public List <EngineEnum> GetEnums()
{
var results = new List <EngineEnum>();
if (Items != null)
{
var enumObj = Items["enum"] ?? null;
if (enumObj != null)
{
var engineEnum = new EngineEnum()
{
Name = Name
};
Type = Name;
var childen = enumObj.Children();
foreach (var child in childen)
{
var name = child.ToObject <string>();
var shotEnumValues = Items["enumShort"] ?? null;
var shotName = engineEnum.GetShotEnumName(name, shotEnumValues);
engineEnum.Values.Add(new EngineEnumValue()
{
Name = name, ShotValue = shotName
});
}
results.Add(engineEnum);
}
}
return(results);
}
public ParseState Parse(XmlElement element, ParseState parseState)
{
string name = element.Attributes["name"].InnerText;
string docs = element.Attributes["docs"].InnerText;
EngineEnum engineEnum = new EngineEnum(name)
{
Docs = docs,
Scope = parseState.Scope
};
foreach (XmlElement childNode in element.ChildNodes[0].ChildNodes)
{
engineEnum.Add(new EngineEnum.Field()
{
Name = childNode.Attributes["name"].InnerText,
Value = int.Parse(childNode.Attributes["value"].InnerText),
Docs = childNode.Attributes["docs"].InnerText
});
}
parseState.Enums.Add(engineEnum);
return(parseState);
}
private string GetFormatedEnumBlock(EngineEnum enumObject)
{
//enumObject.RenameValues();
var builder = new StringBuilder();
builder.Append(QlikApiUtils.Indented($"public enum {enumObject.Name}\r\n", 1));
builder.AppendLine(QlikApiUtils.Indented("{", 1));
foreach (var enumValue in enumObject.Values)
{
if (enumValue.Value.HasValue)
{
var numValue = $" = {enumValue.Value}";
builder.AppendLine(QlikApiUtils.Indented($"{enumValue.Name}{numValue},", 2));
}
else
{
builder.AppendLine(QlikApiUtils.Indented($"{enumValue.Name},", 2));
}
if (!String.IsNullOrEmpty(enumValue.ShotValue))
{
var shotValue = $"{enumValue.ShotValue} = ";
builder.AppendLine(QlikApiUtils.Indented($"{shotValue}{enumValue.Name},", 2));
}
}
builder.AppendLine(QlikApiUtils.Indented("}", 1));
return(builder.ToString().TrimEnd(',').TrimEnd());
}
public bool Equals(EngineEnum obj)
{
if ((object)obj == null)
{
return(false);
}
return(StringComparer.OrdinalIgnoreCase.Equals(this.Value, obj.Value));
}
public ErrorMessage(EngineEnum.HeadersEnum.Send.TM_SC_RESULT msg_error_id, Engine.Network.mmoClient mmo_socket = null, Engine.Network.Client client_socket = null, Engine.Network.lobbyClient lobby_socket = null, Engine.Network.msgClient msg_socket = null)
{
msgerrorid = msg_error_id;
clientsocket = client_socket;
mmosocket = mmo_socket;
msgsocket = msg_socket;
lobbysocket = lobby_socket;
}
public PlayerCharacterList(Engine.Network.mmoClient mmo_client = null, Engine.Network.lobbyClient lobby_client = null, string char_name = "", EngineEnum.PlayerEnum.CharactersType char_type = 0, bool last_login = true)
{
mmoclient = mmo_client;
lobbyclient = lobby_client;
charname = char_name;
chartype = char_type;
lastlogin = last_login;
}
public StockfishEngine(IEngineProcess engineProcess)
{
if (!RuntimeInformation.IsOSPlatform(OSPlatform.Linux) && !RuntimeInformation.IsOSPlatform(OSPlatform.Windows))
throw new NotImplementedException("Stockfish not supported.");
this.engineProcess = engineProcess;
EngineId = EngineEnum.Stockfish12;
}
private Engine GetEngine(EngineEnum e)
{
switch (e)
{
case EngineEnum.Ada:
return(Engine.Ada);
case EngineEnum.Babbage:
return(Engine.Babbage);
case EngineEnum.Curie:
return(Engine.Curie);
case EngineEnum.Davinci:
return(Engine.Davinci);
}
return(Engine.Default);
}
private EngineEnum EnumExists(EngineEnum engineEnum)
{
var results = EngineObjects.Where(o => o.EngType == engineEnum.EngType &&
o.Name.StartsWith(engineEnum.Name)).ToList();
if (results.Count == 0)
{
return(null);
}
var hitCount = 0;
EngineEnum currentEnum = null;
foreach (EngineEnum item in results)
{
currentEnum = item;
foreach (var enumValue in engineEnum.Values)
{
var hit = item.Values.FirstOrDefault(v => v.Name == enumValue.Name);
if (hit != null)
{
hitCount++;
if (!String.IsNullOrEmpty(enumValue.ShotValue))
{
hit.ShotValue = enumValue.ShotValue;
}
}
}
}
if (hitCount == engineEnum.Values.Count)
{
return(currentEnum);
}
return(null);
}
/// <summary>
/// Big ass messy code to load inventory stuff of each character.
/// </summary>
/// <param name="packet"></param>
/// <param name="D"></param>
/// <param name="char_type"></param>
/// <param name="char_item_list"></param>
/// <param name="char_list_inventory_size"></param>
public static void LoadItemList(byte[] packet, EngineEnum.WorldEnum.CharactersType char_type)
{
// Initializing basic stuff
SByte unknow_number = 0x0A; // Still not sure about this
Int32 item_number = 0; // To tell the loop where to stop
// Initializing items list
List<int> rookieItemList = new List<int>();
List<int> lunaItemList = new List<int>();
List<int> rushItemList = new List<int>();
List<int> tippyItemList = new List<int>();
// Initializing inventory enums
EngineEnum.IventoryEnum.ROOKIE_ITEM_LIST[] rookie_items = (EngineEnum.IventoryEnum.ROOKIE_ITEM_LIST[])Enum.GetValues(typeof(EngineEnum.IventoryEnum.ROOKIE_ITEM_LIST));
EngineEnum.IventoryEnum.LUNA_ITEM_LIST[] luna_items = (EngineEnum.IventoryEnum.LUNA_ITEM_LIST[])Enum.GetValues(typeof(EngineEnum.IventoryEnum.LUNA_ITEM_LIST));
EngineEnum.IventoryEnum.RUSH_ITEM_LIST[] rush_items = (EngineEnum.IventoryEnum.RUSH_ITEM_LIST[])Enum.GetValues(typeof(EngineEnum.IventoryEnum.RUSH_ITEM_LIST));
EngineEnum.IventoryEnum.TIPPY_ITEM_LIST[] tippy_items = (EngineEnum.IventoryEnum.TIPPY_ITEM_LIST[])Enum.GetValues(typeof(EngineEnum.IventoryEnum.TIPPY_ITEM_LIST));
// Initializing the packet writer
PacketWriter PW = new PacketWriter(packet);
switch(char_type)
{
case EngineEnum.WorldEnum.CharactersType.CHARACTER_ROOKIE: item_number = 150;
foreach (var itemId in rookie_items)
rookieItemList.Add((int)itemId);
for (int pItem = 0x24, feItem = 0; pItem < (item_number * 0x1D) && feItem < item_number; pItem += 0x1D, feItem++)
PW.WriteInt16(pItem, (Int16)rookieItemList[feItem]);
break; // Load rookie items
case EngineEnum.WorldEnum.CharactersType.CHARACTER_LUNA: item_number = 150;
foreach (var itemId in luna_items)
lunaItemList.Add((int)itemId);
for (int pItem = 0x24, feItem = 0; pItem < (item_number * 0x1D) && feItem < item_number; pItem += 0x1D, feItem++)
PW.WriteInt16(pItem, (Int16)lunaItemList[feItem]);
break; // Load luna items
case EngineEnum.WorldEnum.CharactersType.CHARACTER_RUSH: item_number = 100;
foreach (var itemId in rush_items)
rushItemList.Add((int)itemId);
for (int pItem = 0x24, feItem = 0; pItem < (item_number * 0x1D) && feItem < item_number; pItem += 0x1D, feItem++)
PW.WriteInt16(pItem, (Int16)rushItemList[feItem]);
break; // Load rush items
case EngineEnum.WorldEnum.CharactersType.CHARACTER_TIPPY: item_number = 124;
foreach (var itemId in tippy_items)
tippyItemList.Add((int)itemId);
for (int pItem = 0x24, feItem = 0; pItem < (item_number * 0x1D) && feItem < item_number; pItem += 0x1D, feItem++)
PW.WriteInt16(pItem, (Int16)tippyItemList[feItem]);
break; // Load tippy items
case EngineEnum.WorldEnum.CharactersType.CHARACTER_KLAUS: // There is still no avaiable items for klaus
case EngineEnum.WorldEnum.CharactersType.CHARACTER_KARA: // There is still no avaiable items for kara
break;
}
PW.WriteInt32(30, item_number); // I'm not sure if the packet really need this
// Write the rank of each items (1,2,3,4, etc..)
for (int pUnk = 0x2E; pUnk < (item_number * 0x1D); pUnk += 0x1D)
PW.WriteSByte(pUnk, unknow_number);
for (int nItem = 0x20, j = 0; nItem < (item_number * 0x1D) && j < (item_number * 0x1D); nItem += 0x1D, j++)
PW.WriteInt16(nItem, (Int16)j);
}
public InventoryItems(Engine.Network.mmoClient mmo_client = null, Engine.Network.lobbyClient lobby_client = null, EngineEnum.PlayerEnum.CharactersType char_type = 0)
{
mmoclient = mmo_client;
lobbyclient = lobby_client;
chartype = char_type;
}
/// <summary>
/// Create the selected character type items list
/// </summary>
/// <param name="data"></param>
/// <param name="char_type"></param>
public void CreateItemList(byte[] data, EngineEnum.PlayerEnum.CharactersType char_type)
{
// Initializing the packet writer
PacketWriter PW = new PacketWriter(data);
// Initializing basic stuff
SByte unknow_number = 0x0A;
Int32 item_number = 0;
// Initializing items list
List<int> rookieItemList = new List<int>();
List<int> lunaItemList = new List<int>();
List<int> rushItemList = new List<int>();
List<int> tippyItemList = new List<int>();
// Initializing inventory enums
EngineEnum.IventoryEnum.ROOKIE_ITEM_LIST[] rookie_items = (EngineEnum.IventoryEnum.ROOKIE_ITEM_LIST[])Enum.GetValues(typeof(EngineEnum.IventoryEnum.ROOKIE_ITEM_LIST));
EngineEnum.IventoryEnum.LUNA_ITEM_LIST[] luna_items = (EngineEnum.IventoryEnum.LUNA_ITEM_LIST[])Enum.GetValues(typeof(EngineEnum.IventoryEnum.LUNA_ITEM_LIST));
EngineEnum.IventoryEnum.RUSH_ITEM_LIST[] rush_items = (EngineEnum.IventoryEnum.RUSH_ITEM_LIST[])Enum.GetValues(typeof(EngineEnum.IventoryEnum.RUSH_ITEM_LIST));
EngineEnum.IventoryEnum.TIPPY_ITEM_LIST[] tippy_items = (EngineEnum.IventoryEnum.TIPPY_ITEM_LIST[])Enum.GetValues(typeof(EngineEnum.IventoryEnum.TIPPY_ITEM_LIST));
switch (char_type)
{
case EngineEnum.PlayerEnum.CharactersType.CHARACTER_ROOKIE:
item_number = rookie_items.Count();
for (int i = 0x24, j = 0; i < (item_number * 0x1D) && j < item_number; i += 0x1D, j++)
{
PW.WriteInt16(i, (Int16)rookie_items[j]);
}
break; // Load rookie items
case EngineEnum.PlayerEnum.CharactersType.CHARACTER_LUNA:
item_number = luna_items.Count();
for (int i = 0x24, j = 0; i < (item_number * 0x1D) && j < item_number; i += 0x1D, j++)
{
PW.WriteInt16(i, (Int16)luna_items[j]);
}
break; // Load luna items
case EngineEnum.PlayerEnum.CharactersType.CHARACTER_RUSH:
item_number = rush_items.Count();
for (int i = 0x24, j = 0; i < (item_number * 0x1D) && j < item_number; i += 0x1D, j++)
{
PW.WriteInt16(i, (Int16)rush_items[j]);
}
break; // Load rush items
case EngineEnum.PlayerEnum.CharactersType.CHARACTER_TIPPY:
item_number = tippy_items.Count();
for (int i = 0x24, j = 0; i < (item_number * 0x1D) && j < item_number; i += 0x1D, j++)
{
PW.WriteInt16(i, (Int16)tippy_items[j]);
}
break; // Load tippy items
case EngineEnum.PlayerEnum.CharactersType.CHARACTER_KLAUS: // There is still no avaiable items for klaus
case EngineEnum.PlayerEnum.CharactersType.CHARACTER_KARA: // There is still no avaiable items for kara
break;
}
PW.WriteInt32(30, item_number);
// Write some unknow number for now (each items) maybe something to do with duration?
for (int i = 0x2E; i < (item_number * 0x1D); i += 0x1D)
{
PW.WriteSByte(i, unknow_number);
}
// Write the position of each items
for (int i = 0x20, j = 0; i < (item_number * 0x1D) && j < (item_number * 0x1D); i += 0x1D, j++)
{
PW.WriteInt16(i, (Int16)j);
}
}
public SelectServer(Engine.Network.Client client_socket, EngineEnum.LoginEnum.SelectServerStatus status)
{
clientsocket = client_socket;
_status = status;
}
/// <summary>
/// Load inventory items.
/// </summary>
/// <param name="type"></param>
/// <returns></returns>
public static byte[] Inventory_Buff(EngineEnum.WorldEnum.CharactersType type)
{
byte[] block = new byte[0x118F]; // Create the packet's data base
byte[] c_block = EngineUtils.PacketUtils.calcPacket(0x118F, 0x833); // Calc the packet's header
// Initializing the packet writer
PacketWriter PW = new PacketWriter(block);
// Write the packet's header
PW.WriteByteArray(0, c_block);
// Write the packet's data
PW.WriteString(5, EngineEnum.PacketEnum.PacketCommand.success_0);
switch(type)
{
case EngineEnum.WorldEnum.CharactersType.CHARACTER_ROOKIE:
LoadItemList(block, EngineEnum.WorldEnum.CharactersType.CHARACTER_ROOKIE);
break;
case EngineEnum.WorldEnum.CharactersType.CHARACTER_LUNA:
LoadItemList(block, EngineEnum.WorldEnum.CharactersType.CHARACTER_LUNA);
break;
case EngineEnum.WorldEnum.CharactersType.CHARACTER_RUSH:
LoadItemList(block, EngineEnum.WorldEnum.CharactersType.CHARACTER_RUSH);
break;
case EngineEnum.WorldEnum.CharactersType.CHARACTER_TIPPY:
LoadItemList(block, EngineEnum.WorldEnum.CharactersType.CHARACTER_TIPPY);
break;
case EngineEnum.WorldEnum.CharactersType.CHARACTER_KLAUS: // There is still no avaiable items for klaus
case EngineEnum.WorldEnum.CharactersType.CHARACTER_KARA: // There is still no avaiable items for kara
break;
}
return block;
}
/// <summary>
/// Create a player character list.
/// </summary>
/// <param name="isFirstTime"></param>
/// <param name="char_type"></param>
/// <param name="char_name"></param>
/// <returns></returns>
public static byte[] PlayerCharacterList_Buff(bool isFirstTime, EngineEnum.WorldEnum.CharactersType char_type, string char_name)
{
byte[] block = new byte[0x120]; // Create the packet's data base
byte[] c_block = EngineUtils.PacketUtils.calcPacket(0x120, 0x90E); // Calc the packet's header
// Initializing the packet writer
PacketWriter PW = new PacketWriter(block);
// Write the packet's header
PW.WriteByteArray(0, c_block);
// Write the packet's data
PW.WriteString(5, EngineEnum.PacketEnum.PacketCommand.success_0);
PW.WriteString(30, char_name); // Write the character's name, you can use some html code like: <#ff0000> or <glow>
PW.WriteInt32(73, isFirstTime ? 1 : 0); // Create a character/or no
PW.WriteUInt32(75, 0); // I don't know what is it
PW.WriteUInt32(79, (UInt32)char_type); // Choose the desired character (luna, etc..)
PW.WriteUInt32(83, 0); // I don't know what is it
return block;
}
private void AddDefinitions(JObject mergeObject)
{
try
{
var definitions = mergeObject["definitions"] as JObject;
foreach (var child in definitions.Children())
{
var jProperty = child as JProperty;
foreach (var subChild in child.Children())
{
logger.Debug($"Object name: {jProperty.Name}");
dynamic jObject = subChild as JObject;
var export = jObject?.export?.ToObject <bool>() ?? true;
if (!export)
{
continue;
}
var objectType = jObject?.type?.ToString() ?? null;
EngineClass engineClass = null;
switch (objectType)
{
case "object":
engineClass = jObject.ToObject <EngineClass>();
engineClass.Name = jProperty.Name;
//special case for .NET JObject - JsonObject is ignored
if (engineClass.Name == "JsonObject")
{
logger.Info("The class \"JsonObject\" is ignored because \"JObject\" already exists in the namespace Newtonsoft.");
continue;
}
engineClass.SeeAlso = GetValueFromProperty <List <string> >(jObject, "x-qlik-see-also");
var properties = ReadProperties(jObject, "properties", engineClass.Name);
if (properties.Count == 0)
{
logger.Info($"The Class \"{engineClass.Name}\" has no properties.");
}
engineClass.Properties.AddRange(properties);
EngineObjects.Add(engineClass);
//Special for ObjectInterface => Add IObjectInterface
if (engineClass.Name == Config.BaseObjectInterfaceClassName)
{
var baseInterface = new EngineInterface()
{
Name = Config.BaseObjectInterfaceName,
Description = "Generated Interface",
};
baseInterface.Properties.AddRange(engineClass.Properties);
EngineObjects.Add(baseInterface);
}
break;
case "array":
engineClass = jObject.ToObject <EngineClass>();
engineClass.Name = jProperty.Name;
engineClass.SeeAlso = GetValueFromProperty <List <string> >(jObject, "x-qlik-see-also");
var arrays = ReadProperties(jObject, "items", engineClass.Name);
engineClass.Properties.AddRange(arrays);
EngineObjects.Add(engineClass);
break;
case "enum":
EngineEnum engineEnum = jObject.ToObject <EngineEnum>();
engineEnum.Name = jProperty.Name;
var enums = GetEnumValues(jObject);
engineEnum.Values = enums;
if (EnumExists(engineEnum) == null)
{
EngineObjects.Add(engineEnum);
}
break;
default:
logger.Error($"Unknown object type {objectType}");
break;
}
}
}
}
catch (Exception ex)
{
logger.Error(ex, "The definitions could not be added.");
}
}
private List <EngineProperty> ReadProperties(JObject jObject, string tokenName, string className)
{
var results = new List <EngineProperty>();
try
{
var properties = GetValueFromProperty <JToken>(jObject, tokenName);
if (properties == null)
{
return(results);
}
foreach (var property in properties)
{
var jprop = property as JProperty;
logger.Debug($"Property name: {jprop.Name}");
var engineProperty = new EngineProperty();
dynamic propObject = null;
if (property.First.Type == JTokenType.Object)
{
propObject = property.First as JObject;
engineProperty = propObject.ToObject <EngineProperty>();
engineProperty.EnumShot = (propObject as JObject)["enumShort"] as JToken ?? null;
}
engineProperty.Name = jprop.Name;
if (engineProperty.Description != null && engineProperty.Description.Contains("The default value is"))
{
if (!String.IsNullOrEmpty(engineProperty.Default))
{
engineProperty.DefaultValueFromDescription = engineProperty.Default;
}
else
{
logger.Warn($"The default value was not found for the property: \"{engineProperty.Name}\" class: \"{className}\"");
}
}
var refValue = GetValueFromProperty <string>(propObject, "$ref");
if (!String.IsNullOrEmpty(refValue))
{
engineProperty.Ref = refValue;
}
if (jprop.Name == "$ref")
{
var refLink = jprop?.Value?.ToObject <string>() ?? null;
logger.Debug($"Items Ref: {refLink}");
engineProperty.Ref = refLink;
}
if (engineProperty.Type == "array")
{
refValue = GetValueFromProperty <string>(propObject.items, "$ref");
if (String.IsNullOrEmpty(refValue))
{
refValue = propObject.items.type.ToObject <string>();
}
engineProperty.Ref = refValue;
}
if (engineProperty.Enum != null)
{
engineProperty.Type = GenerateEnumType(engineProperty.Name);
engineProperty.IsEnumType = true;
var engineEnum = new EngineEnum()
{
Name = engineProperty.Name,
};
foreach (var enumValue in engineProperty.Enum)
{
var shotName = engineEnum.GetShotEnumName(enumValue, engineProperty.EnumShot);
engineEnum.Values.Add(new EngineEnumValue()
{
Name = enumValue, ShotValue = shotName
});
}
var enumResult = EnumExists(engineEnum);
if (enumResult == null)
{
EngineObjects.Add(engineEnum);
engineEnum.Name = engineProperty.Type;
}
else
{
engineProperty.Type = enumResult.Name;
}
}
results.Add(engineProperty);
}
return(results);
}
catch (Exception ex)
{
logger.Error(ex, $"The method {nameof(ReadProperties)} failed.");
return(results);
}
}
public Engine(EngineEnum id)
{
Id = id;
Name = id.ToString();
Description = id.GetEnumDescription();
}
/// <summary>
/// Select the server created.
/// </summary>
/// <param name="status"></param>
/// <returns></returns>
public static byte[] SelectServer_Buff(EngineEnum.LoginEnum.SelectServerStatus status)
{
byte[] block = new byte[0x12]; // Create the packet's data base
byte[] c_block = EngineUtils.PacketUtils.calcPacket(0x12, 0x3EF); // Calc the packet's header
// Initializing the packet writer
PacketWriter PW = new PacketWriter(block);
// Write the packet's header
PW.WriteByteArray(0, c_block);
// Write the packet's data
PW.WriteInt32(5, (int)status);
return block;
}
public Engine(EngineEnum engine)
{
EngineProperty = engine;
}
/// <summary>
/// Send an error message to the client.
/// </summary>
/// <param name="request_msg_id"></param>
/// <returns></returns>
public static byte[] Error_Buff(EngineEnum.HeadersEnum.Send.TM_SC_RESULT request_msg_id)
{
byte[] block = new byte[0x09]; // Create the packet's data base
byte[] c_block = EngineUtils.PacketUtils.calcPacket(0x09, 1001); // Calc the packet header
// Initialize the packet writer
PacketWriter PW = new PacketWriter(block);
// Write the packet's header
PW.WriteByteArray(0, c_block);
// Write the packet's data
PW.WriteInt16(7, (Int16)request_msg_id); // Desired error message
return block;
}
