static void Main(string[] args)
{
mArray <int> mas = new mArray <int>(5);
Console.WriteLine(mas.Size);
Console.WriteLine(mas.RealSize);
Console.WriteLine(mas.Mas);
mas.Add(10000);
Console.WriteLine(mas.Size);
Console.WriteLine(mas.RealSize);
Console.WriteLine(mas.Mas);
mas.Remove(10000);
Console.WriteLine(mas.Size);
Console.WriteLine(mas.RealSize);
Console.WriteLine(mas.Mas);
Console.WriteLine(mas.IndexOf(10000));
Console.ReadLine();
}
public override void Read(MTextIO io)
{
string token = null;
string token2 = null;
if (IsRoot)
{
token = io.GetToken();
token2 = io.GetToken();
if (token2 == MTextIO.SCOPE_START.ToString())
{
// We only have the type
TypeName = token;
}
else
{
Name = token;
TypeName = token2;
string token3 = io.GetToken();
if (token3 != MTextIO.SCOPE_START.ToString())
{
throw new Exception($"Expected '{MTextIO.SCOPE_START}' character for node definition.");
}
}
}
mTypeBase field = null;
while (true)
{
// Loop through all fields, now
token = io.GetToken();
if (token == MTextIO.SCOPE_END.ToString())
{
break;
}
token2 = io.GetToken();
if (token2 == MTextIO.SCOPE_START.ToString())
{
// We only have the type
field = new mNode();
((mNode)field).TypeName = token;
}
else if (token2.StartsWith(MTextIO.ARRAY_START)) // Array def
{
int arrLen = int.Parse(token2.AsSpan(1, token2.Length - 2));
if (arrLen > byte.MaxValue)
{
throw new UISyntaxError($"Array length can only be {byte.MaxValue} elements maximum. Got {arrLen}.");
}
field = new mArray();
((mArray)field).Length = (byte)arrLen;
if (io.GetToken() != MTextIO.SCOPE_START.ToString())
{
throw new Exception($"Expected '{MTextIO.SCOPE_START}' character for node array field definition.");
}
field.Name = token;
}
else
{
string fieldName = token;
string fieldType = token2;
string token3 = io.GetToken();
if (token3 != MTextIO.SCOPE_START.ToString())
{
throw new Exception($"Expected '{MTextIO.SCOPE_START}' character for node field definition.");
}
if (fieldType == "digit")
{
// Search potentially colliding field names with different types
UIDefType digitType;
var potentialOverride = WidgetDefinitions.TypeOverrides.FirstOrDefault(e => e.WidgetName == TypeName && e.FieldName == fieldName);
if (potentialOverride != null)
{
digitType = potentialOverride.ValueType;
}
else
{
WidgetDefinitions.Types.TryGetValue(fieldName, out digitType); // No collision, just try to find it by name
}
/* No real easier way, the component types i.e 'DialogParts::DialogFrame::Pane::Head::Close::Cross' do not expose their actual type */
if (digitType != UIDefType.Unknown)
{
field = digitType switch
{
UIDefType.Int => new mInt(),
UIDefType.UInt => new mUInt(),
UIDefType.Long => new mLong(),
UIDefType.ULong => new mULong(),
UIDefType.Short => new mShort(),
UIDefType.UShort => new mUShort(),
UIDefType.Byte => new mUByte(),
UIDefType.SByte => new mSByte(),
UIDefType.Float => new mFloat(),
UIDefType.Double => new mDouble(),
UIDefType.Bool => new mBool(),
_ => new mInt(),
};
}
else
{
Console.WriteLine($"Missing digit type for '{fieldName}', assuming Int");
field = new mInt();
}
}
else
{
field = fieldType switch
{
"RGBA" => new mColor(),
"color_name" => new mColorName(),
"string" => new mString(),
"region" => new mRegion(),
"vector" => new mVector(),
"vector3" => new mVector3(),
"rectangle" => new mRectangle(),
_ => new mNode(),
};
}
if (field is mNode)
{
((mNode)field).TypeName = token2;
}
field.Name = token;
}
field.Read(io);
Child.Add(field);
}
}
