private void readClassDefinition(int classId)
{
string className = reader.ReadUtf8();
string packageName = reader.ReadUtf8();
GameDataClassDefinition classDefinition = new GameDataClassDefinition(packageName, className);
int fieldsCount = reader.ReadInt();
uint i = 0;
while (i < fieldsCount)
{
classDefinition.AddField(reader);
i++;
}
classDefinitions.Add(classId, classDefinition);
}
private void readClassDefinition(int classId)
{
string className = reader.ReadUtf8();
string packageName = reader.ReadUtf8();
GameDataClassDefinition classDefinition = new GameDataClassDefinition(packageName, className);
Console.WriteLine("ClassId: {0} ClassMemberName: {1} ClassPkgName {2}", classId, className, packageName);
int fieldsCount = reader.ReadInt();
uint i = 0;
while (i < fieldsCount)
{
classDefinition.AddField(reader);
i++;
}
classDefinitions.Add(classId, classDefinition);
}
int contentOffset = 0; //or uint?
public App(string d2oFilePath)
{
objectPointerTable = new Dictionary <int, int>();
classDefinitions = new Dictionary <int, GameDataClassDefinition>();
using (FileStream d2oFile = File.Open(d2oFilePath, FileMode.Open))
using (reader = new D2OReader(d2oFile))
{
string headerString = reader.ReadAscii(3);
if (!headerString.Equals("D2O"))
{
reader.Pointer = 0;
string headers = reader.ReadUtf8();
short formatVersion = reader.ReadShort();
int len = reader.ReadInt();
reader.Pointer = reader.Pointer + len;
contentOffset = reader.Pointer;
int streamStartIndex = (contentOffset + 7); //or uint?
headers = reader.ReadAscii(3);
if (!headers.Equals("D2O"))
{
throw new InvalidDataException("Header doesn't equal the string 'D2O' : Corrupted file");
}
}
readObjectPointerTable();
//printObjectPointerTable();
readClassTable();
printClassTable();
readGameDataProcessor(); //TODO: implement
unpackObjectsAsJson();
writeJsonFile(true);
//printAllObjects(); //call after unpackObjectsAsJson();
searchObjectById(); //call after unpackObjectsAsJson();
}
}
private string getFieldValueBuilder(GameDataField field)
{
StringBuilder fieldValueBuilder = new StringBuilder();
switch (field.fieldType)
{
case GameDataTypeEnum.Vector:
fieldValueBuilder.Append("[");
int vectorLength = reader.ReadInt();
for (int i = 0; i < vectorLength; i++)
{
fieldValueBuilder
.Append(getFieldValueBuilder(field.innerField))
.Append(writeCommaIfHasMore(vectorLength, i));
}
fieldValueBuilder.Append("]");
break;
case GameDataTypeEnum.Int:
fieldValueBuilder.Append(reader.ReadInt());
break;
case GameDataTypeEnum.UInt:
fieldValueBuilder.Append(reader.ReadUInt());
break;
case GameDataTypeEnum.I18N:
fieldValueBuilder.Append(reader.ReadInt());
break;
case GameDataTypeEnum.String:
fieldValueBuilder.Append(JsonConvert.ToString(reader.ReadUtf8()));
break;
case GameDataTypeEnum.Bool:
fieldValueBuilder.Append(JsonConvert.ToString(reader.ReadBool())); //in json bool is true/false not True/False
break;
case GameDataTypeEnum.Double:
fieldValueBuilder.Append(JsonConvert.ToString(reader.ReadDouble())); //handling the "," vs "." problem of the culture specifics
break;
default:
if (field.fieldType > 0) //if type is an object
{
int classId = reader.ReadInt();
if (classDefinitions.ContainsKey(classId))
{
fieldValueBuilder.Append(getObjectBuilder(classId));
}
}
else
{
Console.WriteLine("Error: invalid type( {0} ) for field {1}", field.fieldType, field.fieldName);
}
break;
}
return(fieldValueBuilder.ToString());
}