return(false);
}
}
private bool FinishItem(PgItem item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
Dictionary <ItemKeyword, List <float> > KeywordTable = new Dictionary <ItemKeyword, List <float> >();
List <string> KeywordValueList = new List <string>();
Dictionary <string, int> SkillRequirementTable = new Dictionary <string, int>();
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "BestowRecipes":
Result = ParseBestowRecipeList(item, Value, parsedFile, parsedKey);
break;
case "BestowAbility":
Result = Inserter <PgAbility> .SetItemByInternalName((PgAbility valueAbility) => item.BestowAbility_Key = valueAbility.Key, Value);
break;
case "BestowQuest":
Result = Inserter <PgQuest> .SetItemByInternalName((PgQuest valueQuest) => item.BestowQuest_Key = valueQuest.Key, Value);
break;
case "AllowPrefix":
Result = SetBoolProperty((bool valueBool) => item.SetAllowPrefix(valueBool), Value);
break;
case "AllowSuffix":
Result = SetBoolProperty((bool valueBool) => item.SetAllowSuffix(valueBool), Value);
break;
case "CraftPoints":
Result = SetIntProperty((int valueInt) => item.RawCraftPoints = valueInt, Value);
break;
case "CraftingTargetLevel":
Result = SetIntProperty((int valueInt) => item.RawCraftingTargetLevel = valueInt, Value);
break;
case "Description":
Result = SetStringProperty((string valueString) => item.Description = valueString, Value);
break;
case "DroppedAppearance":
Result = ParseDroppedAppearance(item, Value, parsedFile, parsedKey);
break;
case "EffectDescs":
Result = ParseEffectDescriptionList(item.EffectDescriptionList, Value, parsedFile, parsedKey);
break;
case "DyeColor":
Result = ParseDyeColor(item, Value, parsedFile, parsedKey);
break;
case "EquipAppearance":
Result = SetStringProperty((string valueString) => item.EquipAppearance = valueString, Value); // TODO: parse
break;
case "EquipSlot":
Result = StringToEnumConversion <ItemSlot> .SetEnum((ItemSlot valueEnum) => item.EquipSlot = valueEnum, Value);
break;
case "FoodDesc":
Result = SetStringProperty((string valueString) => item.FoodDesc = valueString, Value); // TODO: parse
break;
case "IconId":
Result = SetIconIdProperty((int valueInt) => item.RawIconId = valueInt, Value);
break;
case "InternalName":
Result = SetStringProperty((string valueString) => item.InternalName = valueString, Value);
break;
case "IsTemporary":
Result = SetBoolProperty((bool valueBool) => item.SetIsTemporary(valueBool), Value);
break;
case "IsCrafted":
Result = SetBoolProperty((bool valueBool) => item.SetIsCrafted(valueBool), Value);
break;
case "Keywords":
Result = ParseKeywordList(item, Value, KeywordTable, KeywordValueList, parsedFile, parsedKey);
break;
case "MacGuffinQuestName":
Result = Inserter <PgQuest> .SetItemByInternalName((PgQuest valueQuest) => item.MacGuffinQuest_Key = valueQuest.Key, Value);
break;
case "MaxCarryable":
Result = SetIntProperty((int valueInt) => item.RawMaxCarryable = valueInt, Value);
break;
case "MaxOnVendor":
Result = SetIntProperty((int valueInt) => item.RawMaxOnVendor = valueInt, Value);
break;
case "MaxStackSize":
Result = SetIntProperty((int valueInt) => item.RawMaxStackSize = valueInt, Value);
break;
case "Name":
Result = SetStringProperty((string valueString) => item.Name = valueString, Value);
break;
case "RequiredAppearance":
Result = StringToEnumConversion <Appearance> .SetEnum((Appearance valueEnum) => item.RequiredAppearance = valueEnum, Value);
break;
case "SkillReqs":
Result = ParseSkillRequirements(item, Value, SkillRequirementTable, parsedFile, parsedKey);
break;
case "StockDye":
Result = ParseStockDye(item, Value, parsedFile, parsedKey);
break;
case "TSysProfile":
Result = StringToEnumConversion <Profile> .SetEnum((Profile valueEnum) => item.TSysProfile = valueEnum, Value);
break;
case "Value":
Result = SetFloatProperty((float valueFloat) => item.RawValue = valueFloat, Value);
break;
case "NumUses":
Result = SetIntProperty((int valueInt) => item.RawNumUses = valueInt, Value);
break;
case "DestroyWhenUsedUp":
Result = SetBoolProperty((bool valueBool) => item.SetDestroyWhenUsedUp(valueBool), Value);
break;
case "Behaviors":
Result = Inserter <PgItemBehavior> .AddKeylessArray(item.BehaviorList, Value);
break;
case "DynamicCraftingSummary":
Result = SetStringProperty((string valueString) => item.DynamicCraftingSummary = valueString, Value);
break;
case "IsSkillReqsDefaults":
Result = SetBoolProperty((bool valueBool) => item.SetIsSkillReqsDefaults(valueBool), Value);
break;
case "BestowTitle":
Result = Inserter <PgPlayerTitle> .SetItemByKey((PgPlayerTitle valuePlayerTitle) => item.BestowTitle_Key = valuePlayerTitle.Key, $"Title_{Value}");
break;
case "BestowLoreBook":
Result = Inserter <PgLoreBook> .SetItemByKey((PgLoreBook valueLoreBook) => item.BestowLoreBook_Key = valueLoreBook.Key, $"Book_{Value}");
break;
case "Lint_VendorNpc":
Result = StringToEnumConversion <WorkOrderSign> .SetEnum((WorkOrderSign valueEnum) => item.LintVendorNpc = valueEnum, Value);
break;
case "MountedAppearance":
Result = SetStringProperty((string valueString) => item.MountedAppearance = valueString, Value);
break;
case "AttuneOnPickup":
Result = SetBoolProperty((bool valueBool) => item.SetAttuneOnPickup(valueBool), Value);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
if (Result)
{
item.KeywordTable = KeywordTable;
item.SkillRequirementTable = SkillRequirementTable;
}
return(Result);
}
private bool FinishItem(PgLoreBookInfo item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!(Value is ParsingContext Context))
{
return(Program.ReportFailure($"Value '{Value}' was expected to be a context"));
}
if (!(Context.Item is PgLoreBookInfoCategory AsCategory))
{
return(Program.ReportFailure($"Object '{Value}' was unexpected"));
}
AsCategory.Key = Key;
item.Categories.Add(AsCategory);
}
return(true);
}
private bool ParseSourceItem(ref object?item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
PgSourceItem NewSource = new PgSourceItem();
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "Type":
break;
case "ItemTypeId":
Result = Inserter <PgItem> .SetItemByKey((PgItem valueItem) => NewSource.Item_Key = valueItem.Key, $"item_{Value}");
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
if (Result)
{
item = NewSource;
return(true);
}
else
{
return(false);
}
}
public Json.Token Read()
{
if (token == Json.Token.EndOfFile)
{
return(token);
}
int next;
while ((next = reader.Read()) >= 0)
{
char ch = Convert.ToChar(next);
if (ch == '{')
{
lastIsKey = false;
stack.Push(Json.Token.ObjectStart);
value = null;
return(token = Json.Token.ObjectStart);
}
else if (ch == '}')
{
stack.Pop();
value = null;
return(token = Json.Token.ObjectEnd);
}
else if (ch == '"')
{
var isKey = !lastIsKey && stack.Peek() == Json.Token.ObjectStart;
lastIsKey = isKey;
value = ReadString();
return(token = isKey ? Json.Token.ObjectKey : Json.Token.String);
}
else if (ch == '[')
{
lastIsKey = false;
stack.Push(Json.Token.ArrayStart);
value = null;
return(token = Json.Token.ArrayStart);
}
else if (ch == ']')
{
stack.Pop();
value = null;
return(token = Json.Token.ArrayEnd);
}
else if (ch != ',' && ch != ':' && !Char.IsWhiteSpace(ch))
{
lastIsKey = false;
builder.Clear();
builder.Append(ch);
while ((next = reader.Peek()) >= 0)
{
ch = Convert.ToChar(next);
if (ch != ']' && ch != '}' && ch != ',')
{
builder.Append(token);
reader.Read();
}
else
{
break;
}
}
var str = builder.ToString();
if (int.TryParse(str, out int integer))
{
value = integer;
return(token = Json.Token.Integer);
}
else if (float.TryParse(str, NumberStyles.Float, CultureInfo.InvariantCulture, out float single))
{
value = single;
return(token = Json.Token.Float);
}
else if (bool.TryParse(str, out bool truefalse))
{
value = truefalse;
return(token = Json.Token.Boolean);
}
else
{
value = null;
return(token = Json.Token.Null);
}
}
}
value = null;
return(token = Json.Token.EndOfFile);
}
public override bool FinishItem(ref object?item, string objectKey, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
if (item != null)
{
return(Program.ReportFailure("Unexpected failure"));
}
if (!contentTable.ContainsKey("Type"))
{
return(Program.ReportFailure(parsedFile, parsedKey, "Source has no type"));
}
if (!(contentTable["Type"] is string TypeString))
{
return(Program.ReportFailure("Source type was expected to be a string"));
}
bool Result;
switch (TypeString)
{
case "AutomaticFromSkill":
Result = ParseSourceAutomaticFromSkill(ref item, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey);
break;
case "Item":
Result = ParseSourceItem(ref item, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey);
break;
case "Training":
Result = ParseSourceTraining(ref item, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey);
break;
case "Effect":
Result = ParseSourceEffect(ref item, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey);
break;
case "Quest":
Result = ParseSourceQuest(ref item, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey);
break;
case "Gift":
Result = ParseSourceGift(ref item, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey);
break;
case "HangOut":
Result = ParseSourceHangOut(ref item, contentTable, contentTypeTable, itemCollection, lastItemType, parsedFile, parsedKey);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Unnown source type '{TypeString}'");
break;
}
Debug.Assert(!Result || item is PgSource);
if (item is PgSource NewItem)
{
NewItem.SourceKey = parsedKey;
}
return(Result);
}
private bool FinishItem(PgAdvancementTable item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string LevelKey = Entry.Key;
object Value = Entry.Value;
if (!LevelKey.StartsWith("Level_"))
{
return(Program.ReportFailure($"Invalid advancement key format '{LevelKey}'"));
}
if (!int.TryParse(LevelKey.Substring(6), out int EntryLevel))
{
return(Program.ReportFailure($"Invalid level in key '{LevelKey}'"));
}
if (item.LevelTable.ContainsKey(EntryLevel))
{
return(Program.ReportFailure($"Level {EntryLevel} already added"));
}
if (!(Value is ParsingContext Context))
{
return(Program.ReportFailure($"Value '{Value}' was expected to be a context"));
}
if (!(Context.Item is PgAdvancement AsAdvancement))
{
return(Program.ReportFailure($"Object '{Value}' was unexpected"));
}
item.LevelTable.Add(EntryLevel, AsAdvancement);
}
return(true);
}
private bool ParseSourceEffect(ref object?item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
if (!contentTable.ContainsKey("EffectName"))
{
return(Program.ReportFailure(parsedFile, parsedKey, "Source has no effect name"));
}
if (!(contentTable["EffectName"] is string EffectNameString))
{
return(Program.ReportFailure("Source effect name was expected to be a string"));
}
if (EffectNameString == "Learn Ability")
{
item = new PgSourceLearnAbility();
return(true);
}
PgRecipe ParsedRecipe = null !;
if (Inserter <PgRecipe> .SetItemByInternalName((PgRecipe valueRecipe) => ParsedRecipe = valueRecipe, EffectNameString, ErrorControl.IgnoreIfNotFound))
{
item = new PgSourceRecipe()
{
Recipe_Key = ParsedRecipe.Key
};
return(true);
}
if (Inserter <PgRecipe> .SetItemByName((PgRecipe valueRecipe) => ParsedRecipe = valueRecipe, EffectNameString, ErrorControl.IgnoreIfNotFound))
{
item = new PgSourceRecipe()
{
Recipe_Key = ParsedRecipe.Key
};
return(true);
}
PgEffect ParsedEffect = null !;
if (Inserter <PgEffect> .SetItemByName((PgEffect valueEffect) => ParsedEffect = valueEffect, EffectNameString, ErrorControl.IgnoreIfNotFound))
{
item = new PgSourceEffect()
{
Effect_Key = ParsedEffect.Key
};
return(true);
}
if (!contentTable.ContainsKey("EffectTypeId"))
{
return(Program.ReportFailure($"Unknown effect name {EffectNameString}"));
}
if (!(contentTable["EffectTypeId"] is string ValueString))
{
return(Program.ReportFailure($"Effect type id was expected to be a string"));
}
string EffectKey = $"effect_{ValueString}";
if (Inserter <PgEffect> .SetItemByKey((PgEffect valueEffect) => ParsedEffect = valueEffect, EffectKey, ErrorControl.IgnoreIfNotFound))
{
item = new PgSourceEffect()
{
Effect_Key = ParsedEffect.Key
};
return(true);
}
return(Program.ReportFailure($"Unknown effect name {EffectNameString}"));
}
private bool FinishItem(PgSpecialValue item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "Label":
Result = SetStringProperty((string valueString) => item.Label = valueString, Value);
break;
case "Suffix":
Result = SetStringProperty((string valueString) => item.Suffix = valueString, Value);
break;
case "Value":
Result = SetFloatProperty((float valueFloat) => item.RawValue = valueFloat, Value);
break;
case "AttributesThatDelta":
Result = Inserter <PgAttribute> .AddPgObjectArrayByKey <PgAttribute>(item.AttributesThatDeltaList, Value);
break;
case "AttributesThatMod":
Result = Inserter <PgAttribute> .AddPgObjectArrayByKey <PgAttribute>(item.AttributesThatModList, Value);
break;
case "AttributesThatModBase":
Result = Inserter <PgAttribute> .AddPgObjectArrayByKey <PgAttribute>(item.AttributesThatModBaseList, Value);
break;
case "DisplayType":
Result = StringToEnumConversion <DisplayType> .SetEnum((DisplayType valueEnum) => item.DisplayType = valueEnum, Value);
break;
case "SkipIfZero":
Result = SetBoolProperty((bool valueBool) => item.RawSkipIfZero = valueBool, Value);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
return(Result);
}
private bool ParseSourceHangOut(ref object?item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
PgSourceHangOut NewSource = new PgSourceHangOut();
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "Type":
break;
case "Npc":
Result = Inserter <PgSource> .SetNpc((PgNpcLocation location) => NewSource.Npc = location, Value, parsedFile, parsedKey);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
if (Result)
{
item = NewSource;
return(true);
}
else
{
return(false);
}
}
private bool FinishItem(PgAI item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "Abilities":
Result = Inserter <PgAIAbilitySet> .SetItemProperty((PgAIAbilitySet valueAIAbilitySet) => item.Abilities = valueAIAbilitySet, Value);
break;
case "Melee":
Result = SetBoolProperty((bool valueBool) => item.SetIsMelee(valueBool), Value);
break;
case "Comment":
Result = SetStringProperty((string valueString) => item.Comment = valueString, Value);
break;
case "UncontrolledPet":
Result = SetBoolProperty((bool valueBool) => item.SetIsUncontrolledPet(valueBool), Value);
break;
case "ServerDriven":
Result = SetBoolProperty((bool valueBool) => item.SetIsServerDriven(valueBool), Value);
break;
case "MinDelayBetweenAbilities":
Result = SetFloatProperty((float valueFloat) => item.RawMinDelayBetweenAbilities = valueFloat, Value);
break;
case "UseAbilitiesWithoutEnemyTarget":
Result = SetBoolProperty((bool valueBool) => item.SetUseAbilitiesWithoutEnemyTarget(valueBool), Value);
break;
case "Swimming":
Result = SetBoolProperty((bool valueBool) => item.SetIsSwimming(valueBool), Value);
break;
case "MobilityType":
Result = StringToEnumConversion <MobilityType> .SetEnum((MobilityType valueEnum) => item.MobilityType = valueEnum, Value);
break;
case "Flying":
Result = SetBoolProperty((bool valueBool) => item.SetIsFlying(valueBool), Value);
break;
case "Description":
Result = SetStringProperty((string valueString) => item.Description = valueString, Value);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
return(Result);
}
private bool ParseSourceAutomaticFromSkill(ref object?item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
bool Result = true;
PgSourceAutomaticFromSkill NewSource = new PgSourceAutomaticFromSkill();
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
switch (Key)
{
case "Type":
break;
case "SkillTypeId":
Result = ParserSkill.Parse((PgSkill valueSkill) => NewSource.Skill_Key = valueSkill.Key, Value, parsedFile, parsedKey);
break;
default:
Result = Program.ReportFailure(parsedFile, parsedKey, $"Key '{Key}' not handled");
break;
}
if (!Result)
{
break;
}
}
if (Result)
{
item = NewSource;
return(true);
}
else
{
return(false);
}
}
private bool FinishItem(PgItemSkillLink item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, string parsedFile, string parsedKey)
{
if (contentTable.Count == 0)
{
return(Program.ReportFailure(parsedFile, parsedKey, $"At least one skill expected in a skill link"));
}
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
PgSkill ParsedSkill = null !;
if (!ParserSkill.Parse((PgSkill valueSkill) => ParsedSkill = valueSkill, Key, parsedFile, parsedKey))
{
return(false);
}
int ParsedLevel = -1;
if (!SetIntProperty((int valueInt) => ParsedLevel = valueInt, Value))
{
return(false);
}
if (item.SkillTable.ContainsKey(ParsedSkill.Key))
{
return(Program.ReportFailure(parsedFile, parsedKey, $"Skill {Key} already parsed in skill link"));
}
item.SkillTable.Add(ParsedSkill.Key, ParsedLevel);
}
return(true);
}
private static bool FinishItemSkillXp(ref object?item, Dictionary <string, object> contentTable, Dictionary <string, Json.Token> contentTypeTable, List <object> itemCollection, Json.Token lastItemType, List <string> knownFieldList, List <string> usedFieldList, string parsedFile, string parsedKey)
{
PgQuestRewardSkillXp NewItem = new PgQuestRewardSkillXp();
bool Result = true;
if (contentTable.Count < 3)
{
Result = Program.ReportFailure(parsedFile, parsedKey, "Missing fields in Skill Xp reward");
}
foreach (KeyValuePair <string, object> Entry in contentTable)
{
string Key = Entry.Key;
object Value = Entry.Value;
if (!knownFieldList.Contains(Key))
{
Result = Program.ReportFailure($"Unknown field {Key}");
}
else
{
usedFieldList.Add(Key);
switch (Key)
{
case "T":
break;
case "Skill":
Result = Inserter <PgSkill> .SetItemByKey((PgSkill valueSkill) => NewItem.Skill_Key = valueSkill.Key, Value);
break;
case "Xp":
Result = SetIntProperty((int valueInt) => NewItem.RawXp = valueInt, Value);
break;
default:
Result = Program.ReportFailure("Unexpected failure");
break;
}
}
if (!Result)
{
break;
}
}
if (Result)
{
item = NewItem;
return(true);
}
else
{
return(false);
}
}
