public LootManager(TextAsset m_CastleDBAsset, LootScriptableObject m_LootData)
{
this.m_CastleDBAsset = m_CastleDBAsset;
this.m_LootData = m_LootData;
m_DB = new CastleDB(m_CastleDBAsset);
EventManager.instance.AddHandler <PlayerKillEnemy>(m_OnEnemyDied);
}
private void Awake()
{
if (CastleDB == null)
{
CastleDB = new CastleDB(CastleDBAsset);
}
}
void Update()
{
if (test)
{
CastleDB DB = new CastleDB(CastleDBAsset, CastleDBImagesAsset);
Creatures creature = DB.Creatures["Dragon"];
Debug.Log("[string] name: " + creature.Name);
Debug.Log("[bool] attacks player: " + creature.attacksPlayer);
Debug.Log("[int] base damage: " + creature.BaseDamage);
Debug.Log("[float] damage modifier: " + creature.DamageModifier);
Debug.Log("[enum] death sound: " + creature.DeathSound);
Debug.Log("[flag enum] spawn areas: " + creature.SpawnAreas);
foreach (var item in creature.DropsList)
{
Debug.Log($"{creature.Name} drops item {item.item} at rate {item.DropChance}");
foreach (var effect in item.PossibleEffectsList)
{
Debug.Log($"item has effect {effect.effect} with chase {effect.EffectChance}");
}
}
textureToRender = creature.DropsList[0].item.image;
test = false;
}
}
static void Main(string[] args)
{
if (args.Length < 2)
{
Console.WriteLine("--------------------------------");
Console.WriteLine("CastleDBGen - (C) JSandusky 2015");
Console.WriteLine("--------------------------------");
Console.WriteLine("usage:");
Console.WriteLine(" CastleDBGen <input-db-path> <outputfilename>");
Console.WriteLine(" ");
Console.WriteLine("switches:");
Console.WriteLine(" -ns: namespace, follow with namespace");
Console.WriteLine(" default: none");
Console.WriteLine(" C#: REQUIRED");
Console.WriteLine(" -lang: <language>: cpp, as, cs, lua");
Console.WriteLine(" default: cpp");
Console.WriteLine(" option: as");
Console.WriteLine(" option: cs");
Console.WriteLine(" option: lua");
Console.WriteLine(" option: asbind (generate AS bindings)");
Console.WriteLine(" -hd: <header path string>, C++ only");
Console.WriteLine(" -db: name for database class");
Console.WriteLine(" default: GameDatabase");
Console.WriteLine(" -id: type to use for Unique Identifiers");
Console.WriteLine(" default: string");
Console.WriteLine(" option: int");
Console.WriteLine(" -bin: type of binary read/write to support");
Console.WriteLine(" default: none");
Console.WriteLine(" option: on");
Console.WriteLine(" option: only");
Console.WriteLine(" -inherit: <classname>");
Console.WriteLine(" ");
Console.WriteLine("examples:");
Console.WriteLine(" CastleDBGen C:\\MyDdatabase.cdb -lang cpp -ns MyNamespace");
Console.WriteLine(" CastleDBGen C:\\MyDdatabase.cdb -lang as");
Console.WriteLine(" CastleDBGen C:\\MyDdatabase.cdb -lang cpp -hd \"../HeaderPath/\"");
return;
}
if (!System.IO.File.Exists(args[0]))
{
Console.WriteLine(string.Format("ERROR: File does not exist {0}", args[0]));
return;
}
int lang = 0;
string outName = args[0];
if (args.Length > 1)
outName = args[1];
Dictionary<string, string> switches = new Dictionary<string, string>();
for (int i = 0; i < args.Length; i += 1)
{
if (args[i].StartsWith("-"))
{
switches[args[i].Replace("-","")] = args[i + 1];
i += 1;
}
}
if (switches.ContainsKey("lang"))
{
lang = GetLangIndex(switches["lang"]);
if (lang == -1)
lang = 0;
}
CastleDB db = new CastleDB(args[0]);
List<string> errors = new List<string>();
switch (lang)
{
case 0:
outName = System.IO.Path.ChangeExtension(outName, ".cpp");
new CppWriter().WriteClassDefinitions(db, outName, args[0], switches, errors);
break;
case 1:
outName = System.IO.Path.ChangeExtension(outName, ".as");
new AngelscriptWriter().WriteClassDefinitions(db, outName, args[0], switches, errors);
break;
case 2:
outName = System.IO.Path.ChangeExtension(outName, ".cs");
new CSharpWriter().WriteClassDefinitions(db, outName, args[0], switches, errors);
break;
case 3:
outName = System.IO.Path.ChangeExtension(outName, ".lua");
new LuaWriter().WriteClassDefinitions(db, outName, args[0], switches, errors);
break;
case 4:
outName = System.IO.Path.ChangeExtension(outName, ".cpp");
new ASBindingWriter().WriteClassDefinitions(db, outName, args[0], switches, errors);
break;
}
foreach (string error in errors)
{
Console.WriteLine(string.Format("ERR: {0}", error));
}
MyNamespace.MyDB dbTest = new MyNamespace.MyDB();
dbTest.Load(Newtonsoft.Json.Linq.JObject.Parse(System.IO.File.ReadAllText(args[0])));
}
static readonly string LuaProperty = "{0} {1};\n"; // Type name;\n
#endregion Fields
#region Methods
public override void WriteClassDefinitions(CastleDB database, string fileBase, string sourceFileName, Dictionary<string, string> switches, List<string> errors)
{
int tabDepth = 0;
string fileText = string.Format("-- AUTOGENERATED LUA SOURCE CODE FROM {0}\r\n", sourceFileName);
bool integerIDs = false;
if (switches.ContainsKey("id"))
integerIDs = switches["id"].Equals("int");
bool binIO = false;
bool jsonOff = false;
if (switches.ContainsKey("bin"))
{
binIO = switches["bin"].Equals("on") || switches["bin"].Equals("only");
jsonOff = switches["bin"].Equals("only");
}
foreach (CastleSheet sheet in database.Sheets)
{
string sheetName = sheet.Name.Replace("@","_");
fileText += string.Format("\r\nfunction ResolveReferences{0}(self, database)\r\n", sheetName);
foreach (CastleColumn col in sheet.Columns)
{
if (col.TypeID == CastleType.Ref)
fileText += string.Format("{0}self.{1} = database:FindTable(\"{2}\", self.{1}Key, \"{3}\")\r\n", GetTabstring(0), col.Name, col.Key, database.Sheets.FirstOrDefault(s => s.Name.Equals(col.Key)).IDColumn.Name);
}
if (!jsonOff)
fileText += string.Format("\r\nfunction Load{0}(self, jobject)\r\n", sheetName);
string binLoadText = string.Format("\r\nfunction Load{0}Binary(self, source)\r\n", sheetName);
string binWriteText = string.Format("\r\nfunction Save{0}(self, dest)\r\n", sheetName);
foreach (CastleColumn col in sheet.Columns)
{
switch (col.TypeID)
{
case CastleType.UniqueIdentifier:
if (!jsonOff)
fileText += string.Format("{0}self.{1} = value[\"{1}\"]:GetString()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:Readstring()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:Writestring(self.{1});\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
case CastleType.Boolean:
if (!jsonOff)
fileText += string.Format("{0}self.{1} = value[\"{1}\"]:GetBool()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:ReadBool()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:WriteBool(self.{1});\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
case CastleType.Color:
if (!jsonOff)
fileText += string.Format("{0}self.{1}.FromUInt(value[\"{1}\"]:GetUInt())\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:ReadColor()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:WriteColor(self.{1});\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
case CastleType.Enum:
if (!jsonOff)
fileText += string.Format("{0}self.{1} = value[\"{1}\"]:GetInt()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:ReadInt()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:WriteInt(self.{1});\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
case CastleType.File:
if (!jsonOff)
fileText += string.Format("{0}self.{1} = value[\"{1}\"]:GetString()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:Readstring()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:Writestring(self.{1});\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
case CastleType.Flags:
if (!jsonOff)
fileText += string.Format("{0}self.{1} = value[\"{1}\"]:GetUInt()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:ReadUInt()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:WriteUInt(self.{1});\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
case CastleType.Float:
if (!jsonOff)
fileText += string.Format("{0}self.{1} = value[\"{1}\"]:GetFloat()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:ReadFloat()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:WriteFloat(self.{1});\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
case CastleType.Integer:
if (!jsonOff)
fileText += string.Format("{0}self.{1} = value[\"{1}\"]:GetInt()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:ReadInt()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:WriteInt(self.{1});\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
case CastleType.List:
if (!jsonOff)
{
fileText += string.Format("{0}local {1}Array = value[\"{1}\"]\r\n", GetTabstring(tabDepth + 0), col.Name);
fileText += string.Format("{0}for i = 0, {1}Array:Size() do\r\n", GetTabstring(tabDepth + 0), col.Name);
fileText += string.Format("{0}local val = {{ }}\r\n", GetTabstring(tabDepth + 1), string.Format("{0}_{1}", sheetName, col.Name));
fileText += string.Format("{0}Load{1}(val, {1}Array[i])\r\n{0}{2}[#{2}+1] = val\r\n", GetTabstring(tabDepth + 1), col.Name, col.Name);
binLoadText += string.Format("{0}end\r\n", GetTabstring(tabDepth + 0));
}
binLoadText += string.Format("{0}local {1}Ct = source:ReadUInt()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}for i = 0, {1}Ct - 1 do\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}local val = {{ }}\r\n", GetTabstring(tabDepth + 1), string.Format("{0}_{1}", sheetName, col.Name));
binLoadText += string.Format("{0}Load{1}(val, source)\r\n{0}{2}[#{2}+1], val)\r\n", GetTabstring(tabDepth + 1), col.Name, col.Name);
binLoadText += string.Format("{0}end\r\n", GetTabstring(tabDepth + 0));
binWriteText += string.Format("{0}dest:WriteUInt(table.getn(self.{1}))\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}for i = 0, table.getn(self.{1}) - 1 do\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}self.{1}[i]:Save{2}(source)\t\n", GetTabstring(tabDepth + 1), col.Name, col.Key);
binWriteText += string.Format("{0}end\r\n", GetTabstring(tabDepth + 0));
break;
case CastleType.Ref:
if (!jsonOff)
fileText += string.Format("{0}self.{1}Key = value[\"{1}\"]:GetString()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1}Key = source:Readstring()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:Writestring({1}.{2})\r\n", GetTabstring(tabDepth + 0), col.Name, database.Sheets.FirstOrDefault(s => s.Name.Equals(col.Key)).IDColumn.Name);
break;
case CastleType.Text:
if (!jsonOff)
fileText += string.Format("{0}self.{1} = value[\"{1}\"]:GetString()\r\n", GetTabstring(tabDepth + 0), col.Name);
binLoadText += string.Format("{0}self.{1} = source:Readstring()\r\n", GetTabstring(tabDepth + 0), col.Name);
binWriteText += string.Format("{0}dest:Writestring(self.{1})\r\n", GetTabstring(tabDepth + 0), col.Name);
break;
}
}
fileText += string.Format("{0}self.ResolveReferences = ResolveReference{1}\r\n", GetTabstring(tabDepth + 0), sheetName);
binLoadText += string.Format("{0}self.ResolveReferences = ResolveReference{1}\r\n", GetTabstring(tabDepth + 0), sheetName);
fileText += "end\r\n";
binLoadText += "end\r\n";
binWriteText += "end\r\n";
if (binIO)
{
fileText += binLoadText;
fileText += binWriteText;
}
}
fileText +=
"\r\nfunction FindDatabaseTable(self, recordValue, tableName, recordName)\r\n" +
" for k, v in ipairs(self) do\r\n" +
" if k == tableName then\r\n" +
" if v[tableName][recordName] == recordValue then\r\n" +
" return v[tableName]\r\n" +
" end\r\n" +
" end\r\n" +
" end\r\n" +
"end\r\n";
fileText += "\r\nfunction LoadDatabase(file)\r\n" +
" local db = { }\r\n" +
" -- load the data from file\r\n" +
" for k = 0, file:GetRoot():Size() do\r\n" +
" local sheet = file:GetRoot()[k]\r\n" +
" local sheetName = sheet:Get(\"name\"):GetString()\r\n";
foreach (CastleSheet sheet in database.Sheets)
{
string sheetName = sheet.Name.Replace("@", "_");
fileText += string.Format(" if sheetName == \"{0}\" then\r\n", sheetName) +
" local linesElem = sheet:Get(\"lines\")\r\n" +
" for ln = 0, linesElem:Size() do\r\n" +
" local val = { }\r\n";
fileText += string.Format(" Load{0}(linesElem[ln])\r\n", sheetName);
fileText += string.Format(" db.{0}List[#db.{0}List + 1] = val\r\n", sheetName);
fileText += " end\r\n";
fileText += " end\r\n";
}
fileText += " end\r\n";
fileText += " for k,v in ipairs(db) do\r\n";
fileText += " for kk, vv in ipairs(v) do\r\n";
fileText += " vv:ResolveReferences()\r\n";
fileText += " end\r\n";
fileText += " end\r\n";
fileText += "end\r\n";
System.IO.File.WriteAllText(fileBase, fileText);
}
public abstract void WriteClassDefinitions(CastleDB database, string fileBase, string sourceFileName, Dictionary<string, string> switches, List<string> errors);
public override void WriteClassDefinitions(CastleDB database, string fileBase, string sourceFileName, Dictionary<string, string> switches, List<string> errors)
{
int tabDepth = 0;
string headerCode = string.Format("// AUTOGENERATED SOURCE CODE FROM {0}\r\n", sourceFileName);
headerCode += "#pragma once\r\n";
string sourceCode = string.Format("// AUTOGENERATED SOURCE CODE FROM {0}\r\n", sourceFileName);
// Include headers
sourceCode += "#include <AngelScript/angelscript.h>\r\n";
sourceCode += "#include <Urho3D/AngelScript/Addons.h>\r\n";
sourceCode += "#include <Urho3D/AngelScript/APITemplates.h>\r\n";
string inherits = "";
if (switches.ContainsKey("inherits"))
inherits = switches["inherits"];
if (!inherits.Equals("RefCounted"))
{
errors.Add("Can only generate AS bindings for RefCounted derived types");
return;
}
string dbName = "GameDatabase";
if (switches.ContainsKey("db"))
dbName = switches["db"];
bool integerIDs = false;
if (switches.ContainsKey("id"))
integerIDs = switches["id"].Equals("int");
bool binIO = false;
bool jsonOff = false;
if (switches.ContainsKey("bin"))
{
binIO = switches["bin"].Equals("on") || switches["bin"].Equals("only");
jsonOff = switches["bin"].Equals("only");
}
// Forward function declarations
foreach (CastleSheet sheet in database.Sheets)
{
string sheetName = sheet.Name.Replace("@", "_");
// Factory constructor
sourceCode += string.Format("static {0}* Construct{0}() {{\r\n", sheetName);
sourceCode += string.Format("{0}return new {1}();\r\n}}", GetTabstring(tabDepth + 0), sheetName);
foreach (CastleColumn col in sheet.Columns)
{
// implement setter/getters for string types
if (col.TypeID == CastleType.List)
{
sourceCode += string.Format("static CScriptArray* {0}Get{1}({0}& obj) {{\r\n", sheetName, col.Name);
sourceCode += string.Format("{0}return VectorToArray<{1}>(obj.{2}, \"Array<{1}@+>\");\r\n}}", GetTabstring(tabDepth + 0), col.Key, col.Name);
}
}
}
// Database constructor
sourceCode += string.Format("static {0}* Construct{0}() {{\r\n", dbName);
sourceCode += string.Format("{0}return new {1}();\r\n}}", GetTabstring(tabDepth + 0), dbName);
headerCode += "class asIScriptEngine;\r\n";
headerCode += string.Format("void Register{0}(asIScriptEngine* engine);\r\n", dbName);
sourceCode += string.Format("void Register{0}(asIScriptEngine* engine) {{\r\n", dbName);
foreach (CastleSheet sheet in database.Sheets)
{
foreach (CastleColumn col in sheet.Columns)
{
if (col.TypeID == CastleType.Enum)
{
sourceCode += string.Format(" engine->RegisterEnum(\"{0}\");\r\n", "E_" + col.Name.ToUpper());
for (int i = 0; i < col.Enumerations.Count; ++i)
sourceCode += string.Format(" engine->RegisterEnum(\"{0}\", {1});\r\n", col.Enumerations[i].ToUpper(), i);
}
}
}
database.Sheets.Sort(new DependencySort());
// Bind types and constructors
foreach (CastleSheet sheet in database.Sheets)
{
string sheetName = sheet.Name.Replace("@","_");
sourceCode += string.Format(" RegisterRefCounted<{0}>(engine, \"{0}\");\r\n", sheetName);
sourceCode += string.Format(" engine->RegisterObjectBehaviour(\"{0}\", asBEHAVE_FACTORY, \"{0}@+ f()\", asFUNCTION(Construct{0}), asCALL_CDECL);\r\n", sheetName);
}
// Bind methods
foreach (CastleSheet sheet in database.Sheets)
{
string sheetName = sheet.Name.Replace("@", "_");
foreach (CastleColumn col in sheet.Columns)
{
switch (col.TypeID)
{
case CastleType.UniqueIdentifier:
case CastleType.File:
case CastleType.Image:
case CastleType.Text:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "String", col.Name);
break;
case CastleType.Integer:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "int", col.Name);
break;
case CastleType.Enum:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "int", col.Name);
break;
case CastleType.Flags:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "uint", col.Name);
break;
case CastleType.Float:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "float", col.Name);
break;
case CastleType.Boolean:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "bool", col.Name);
break;
case CastleType.Color:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "Color", col.Name);
break;
case CastleType.Ref:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1}@+ {2}\", offsetof({0}, {2}));\r\n", sheetName, col.Key, col.Name);
break;
case CastleType.List:
sourceCode += string.Format(" engine->RegisterObjectMethod(\"{0}\", \"Array<{1}@+>@ get_{2}()\", asFUNCTION({0}Get{2}), asCALL_CDECL_OBJLAST);\r\n", sheetName, col.Key, col.Name);
break;
case CastleType.Dynamic:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "JSONValue", col.Name);
break;
case CastleType.TileLayer:
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, "CastleTileLayer@+", col.Name);
break;
case CastleType.Custom:
CastleCustom custom = database.CustomTypes.FirstOrDefault(c => c.Name.Equals(col.Key));
if (custom != null)
{
if (!custom.Constructors[0].returnType.Equals("void"))
sourceCode += string.Format(" engine->RegisterObjectProperty(\"{0}\", \"{1} {2}\", offsetof({0}, {2}));\r\n", sheetName, custom.Constructors[0].returnType.Replace("*", "@+"), col.Name);
}
break;
}
}
sourceCode += "\r\n";
}
// Register database
sourceCode += string.Format(" RegisterRefCounted<{0}>(engine, \"{0}\");\r\n", dbName);
sourceCode += string.Format(" engine->RegisterObjectBehaviour(\"{0}\", asBEHAVE_FACTORY, \"{0}@+ f()\", asFUNCTION(Construct{0}), asCALL_CDECL);\r\n", dbName);
if (!jsonOff)
sourceCode += string.Format(" engine->RegisterObjectMethod(\"{0}\", \"void Load(JSONFile@+)\", asMETHODPR({0}, Load, (JSONFile*), void), asCALL_THISCALL);\r\n", dbName);
if (binIO)
{
sourceCode += string.Format(" engine->RegisterObjectMethod(\"{0}\", \"void Load(Deserializer&)\", asMETHODPR({0}, Load, (Deserializer&), void), asCALL_THISCALL);\r\n", dbName);
sourceCode += string.Format(" engine->RegisterObjectMethod(\"{0}\", \"void Save(Serializer&)\", asMETHODPR({0}, Load, (Serializer&), void), asCALL_THISCALL);\r\n", dbName);
}
sourceCode += "}\r\n";
System.IO.File.WriteAllText(System.IO.Path.ChangeExtension(fileBase, ".h"), headerCode);
System.IO.File.WriteAllText(System.IO.Path.ChangeExtension(fileBase, ".cpp"), sourceCode);
}
public override void WriteClassDefinitions(CastleDB database, string fileBase, string sourceFileName, Dictionary<string, string> switches, List<string> errors)
{
Dictionary<string, Dictionary<string, string>> IDSTable = new Dictionary<string, Dictionary<string, string>>();
string headerText = string.Format("// AUTOGENERATED C++ SOURCE CODE FROM {0}\r\n#pragma once;\r\n\r\n", sourceFileName);
string dbName = "GameDatabase";
if (switches.ContainsKey("db"))
dbName = switches["db"];
bool integerIDs = false;
if (switches.ContainsKey("id"))
integerIDs = switches["id"].Equals("int");
bool binIO = false;
bool jsonOff = false;
if (switches.ContainsKey("bin"))
{
binIO = switches["bin"].Equals("on") || switches["bin"].Equals("only");
jsonOff = switches["bin"].Equals("only");
}
string inherit = "";
if (switches.ContainsKey("inherit"))
inherit = switches["inherit"];
string headerPath = System.IO.Path.ChangeExtension(fileBase, ".h");
if (switches.ContainsKey("hd"))
headerPath = string.Format("{0}/{1}", switches["hd"], headerPath);
bool hasTilePos = false;
bool hasLayers = false;
foreach (CastleSheet sheet in database.Sheets)
{
foreach (CastleColumn column in sheet.Columns)
{
if (column.TypeID == CastleType.TileLayer || column.TypeID == CastleType.Layer)
hasLayers = true;
else if (column.TypeID == CastleType.TilePos)
hasTilePos = true;
}
}
// Write header
string sourceText = string.Format("// AUTOGENERATED C++ SOURCE CODE FROM {0}\r\n#include \"{1}\"\r\n", sourceFileName, headerPath);
headerText += "#include <Urho3D/Math/Color.h>\r\n";
if (binIO)
headerText += "#include <Urho3D/IO/Deserializer.h>\r\n";
headerText += "#include <Urho3D/Resource/JSONFile.h>\r\n";
headerText += "#include <Urho3D/Resource/JSONValue.h>\r\n";
if (inherit.Equals("RefCounted"))
{
headerText += "#include <Urho3D/Container/Ptr.h>\r\n";
headerText += "#include <Urho3D/Container/RefCounted.h>\r\n";
}
if (binIO)
headerText += "#include <Urho3D/IO/Serializer.h>\r\n";
headerText += "#include <Urho3D/Container/Str.h>\r\n";
headerText += "#include <Urho3D/Container/Vector.h>\r\n";
headerText += "using namespace Urho3D;\r\n";
int tabDepth = 0;
if (switches.ContainsKey("ns"))
{
headerText += string.Format("\r\nnamespace {0} {{\r\n", switches["ns"]);
sourceText += string.Format("\r\nnamespace {0} {{\r\n", switches["ns"]);
}
if (hasTilePos)
headerText += cppCastleTileCode;
if (hasLayers)
headerText += cppLayerClasses;
// Forward declarations
headerText += "\r\n// Forward declarations\r\n";
foreach (CastleSheet sheet in database.Sheets)
{
// prepare IDs table
IDSTable[sheet.Name] = new Dictionary<string, string>();
headerText += string.Format("class {0};\r\n", sheet.Name.Replace("@", "_"));
}
headerText += string.Format("class {0};\r\n", dbName);
// Scan for enumerations and flags
foreach (CastleSheet sheet in database.Sheets)
{
foreach (CastleColumn column in sheet.Columns)
{
if (column.TypeID == CastleType.Enum)
{
headerText += string.Format("\r\nenum E_{0} {{\r\n", column.Name.ToUpper());
foreach (string value in column.Enumerations)
headerText += string.Format("{0}{1},\r\n", GetTabstring(tabDepth + 0), value.ToUpper());
headerText += "};\r\n";
}
else if (column.TypeID == CastleType.Flags)
{
headerText += "\r\n";
int index = 0;
foreach (string value in column.Enumerations)
{
headerText += string.Format("static const unsigned {0}_{1} = {2};\r\n", column.Name.ToUpper(), value.ToUpper(), 1 << index);
++index;
}
}
}
}
if (hasLayers)
sourceText += cppSourceBase64;
foreach (CastleSheet sheet in database.Sheets)
{
string sheetName = sheet.Name.Replace('@', '_');
string classStr = inherit.Length > 0 ? string.Format(CPPClassStartInherit, sheetName, inherit) : string.Format(CPPClassStart, sheetName);
string cppClassStr = string.Format("{1}\nvoid {0}::Load(JSONValue& value) {{\r\n", sheetName, GetTabstring(tabDepth));
string binLoadClassStr = "";
string binWriteClassStr = "";
binLoadClassStr = string.Format("{1}\nvoid {0}::Load(Deserializer& source) {{\r\n", sheetName, GetTabstring(tabDepth));
binWriteClassStr = string.Format("{1}\nvoid {0}::Save(Serializer& dest) {{\r\n", sheetName, GetTabstring(tabDepth));
foreach (CastleColumn column in sheet.Columns)
{
switch (column.TypeID)
{
case CastleType.UniqueIdentifier:
classStr += string.Format(CPPProperty, "String", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1} = value[\"{1}\"].GetString();\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1} = source.ReadString();\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}dest.WriteString({1});\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Boolean:
classStr += string.Format(CPPProperty, "bool", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1} = value[\"{1}\"].GetBool();\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1} = source.ReadBool();\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}dest.WriteBool({1});\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Color:
classStr += string.Format(CPPProperty, "Color", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1}.FromUInt(value[\"{1}\"].GetUInt());\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1} = source.ReadColor();\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}dest.WriteColor({1});\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Custom:
CastleCustom customType = database.CustomTypes.FirstOrDefault(t => t.Name.Equals(column.Key));
if (customType != null)
{
//Void return types are assume to be method invocations
if (!customType.Constructors[0].returnType.Equals("void"))
classStr += string.Format(CPPProperty, string.Format("{0}", customType.Constructors[0].returnType), column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}JSONValue& {1}Array = value[\"{1}\"];\r\n", GetTabstring(tabDepth + 0), column.Name);
cppClassStr += string.Format("{0}if ({1}Array.Size() > 0) {{\r\n{2}int index = {1}Array[0];\r\n", GetTabstring(tabDepth + 0), column.Name, GetTabstring(tabDepth + 1));
cppClassStr += string.Format("{0}switch (index) {{\r\n", GetTabstring(tabDepth + 1));
for (int i = 1; i < customType.Constructors.Count; ++i)
{
if (customType.Constructors[0].returnType.Equals("void"))
cppClassStr += string.Format("{0}case {1}: {3}; break;\r\n", GetTabstring(tabDepth + 1), i, column.Name, customType.Constructors[i].GetCtor(column.Name, 0 /*cpp*/, database));
else
cppClassStr += string.Format("{0}case {1}: {2} = {3}; break;\r\n", GetTabstring(tabDepth + 1), i, column.Name, customType.Constructors[i].GetCtor(column.Name, 0 /*cpp*/, database));
}
cppClassStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 1));
cppClassStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
}
break;
case CastleType.Dynamic:
classStr += string.Format(CPPProperty, "JSONValue", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1} = value[\"{1}\"];\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Enum:
classStr += string.Format(CPPProperty, string.Format("E_{0}", column.Name.ToUpper()), column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1} = (E_{2})value[\"{1}\"].GetInt();\r\n", GetTabstring(tabDepth + 0), column.Name, column.Name.ToUpper());
binLoadClassStr += string.Format("{0}{1} = (E_{2})source.ReadInt();\r\n", GetTabstring(tabDepth + 0), column.Name, column.Name.ToUpper());
binWriteClassStr += string.Format("{0}dest.WriteInt((int){1});\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.File:
classStr += string.Format(CPPProperty, "String", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1} = value[\"{1}\"].GetString();\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1} = source.ReadString();\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}dest.WriteString({1});\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Flags:
classStr += string.Format(CPPProperty, "unsigned", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1} = value[\"{1}\"].GetUInt();\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1} = source.ReadUInt();\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}dest.WriteUInt({1});\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Image:
classStr += string.Format(CPPProperty, "String", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}String {1}Str = value[\"{1}\"].GetString();\r\n{0}if ({1}Str.Length() > 0) {1} = {1}Str.Substring({1}Str.Find(':'));\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Integer:
classStr += string.Format(CPPProperty, "int", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1} = value[\"{1}\"].GetInt();\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1} = source.ReadInt();\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}dest.WriteInt({1});\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.List:
if (inherit.Equals("RefCounted"))
classStr += string.Format("{0}Vector<SharedPtr<{1}> > {2};\r\n", GetTabstring(tabDepth + 0), string.Format("{0}_{1}", sheet.Name, column.Name), column.Name);
else
classStr += string.Format("{0}Vector<{1}*> {2};\r\n", GetTabstring(tabDepth + 0), string.Format("{0}_{1}", sheet.Name, column.Name), column.Name);
cppClassStr += string.Format("{0}JSONValue& {1}Array = value[\"{1}\"];\r\n", GetTabstring(tabDepth + 0), column.Name);
cppClassStr += string.Format("{0}for (unsigned i = 0; i < {1}Array.Size(); ++i) {{\r\n", GetTabstring(tabDepth + 0), column.Name);
if (inherit.Equals("RefCounted"))
cppClassStr += string.Format("{0}SharedPtr<{1}> val(new {1}());\r\n", GetTabstring(tabDepth + 1), string.Format("{0}_{1}", sheet.Name, column.Name));
else
cppClassStr += string.Format("{0}{1}* val = new {1}();\r\n", GetTabstring(tabDepth + 1), string.Format("{0}_{1}", sheet.Name, column.Name));
cppClassStr += string.Format("{0}val->Load({1}Array[i]);\r\n{0}{2}.Push(val);\r\n", GetTabstring(tabDepth + 1), column.Name, column.Name);
cppClassStr += string.Format("{0}}} \r\n", GetTabstring(tabDepth + 0));
binLoadClassStr += string.Format("{0}const unsigned {1}Ct = source.ReadUInt();\r\n{0}for (unsigned i = 0; i < {1}Ct; ++i) {{\r\n", GetTabstring(tabDepth + 0), column.Name);
if (inherit.Equals("RefCounted"))
binLoadClassStr += string.Format("{0}SharedPtr<{1}> val(new {1}());\r\n", GetTabstring(tabDepth + 1), string.Format("{0}_{1}", sheet.Name, column.Name));
else
binLoadClassStr += string.Format("{0}{1}* val = new {1}();\r\n", GetTabstring(tabDepth + 1), string.Format("{0}_{1}", sheet.Name, column.Name));
binLoadClassStr += string.Format("{0}val->Load(source);\r\n{0}{2}.Push(val);\r\n", GetTabstring(tabDepth + 1), column.Name, column.Name);
binLoadClassStr += string.Format("{0}}} \r\n", GetTabstring(tabDepth + 0));
binWriteClassStr += string.Format("{0}dest.WriteUInt({1}.Size());\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}for (unsigned i = 0; i < {1}.Size(); ++i)\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}{1}[i]->Save(dest);\r\n", GetTabstring(tabDepth + 1), column.Name);
break;
case CastleType.Ref:
if (inherit.Equals("RefCounted"))
classStr += string.Format("{0}SharedPtr<{1}> {2};\r\n", GetTabstring(tabDepth + 0), column.Key, column.Name);
else
classStr += string.Format("{0}{1}* {2};\r\n", GetTabstring(tabDepth + 0), column.Key, column.Name);
classStr += string.Format("{0}String {2}Key;\r\n", GetTabstring(tabDepth + 0), column.Key, column.Name);
cppClassStr += string.Format("{0}{1} = 0x0;\r\n", GetTabstring(tabDepth + 0), column.Name);
cppClassStr += string.Format("{0}{1}Key = value[\"{1}\"].GetString();\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1} = 0x0;\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1}Key = source.ReadString();\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}if ({2} == 0x0)\r\n{1}source.WriteString(\"\");\r\n{0}else\r\n{1}source.WriteString({2}.{3});\r\n", GetTabstring(tabDepth + 0), GetTabstring(tabDepth + 1), column.Name, database.Sheets.FirstOrDefault(s => s.Name.Equals(column.Key)).IDColumn.Name);
break;
case CastleType.Text:
classStr += string.Format(CPPProperty, "String", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1} = value[\"{1}\"].GetString();\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1} = source.ReadString();\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}dest.WriteString({1});\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Layer:
classStr += string.Format(CPPProperty, "CastleDataLayer", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1}.Load(value[\"{1}\"]);\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1}.Load(source);\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}{1}.Save(dest);\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.TileLayer:
classStr += string.Format(CPPProperty, "CastleTileLayer", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1}.Load(value[\"{1}\"]);\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1}.Load(source);\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}{1}.Save(dest);\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.TilePos:
classStr += string.Format(CPPProperty, "CastleTile", column.Name, GetTabstring(tabDepth + 0));
cppClassStr += string.Format("{0}{1}.Load(value[\"{1}\"]);\r\n", GetTabstring(tabDepth + 0), column.Name);
binLoadClassStr += string.Format("{0}{1}.Load(source);\r\n", GetTabstring(tabDepth + 0), column.Name);
binWriteClassStr += string.Format("{0}{1}.Save(dest);\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
}
}
classStr += string.Format("\r\n{0}/// Destruct.\r\n{0}virtual ~{1}();\r\n", GetTabstring(tabDepth + 0), sheetName);
if (!jsonOff)
classStr += string.Format("\r\n{0}/// Loads the data from a JSON value.\r\n{0}void Load(JSONValue& value);\r\n", GetTabstring(tabDepth + 0));
if (binIO)
{
classStr += string.Format("\r\n{0}/// Loads the data from a binary Deserializer.\r\n{0}void Load(Deserializer& source);\r\n", GetTabstring(tabDepth + 0));
classStr += string.Format("\r\n{0}/// Writes the data into a binary Serializer.\r\n{0}void Save(Serializer& source);\r\n", GetTabstring(tabDepth + 0));
}
classStr += string.Format("\r\n{0}/// Resolves references to other records by Key string.\r\n{0}void ResolveReferences({1}* database);\r\n", GetTabstring(tabDepth + 0), dbName);
classStr += CPPClassEnd;
cppClassStr += "}\r\n";
binWriteClassStr += "}\r\n";
binLoadClassStr += "}\r\n";
headerText += classStr;
if (!jsonOff)
sourceText += cppClassStr;
if (binIO)
{
sourceText += binLoadClassStr;
sourceText += binWriteClassStr;
}
// Destructor
sourceText += string.Format("\r\n{0}::~{0}() {{\r\n", sheet.Name.Replace("@", "_"));
foreach (CastleColumn col in sheet.Columns)
{
if (col.TypeID == CastleType.Ref)
sourceText += string.Format("{0}{1} = 0x0;\r\n", GetTabstring(tabDepth + 0), col.Name);
else if (col.TypeID == CastleType.List)
sourceText += string.Format("{0}for (unsigned i = 0; i < {1}.Size(); ++i)\r\n{2}delete {1}[i];\r\n{0}{1}.Clear();\r\n", GetTabstring(tabDepth + 0), col.Name, GetTabstring(tabDepth + 1));
}
sourceText += "}\r\n";
// ResolveReferences
sourceText += string.Format("\r\nvoid {1}::ResolveReferences({2}* db) {{\r\n", GetTabstring(tabDepth + 0), sheet.Name.Replace("@", "_"), dbName);
foreach (CastleColumn col in sheet.Columns)
{
if (col.TypeID == CastleType.Ref)
{
sourceText += string.Format("{0}for (unsigned i = 0; i < db->{1}List.Size(); ++i) {{\r\n", GetTabstring(tabDepth + 0), col.Key);
sourceText += string.Format("{0}if (db->{1}List[i]->{2} == {3}) {{\r\n", GetTabstring(tabDepth + 1), col.Key, database.Sheets.FirstOrDefault(s => s.Name.Equals(col.Key)).GetKeyName(), string.Format("{0}Key", col.Name));
sourceText += string.Format("{0}{1} = db->{2}List[i];\r\n", GetTabstring(tabDepth + 2), col.Name, col.Key);
sourceText += string.Format("{0}break;\r\n", GetTabstring(tabDepth + 2));
sourceText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 1));
sourceText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
}
else if (col.TypeID == CastleType.List)
{
string searchSheet = string.Format("{0}@{1}", sheet.Name, col.Name);
CastleSheet srcSheet = database.Sheets.FirstOrDefault(s => s.Name.Equals(searchSheet));
if (srcSheet != null && srcSheet.HasReferences(database))
{
sourceText += string.Format("{0}for (unsigned i = 0; i < {1}.Size(); ++i)\r\n", GetTabstring(tabDepth + 1), col.Name);
sourceText += string.Format("{0}{1}[i]->ResolveReferences(db);\r\n", GetTabstring(tabDepth + 2), col.Name);
}
}
}
sourceText += "}\r\n";
}
// Write the Database class
if (inherit.Length == 0)
headerText += string.Format("\r\nclass {0} {{\r\npublic:\r\n{1}/// Destruct.\r\n{1}virtual ~{0}();\r\n\r\n", dbName, GetTabstring(tabDepth + 0));
else
headerText += string.Format("\r\nclass {0} : {2} {{\r\npublic:\r\n{1}/// Destruct.\r\n{1}virtual ~{0}();\r\n\r\n", dbName, GetTabstring(tabDepth + 0), inherit);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
if (inherit.Equals("RefCounted"))
headerText += string.Format("{0}Vector<SharedPtr<{1}> > {1}List;\r\n", GetTabstring(tabDepth + 0), sheet.Name);
else
headerText += string.Format("{0}Vector<{1}*> {1}List;\r\n", GetTabstring(tabDepth + 0), sheet.Name);
headerText += string.Format("{0}JSONValue {1}Properties;\r\n", GetTabstring(tabDepth + 0), sheet.Name);
}
if (!jsonOff)
headerText += string.Format("\r\n{0}/// Load from JSON file.\r\n{0}void Load(JSONFile* file);\r\n", GetTabstring(tabDepth + 0));
if (binIO)
{
headerText += string.Format("\r\n{0}/// Load from binary Deserializer.\r\n{0}void Load(Deserializer& file);\r\n", GetTabstring(tabDepth + 0));
headerText += string.Format("\r\n{0}/// Write to binary Serializer.\r\n{0}void Save(Serializer& file);\r\n", GetTabstring(tabDepth + 0));
}
headerText += "};\r\n\r\n";
sourceText += string.Format("\r\n{0}::~{0}() {{\r\n", dbName);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
sourceText += string.Format("{0}for (unsigned i = 0; i < {1}List.Size(); ++i)\r\n{2}delete {1}List[i];\r\n", GetTabstring(tabDepth + 0), sheet.Name.Replace("@","_"), GetTabstring(tabDepth + 1));
sourceText += string.Format("{0}{1}List.Clear();\r\n", GetTabstring(tabDepth + 0), sheet.Name.Replace("@","_"));
}
sourceText += "}\r\n";
// Database load
if (!jsonOff)
{
sourceText += string.Format("\r\n{0}void {1}::Load(JSONFile* file) {{\r\n", "", dbName);
sourceText += string.Format("{0}JSONValue& sheetsElem = file->GetRoot()[\"sheets\"];\r\n", GetTabstring(tabDepth + 0));
sourceText += string.Format("{0}for (unsigned i = 0; i < sheetsElem.Size(); ++i) {{\r\n", GetTabstring(tabDepth + 0));
sourceText += string.Format("{0}JSONValue& sheet = sheetsElem[i];\r\n{0}String sheetName = sheet[\"name\"].GetString();\r\n", GetTabstring(tabDepth + 1));
bool first = true;
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
sourceText += string.Format("{0}{2} (sheetName == \"{1}\") {{\r\n", GetTabstring(tabDepth + 1), sheet.Name, first ? "if" : "else if");
sourceText += string.Format("{0}JSONValue& linesElem = sheet[\"lines\"];\r\n", GetTabstring(tabDepth + 2));
sourceText += string.Format("{0}{1}Properties = sheet[\"props\"];\r\n", GetTabstring(tabDepth + 2), sheet.Name);
sourceText += string.Format("{0}for (unsigned j = 0; j < linesElem.Size(); ++j) {{\r\n", GetTabstring(tabDepth + 2));
if (inherit.Equals("RefCounted"))
sourceText += string.Format("{0}SharedPtr<{1}> val(new {1}());\r\n{0}val->Load(linesElem[j]);\r\n{0}{1}List.Push(val);\r\n", GetTabstring(tabDepth + 3), sheet.Name);
else
sourceText += string.Format("{0}{1}* val = new {1}();\r\n{0}val->Load(linesElem[j]);\r\n{0}{1}List.Push(val);\r\n", GetTabstring(tabDepth + 3), sheet.Name);
sourceText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 2));
sourceText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 1));
first = false;
}
sourceText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
// Write reference resolving code
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
if (sheet.HasReferences(database))
{
sourceText += string.Format("{0}for (unsigned i = 0; i < {1}List.Size(); ++i)\r\n", GetTabstring(tabDepth + 0), sheet.Name);
sourceText += string.Format("{0}{1}List[i]->ResolveReferences(this);\r\n", GetTabstring(tabDepth + 1), sheet.Name);
}
}
sourceText += "}\r\n";
}
// Database binary load/save
if (binIO)
{
sourceText += string.Format("\r\n{0}void {1}::Load(Deserializer& source) {{\r\n", "", dbName);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
sourceText += string.Format("{0}const unsigned {1}Ct = source.ReadUInt();\r\n", GetTabstring(tabDepth + 0), sheet.Name);
sourceText += string.Format("{0}for (unsigned i = 0; i < {1}Ct; ++i) {{\r\n{2}{1}* val = new {1}();\r\n{2}{1}->Load(source);\r\n{2}{1}List.Push(val);\r\n{0}}}\r\n", GetTabstring(tabDepth + 0), sheet.Name, GetTabstring(tabDepth + 1));
}
// Write reference resolving code
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.HasReferences(database))
{
sourceText += string.Format("{0}for (unsigned i = 0; i < {1}List.Size(); ++i)\r\n", GetTabstring(tabDepth + 0), sheet.Name);
sourceText += string.Format("{0}{1}List[i]->ResolveReferences(this);\r\n", GetTabstring(tabDepth + 1), sheet.Name);
}
}
sourceText += "}\r\n";
sourceText += string.Format("\r\n{0}void {1}::Save(Serializer& dest) {{\r\n", "", dbName);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
sourceText += string.Format("{0}dest.WriteUInt({1}List.Size());\r\n", GetTabstring(tabDepth + 0), sheet.Name);
sourceText += string.Format("{0}for (unsigned i = 0; i < {1}List.Size(); ++i)\r\n{2}{1}List[i]->Save(dest);\r\n", GetTabstring(tabDepth + 0), sheet.Name, GetTabstring(tabDepth + 1));
}
sourceText += "}\r\n";
}
if (switches.ContainsKey("ns"))
{
headerText += "\r\n}\t\n";
sourceText += "\r\n}\r\n";
}
System.IO.File.WriteAllText(System.IO.Path.ChangeExtension(fileBase, ".h"), headerText);
System.IO.File.WriteAllText(System.IO.Path.ChangeExtension(fileBase, ".cpp"), sourceText);
}
static readonly string ASProperty = "{2}{0} {1};\r\n"; // Type name;\n
#endregion Fields
#region Methods
public override void WriteClassDefinitions(CastleDB database, string fileBase, string sourceFileName, Dictionary<string, string> switches, List<string> errors)
{
Dictionary<string, Dictionary<string, string>> IDSTable = new Dictionary<string, Dictionary<string, string>>();
int tabDepth = 0;
string fileText = string.Format("// AUTOGENERATED ANGELSCRIPT SOURCE CODE FROM {0}\r\n", sourceFileName);
string dbName = "GameDatabase";
if (switches.ContainsKey("db"))
dbName = switches["db"];
bool integerIDs = false;
if (switches.ContainsKey("id"))
integerIDs = switches["id"].Equals("int");
bool binIO = false;
bool jsonOff = false;
if (switches.ContainsKey("bin"))
{
binIO = switches["bin"].Equals("on") || switches["bin"].Equals("only");
jsonOff = switches["bin"].Equals("only");
}
string inherit = "";
if (switches.ContainsKey("inherit"))
inherit = switches["inherit"];
bool hasTilePos = false;
bool hasLayers = false;
foreach (CastleSheet sheet in database.Sheets)
{
foreach (CastleColumn column in sheet.Columns)
{
if (column.TypeID == CastleType.TileLayer || column.TypeID == CastleType.Layer)
hasLayers = true;
else if (column.TypeID == CastleType.TilePos)
hasTilePos = true;
}
}
// Angelscript namespace need to go externally
// Scan for enumerations and flags
foreach (CastleSheet sheet in database.Sheets)
{
IDSTable[sheet.Name] = new Dictionary<string, string>();
foreach (CastleColumn column in sheet.Columns)
{
if (column.TypeID == CastleType.Enum)
{
fileText += string.Format("\r\nenum E_{0} {{\r\n", column.Name.ToUpper());
foreach (string value in column.Enumerations)
fileText += string.Format("{0}{1},\r\n", GetTabstring(tabDepth + 0), value.ToUpper());
fileText += "}\r\n";
}
else if (column.TypeID == CastleType.Flags)
{
fileText += "\r\n";
int index = 0;
foreach (string value in column.Enumerations)
{
fileText += string.Format("const uint {0}_{1} = {2};\r\n", column.Name.ToUpper(), value.ToUpper(), 1 << index);
++index;
}
}
}
}
if (switches.ContainsKey("ns"))
{
fileText += string.Format("\r\nnamespace {0} {{\r\n", switches["ns"]);
}
if (hasTilePos)
fileText += asCastleTileCode;
if (hasLayers)
fileText += asLayerClasses;
foreach (CastleSheet sheet in database.Sheets)
{
string sheetName = sheet.Name.Replace('@', '_');
string classStr = inherit.Length > 0 ? string.Format(ASClassStartInherit, sheetName, inherit) : string.Format(ASClassStart, sheetName);
foreach (CastleColumn column in sheet.Columns)
{
switch (column.TypeID)
{
case CastleType.UniqueIdentifier:
classStr += string.Format(ASProperty, "String", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Boolean:
classStr += string.Format(ASProperty, "bool", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Color:
classStr += string.Format(ASProperty, "Color", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Custom:
CastleCustom custom = database.CustomTypes.FirstOrDefault(c => c.Name.Equals(column.Key));
if (custom != null)
{
if (!custom.Constructors[0].returnType.Equals("void"))
classStr += string.Format(ASProperty, custom.Constructors[0].returnType, column.Name, GetTabstring(tabDepth + 0));
}
break;
case CastleType.Dynamic:
classStr += string.Format(ASProperty, "JSONValue", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Enum:
classStr += string.Format(ASProperty, "int", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.File:
classStr += string.Format(ASProperty, "String", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Flags:
classStr += string.Format(ASProperty, "uint", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Image:
classStr += string.Format(ASProperty, "String", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Integer:
classStr += string.Format(ASProperty, "int", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Layer:
classStr += string.Format(ASProperty, "CastleDataLayer@", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.List:
classStr += string.Format("{0}Array<{1}@> {2};\r\n", GetTabstring(tabDepth + 0), string.Format("{0}_{1}", sheet.Name, column.Name), column.Name);
break;
case CastleType.Ref:
classStr += string.Format("{0}{1}@ {2};\r\n", GetTabstring(tabDepth + 0), column.Key, column.Name);
classStr += string.Format("{0}private string {1}Key;\r\n", GetTabstring(tabDepth + 0), column.Name);
break;
case CastleType.Text:
classStr += string.Format(ASProperty, "String", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.TileLayer:
classStr += string.Format(ASProperty, "CastleTileLayer@", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.TilePos:
classStr += string.Format(ASProperty, "CastleTile", column.Name, GetTabstring(tabDepth + 0));
break;
}
}
// generate destructor, clears the lists and refs
classStr += string.Format("\r\n{0}~{1}() {{\r\n", GetTabstring(tabDepth + 0), sheetName);
foreach (CastleColumn col in sheet.Columns)
{
if (col.TypeID == CastleType.List)
classStr += string.Format("{0}{1}.Clear();\r\n", GetTabstring(tabDepth + 1), col.Name);
else if (col.TypeID == CastleType.Ref)
classStr += string.Format("{0}@{1} = null;\r\n", GetTabstring(tabDepth + 1), col.Name);
}
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
// generate loading function
if (!jsonOff)
classStr += string.Format("\r\n{0}void Load(JSONValue&in value) {{\r\n", GetTabstring(tabDepth + 0));
string loadBinStr = string.Format("\r\n{0}void Load(Deserializer&in source) {{\r\n", GetTabstring(tabDepth + 0));
string saveBinStr = string.Format("\r\n{0}void Save(Serializer&in dest) {{\r\n", GetTabstring(tabDepth + 0));
foreach (CastleColumn col in sheet.Columns)
{
switch (col.TypeID)
{
case CastleType.UniqueIdentifier:
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"].GetString();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadString();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteString({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Boolean:
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"].GetBool();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadBool();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteBool({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Color:
if (!jsonOff)
classStr += string.Format("{0}{1}.FromUInt(value[\"{1}\"].GetUInt());\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadString();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteColor({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Enum:
//TODO! With every angelscript update check for enums updated to accept int
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"].GetInt();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadInt();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteInt({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Image:
if (!jsonOff)
classStr += string.Format("{0}String {1}Str = value[\"{1}\"].GetString();\r\n{0}if ({1}Str.length > 0)\r\n{2}{1} = {1}Str.Substring({1}Str.IndexOf(':'));\r\n", GetTabstring(tabDepth + 1), col.Name, GetTabstring(tabDepth + 2));
loadBinStr += string.Format("{0}{1} = source.ReadString();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteString({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.File:
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"].GetString();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadString();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteString({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Flags:
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"].GetUInt();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadUInt();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteUInt({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Float:
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"].GetFloat();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadFloat();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteFloat({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Integer:
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"].GetInt();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadInt();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}dest.WriteInt({1});\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.List:
if (!jsonOff)
{
classStr += string.Format("{0}JSONValue {1}Array = value[\"{1}\"];\r\n", GetTabstring(tabDepth + 1), col.Name);
classStr += string.Format("{0}for (uint i = 0; i < {1}Array.size; ++i) {{\r\n", GetTabstring(tabDepth + 1), col.Name);
classStr += string.Format("{0}{1}@ val = {1}();\r\n", GetTabstring(tabDepth + 2), string.Format("{0}_{1}", sheet.Name, col.Name));
classStr += string.Format("{0}val.Load({1}Array[i]);\r\n{0}{2}.Push(val);\r\n", GetTabstring(tabDepth + 2), col.Name, col.Name);
classStr += string.Format("{0}}} \r\n", GetTabstring(tabDepth + 1));
}
loadBinStr += string.Format("{0}uint {1}Ct = source.ReadUInt();\r\n{0}for (uint i = 0; i < {1}Ct; ++i) {{\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1}@ val = {1}();\r\n", GetTabstring(tabDepth + 2), string.Format("{0}_{1}", sheet.Name, col.Name));
loadBinStr += string.Format("{0}val.Load(source);\r\n{0}{2}.Push(val);\r\n", GetTabstring(tabDepth + 2), col.Name, col.Name);
loadBinStr += string.Format("{0}}} \r\n", GetTabstring(tabDepth + 1));
saveBinStr += string.Format("{0}dest.WriteUInt({1}.length);\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}for (uint i = 0; i < {1}.length; ++i)\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}{1}[i].Save(dest);\r\n", GetTabstring(tabDepth + 2), col.Name);
break;
case CastleType.Ref:
if (!jsonOff)
classStr += string.Format("{0}{1}Key = value[\"{1}\"].GetString();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1}Key = source.ReadString();\r\n", GetTabstring(tabDepth + 1), col.Name);
saveBinStr += string.Format("{0}if ({2} is null)\r\n{1}source.WriteString(\"\");\r\n{0}else\r\n{1}source.WriteString({2}.{3});\r\n", GetTabstring(tabDepth + 1), GetTabstring(tabDepth + 2), col.Name, database.Sheets.FirstOrDefault(s => s.Name.Equals(col.Key)).IDColumn.Name);
break;
case CastleType.Text:
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"].GetString();\r\n", GetTabstring(tabDepth + 1), col.Name);
loadBinStr += string.Format("{0}{1} = source.ReadString();\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Custom:
CastleCustom customType = database.CustomTypes.FirstOrDefault(t => t.Name.Equals(col.Key));
if (customType != null && !jsonOff)
{
classStr += string.Format("{0}JSONValue& {1}Array = value[\"{1}\"];\r\n", GetTabstring(tabDepth + 1), col.Name);
classStr += string.Format("{0}if ({1}Array.size > 0) {{\r\n{2}int index = {1}Array[0];\r\n", GetTabstring(tabDepth + 1), col.Name, GetTabstring(tabDepth + 2));
classStr += string.Format("{0}switch (index) {{\r\n", GetTabstring(tabDepth + 2));
for (int i = 1; i < customType.Constructors.Count; ++i)
{
if (customType.Constructors[0].returnType.Equals("void"))
classStr += string.Format("{0}case {1}: {3}; break;\r\n", GetTabstring(tabDepth + 2), i, col.Name, customType.Constructors[i].GetCtor(col.Name, 0 /*cpp*/, database));
else
classStr += string.Format("{0}case {1}: {2} = {3}; break;\r\n", GetTabstring(tabDepth + 2), i, col.Name, customType.Constructors[i].GetCtor(col.Name, 0 /*cpp*/, database));
}
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 2));
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 1));
}
break;
case CastleType.Dynamic:
if (!jsonOff)
classStr += string.Format("{0}{1} = value[\"{1}\"];\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.TileLayer:
if (!jsonOff)
classStr += string.Format("{0}if (value[\"{1}\"].isNull == false)\r\n{3}{1} = {2}(value[\"{1}\");\r\n", GetTabstring(tabDepth + 1), col.Name, "CastleTileLayer", GetTabstring(tabDepth + 2));
break;
case CastleType.Layer:
if (!jsonOff)
classStr += string.Format("{0}if (value[\"{1}\"].isNull == false)\r\n{3}{1} = {2}(value[\"{1}\");\r\n", GetTabstring(tabDepth + 1), col.Name, "CastleDataLayer", GetTabstring(tabDepth + 2));
break;
case CastleType.TilePos:
if (!jsonOff)
classStr += string.Format("{0}if (value[\"{1}\"].isNull == false)\r\n{3}{1}.Load(value[\"{1}\"]);\r\n", GetTabstring(tabDepth + 1), col.Name, "CastleTile", GetTabstring(tabDepth + 2));
break;
}
}
if (!jsonOff)
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
if (binIO)
{
loadBinStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
saveBinStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
classStr += loadBinStr;
classStr += saveBinStr;
}
classStr += string.Format("\r\n{0}void ResolveReferences({1}@ db) {{\r\n", GetTabstring(tabDepth + 0), dbName);
foreach (CastleColumn col in sheet.Columns)
{
if (col.TypeID == CastleType.Ref)
{
classStr += string.Format("{0}for (uint i = 0; i < db.{1}List.length; ++i) {{\r\n", GetTabstring(tabDepth + 1), col.Key);
classStr += string.Format("{0}if (db.{1}List[i].{2} == {3}) {{\r\n", GetTabstring(tabDepth + 2), col.Key, database.Sheets.FirstOrDefault(s => s.Name.Equals(col.Key)).GetKeyName(), string.Format("{0}Key", col.Name));
classStr += string.Format("{0}@{1} = @db.{2}List[i];\r\n", GetTabstring(tabDepth + 3), col.Name, col.Key);
classStr += string.Format("{0}break;\r\n", GetTabstring(tabDepth + 3));
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 2));
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 1));
}
}
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
classStr += ASClassEnd;
fileText += classStr;
}
// Generate the database class
if (inherit.Length == 0)
fileText += string.Format("\r\nclass {0} {{\r\n", dbName);
else
fileText += string.Format("\r\nclass {0} : {1} {{\r\n", dbName, inherit);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
fileText += string.Format("{0}Array<{1}@> {1}List;\r\n", GetTabstring(tabDepth + 0), sheet.Name.Replace("@","_"));
fileText += string.Format("{0}JSONValue {1}Properties;\r\n", GetTabstring(tabDepth + 0), sheet.Name.Replace("@", "_"));
}
fileText += string.Format("\r\n{0}~{1}() {{\r\n", GetTabstring(tabDepth + 0), dbName);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
fileText += string.Format("{0}{1}List.Clear();\r\n", GetTabstring(tabDepth + 1), sheet.Name.Replace("@","_"));
}
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
// Database load
if (!jsonOff)
{
fileText += string.Format("\r\n{0}void Load(JSONFile@ file) {{\r\n", GetTabstring(tabDepth + 0));
fileText += string.Format("{0}JSONValue sheetsElem = file.GetRoot()[\"sheets\"];\r\n", GetTabstring(tabDepth + 1));
fileText += string.Format("{0}for (uint i = 0; i < sheetsElem.size; ++i) {{\r\n", GetTabstring(tabDepth + 1));
fileText += string.Format("{0}JSONValue sheet = sheetsElem[i];\r\n{0}String sheetName = sheet[\"name\"].GetString();\r\n", GetTabstring(tabDepth + 2));
bool first = true;
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
fileText += string.Format("{0}{2} (sheetName == \"{1}\") {{\r\n", GetTabstring(tabDepth + 2), sheet.Name, first ? "if" : "else if");
fileText += string.Format("{0}JSONValue linesElem = sheet[\"lines\"];\r\n", GetTabstring(tabDepth + 3));
fileText += string.Format("{0}{1}Properties = sheet[\"props\"];\r\n", GetTabstring(tabDepth + 3), sheet.Name);
fileText += string.Format("{0}for (uint j = 0; j < linesElem.size; ++j) {{\r\n", GetTabstring(tabDepth + 3));
fileText += string.Format("{0}{1}@ val = {1}();\r\n{0}val.Load(linesElem[j]);\r\n{0}{1}List.Push(val);\r\n", GetTabstring(tabDepth + 4), sheet.Name);
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 3));
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 2));
first = false;
}
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 1));
// Write reference resolving code
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.HasReferences(database))
{
fileText += string.Format("{0}for (uint i = 0; i < {1}List.length; ++i)\r\n", GetTabstring(tabDepth + 1), sheet.Name);
fileText += string.Format("{0}{1}List[i].ResolveReferences(this);\r\n", GetTabstring(tabDepth + 2), sheet.Name);
}
}
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
}
if (binIO)
{
fileText += string.Format("\r\n{0}void Load(Deserializer& source) {{\r\n", GetTabstring(tabDepth + 0), dbName);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
fileText += string.Format("{0}uint {1}Ct = source.ReadUInt();\r\n", GetTabstring(tabDepth + 1), sheet.Name);
fileText += string.Format("{0}for (uint i = 0; i < {1}Ct; ++i) {{\r\n{2}{1}@ val = {1}();\r\n{2}{1}.Load(source);\r\n{2}{1}List.Push(val);\r\n{0}}}\r\n", GetTabstring(tabDepth + 1), sheet.Name, GetTabstring(tabDepth + 2));
}
// Write reference resolving code
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
if (sheet.HasReferences(database))
{
fileText += string.Format("{0}for (uint i = 0; i < {1}List.length; ++i)\r\n", GetTabstring(tabDepth + 1), sheet.Name);
fileText += string.Format("{0}{1}List[i].ResolveReferences(this);\r\n", GetTabstring(tabDepth + 2), sheet.Name);
}
}
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
fileText += string.Format("\r\n{0}void Save(Serializer& dest) {{\r\n", GetTabstring(tabDepth + 0), dbName);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
fileText += string.Format("{0}dest.WriteUInt({1}List.length);\r\n", GetTabstring(tabDepth + 1), sheet.Name);
fileText += string.Format("{0}for (uint i = 0; i < {1}List.length; ++i)\r\n{2}{1}List[i].Save(dest);\r\n", GetTabstring(tabDepth + 1), sheet.Name, GetTabstring(tabDepth + 2));
}
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
}
fileText += "}\r\n";
if (switches.ContainsKey("ns"))
fileText += "\r\n}\r\n";
System.IO.File.WriteAllText(fileBase, fileText);
}
static readonly string ASProperty = "{2}public {0} {1} {{ get; set; }}\r\n"; // Type name;\n
#endregion Fields
#region Methods
public override void WriteClassDefinitions(CastleDB database, string fileBase, string sourceFileName, Dictionary<string, string> switches, List<string> errors)
{
string dbName = "GameDatabase";
if (switches.ContainsKey("db"))
dbName = switches["db"];
int tabDepth = 0;
string namespaceName = switches["ns"];
string fileText = string.Format("// AUTOGENERATED C# SOURCE CODE FROM {0}\r\n", sourceFileName);
fileText += "\r\nusing System;\r\nusing System.Collections.Generic;\r\nusing System.Linq;\r\nusing System.Text;\r\nusing Newtonsoft.Json.Linq;\r\n";
fileText += string.Format("\r\nnamespace {0} {{\r\n", namespaceName);
// Scan for enumerations and flags
foreach (CastleSheet sheet in database.Sheets)
{
foreach (CastleColumn column in sheet.Columns)
{
if (column.TypeID == CastleType.Enum)
{
fileText += string.Format("\r\npublic enum E_{0} {{\r\n", column.Name.ToUpper());
foreach (string value in column.Enumerations)
fileText += string.Format("{0}{1},\r\n", GetTabstring(tabDepth + 0), value.ToUpper());
fileText += "}\r\n";
}
}
}
foreach (CastleSheet sheet in database.Sheets)
{
string sheetName = sheet.Name.Replace('@', '_');
string classStr = string.Format(ASClassStart, sheetName);
foreach (CastleColumn column in sheet.Columns)
{
switch (column.TypeID)
{
case CastleType.UniqueIdentifier:
classStr += string.Format(ASProperty, "string", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Boolean:
classStr += string.Format(ASProperty, "bool", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Color:
classStr += string.Format(ASProperty, "Color", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Custom:
case CastleType.Dynamic:
errors.Add(string.Format("Sheet {0}, type {1} unsupported", column.Name, column.TypeID.ToString()));
break;
case CastleType.Enum:
classStr += string.Format(ASProperty, string.Format("E_{0}", column.Name.ToUpper()), column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.File:
classStr += string.Format(ASProperty, "string", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Flags:
classStr += string.Format(ASProperty, "uint", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Image:
errors.Add(string.Format("Sheet {0}, type {1} unsupported", column.Name, column.TypeID.ToString()));
//classStr += string.Format(ASProperty, "string", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Integer:
classStr += string.Format(ASProperty, "int", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.Layer:
errors.Add(string.Format("Sheet {0}, type {1} unsupported", column.Name, column.TypeID.ToString()));
break;
case CastleType.List:
classStr += string.Format("{0}public List<{1}> {2} = new List<{1}>();\r\n", GetTabstring(tabDepth + 0), string.Format("{0}_{1}", sheet.Name, column.Name), column.Name);
break;
case CastleType.Ref:
classStr += string.Format("{0}public {1} {2} = null;\r\n", GetTabstring(tabDepth + 0), column.Key, column.Name);
classStr += string.Format("{0}private string {2}Key;\r\n", GetTabstring(tabDepth + 0), column.Key, column.Name);
break;
case CastleType.Text:
classStr += string.Format(ASProperty, "string", column.Name, GetTabstring(tabDepth + 0));
break;
case CastleType.TileLayer:
errors.Add(string.Format("Sheet {0}, type {1} unsupported", column.Name, column.TypeID.ToString()));
break;
case CastleType.TilePos:
errors.Add(string.Format("Sheet {0}, type {1} unsupported", column.Name, column.TypeID.ToString()));
break;
}
}
// generate loading function
classStr += string.Format("\r\n{0}public void Load(JObject value) {{\r\n", GetTabstring(tabDepth + 0));
foreach (CastleColumn col in sheet.Columns)
{
switch (col.TypeID)
{
case CastleType.UniqueIdentifier:
classStr += string.Format("{0}{1} = value.Property(\"{1}\").Value.ToString();\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Boolean:
classStr += string.Format("{0}{1} = value.Property(\"{1}\").Value.ToString().Equals(\"true\");\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Color:
classStr += string.Format("{0}{1}.FromUInt(uint.Parse(value.Property(\"{1}\").Value.ToString());\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Enum:
classStr += string.Format("{0}{1} = (E_{2})int.Parse(value.Property(\"{1}\").Value.ToString());\r\n", GetTabstring(tabDepth + 1), col.Name, col.Name.ToUpper());
break;
case CastleType.Image:
// Unimplemented
break;
case CastleType.File:
classStr += string.Format("{0}{1} = value.Property(\"{1}\").ToString();\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Flags:
classStr += string.Format("{0}{1} = uint.Parse(value.Property(\"{1}\").Value.ToString());\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Float:
classStr += string.Format("{0}{1} = float.Parse(value.Property(\"{1}\").Value.ToString());r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Integer:
classStr += string.Format("{0}{1} = int.Parse(value.Property(\"{1}\").Value.ToString());\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.List:
classStr += string.Format("{0}JArray {1}Array = value.Property(\"{1}\").Value as JArray;\r\n", GetTabstring(tabDepth + 1), col.Name);
classStr += string.Format("{0}for (int i = 0; i < {1}Array.Count; ++i) {{\r\n", GetTabstring(tabDepth + 1), col.Name);
classStr += string.Format("{0}{1} val = new {1}();\r\n", GetTabstring(tabDepth + 2), string.Format("{0}_{1}", sheet.Name, col.Name));
classStr += string.Format("{0}val.Load({1}Array[i] as JObject);\r\n{0}{2}.Add(val);\r\n", GetTabstring(tabDepth + 2), col.Name, col.Name);
classStr += string.Format("{0}}} \r\n", GetTabstring(tabDepth + 1));
break;
case CastleType.Ref:
classStr += string.Format("{0}{1}Key = value.Property(\"{1}\").Value.ToString();\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
case CastleType.Text:
classStr += string.Format("{0}{1} = value.Property(\"{1}\").Value.ToString();\r\n", GetTabstring(tabDepth + 1), col.Name);
break;
}
}
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
classStr += string.Format("\r\n{0}public void ResolveReferences({1} db) {{\r\n", GetTabstring(tabDepth + 0), dbName);
foreach (CastleColumn col in sheet.Columns)
{
if (col.TypeID == CastleType.Ref)
{
classStr += string.Format("{0}for (int i = 0; i < db.{1}List.Count; ++i) {{\r\n", GetTabstring(tabDepth + 1), col.Key);
classStr += string.Format("{0}if (db.{1}List[i].{2}.Equals({3})) {{\r\n", GetTabstring(tabDepth + 2), col.Key, database.Sheets.FirstOrDefault(s => s.Name.Equals(col.Key)).GetKeyName(), string.Format("{0}Key", col.Name));
classStr += string.Format("{0}{1} = db.{2}List[i];\r\n", GetTabstring(tabDepth + 3), col.Name, col.Key);
classStr += string.Format("{0}break;\r\n", GetTabstring(tabDepth + 3));
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 2));
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 1));
}
}
classStr += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
classStr += ASClassEnd;
fileText += classStr;
}
fileText += string.Format("\r\npublic class {0} {{\r\n", dbName);
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
fileText += string.Format("{0}public List<{1}> {1}List = new List<{1}>();\r\n", GetTabstring(tabDepth + 0), sheet.Name);
}
fileText += string.Format("\r\n{0}public void Load(JObject file) {{\r\n", GetTabstring(tabDepth + 0));
fileText += string.Format("{0}JArray sheetsElem = file.Property(\"sheets\").Value as JArray;\r\n", GetTabstring(tabDepth + 1));
fileText += string.Format("{0}for (int i = 0; i < sheetsElem.Count; ++i) {{\r\n", GetTabstring(tabDepth + 1));
fileText += string.Format("{0}JObject sheet = sheetsElem[i] as JObject;\r\n{0}string sheetName = sheet.Property(\"name\").Value.ToString();\r\n", GetTabstring(tabDepth + 2));
bool first = true;
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
fileText += string.Format("{0}{2} (sheetName.Equals(\"{1}\")) {{\r\n", GetTabstring(tabDepth + 2), sheet.Name, first ? "if" : "else if");
fileText += string.Format("{0}JArray linesElem = sheet.Property(\"lines\").Value as JArray;\r\n", GetTabstring(tabDepth + 3));
fileText += string.Format("{0}for (int j = 0; j < linesElem.Count; ++j) {{\r\n", GetTabstring(tabDepth + 3));
fileText += string.Format("{0}{1} val = new {1}();\r\n{0}val.Load(linesElem[j] as JObject);\r\n{0}{1}List.Add(val);\r\n", GetTabstring(tabDepth + 4), sheet.Name);
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 3));
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 2));
first = false;
}
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 1));
// Write reference resolving code
foreach (CastleSheet sheet in database.Sheets)
{
if (sheet.Name.Contains("@"))
continue;
if (sheet.HasReferences(database))
{
fileText += string.Format("{0}for (int i = 0; i < {1}List.Count; ++i)\r\n", GetTabstring(tabDepth + 1), sheet.Name);
fileText += string.Format("{0}{1}List[i].ResolveReferences(this);\r\n", GetTabstring(tabDepth + 2), sheet.Name);
}
}
fileText += string.Format("{0}}}\r\n", GetTabstring(tabDepth + 0));
fileText += "}\r\n";
fileText += "\r\n}\r\n";
System.IO.File.WriteAllText(fileBase, fileText);
}
