private void ParsePrimitiveVectorMethode()
{
var m = RegularExpression.GetRegex(RegexEnum.ReadVectorMethodPrimitive).Match(FileToTranslate);
while (m.Success)
{
foreach (var newClass in Class.Variables)
{
if (newClass.Name != m.Groups["name"].Value)
{
continue;
}
if ((newClass.ObjectType == "int") & (m.Groups["methode"].Value == "readByte"))
{
newClass.ReadMethod = "ReadSByte";
newClass.WriteMethod = "WriteSByte";
newClass.ObjectType = "sbyte";
}
else if ((newClass.ObjectType == "uint") & (m.Groups["methode"].Value == "readByte"))
{
newClass.ReadMethod = "ReadByte";
newClass.WriteMethod = "WriteByte";
newClass.ObjectType = "byte";
}
else
{
newClass.ReadMethod = ReadOrWriteMethod.GetReadMethode(m.Groups["methode"].Value, "read");
newClass.WriteMethod = ReadOrWriteMethod.GetWriteMethode(m.Groups["methode"].Value, "read");
newClass.ObjectType = PrimitiveType.GetTypeByReadMethode(newClass.ReadMethod);
}
newClass.MethodType = ReadMethodType.VectorPrimitive;
}
m = m.NextMatch();
}
}
private void ParseVectorFields()
{
var bracketOpen = Array.FindIndex(FileLines, entry => entry.Contains("function serializeAs_"));
if (!FileLines[bracketOpen].EndsWith("{"))
{
bracketOpen++;
}
var bracketClose = Brackets[bracketOpen];
var methodlines = new string[bracketClose - 1 - bracketOpen];
Array.Copy(FileLines, bracketOpen + 1, methodlines, 0, bracketClose - 1 - bracketOpen);
var vectorFields = methodlines.Where(line => line.Trim() != "")
.Aggregate("", (current, line) => current + (line + (char)10));
var m = RegularExpression.GetRegex(RegexEnum.VarVectorFieldWrite).Match(vectorFields);
while (m.Success)
{
foreach (var newClass in Class.Variables)
{
if (newClass.Name != m.Groups["name"].Value)
{
continue;
}
newClass.VectorFieldWrite = ReadOrWriteMethod.GetWriteMethode(m.Groups["methode"].Value, "write");
newClass.VectorFieldRead = ReadVectorField.GetReadMethode(m.Groups["methode"].Value);
}
m = m.NextMatch();
}
}
