using Supercell.GUT.Titan.Encoding;
using Supercell.GUT.Titan.Encoding.Streamed;

namespace Supercell.GUT.Titan.Math;

public class LogicLong
{
    public int HigherInt { get; set; }
    public int LowerInt { get; set; }

    public LogicLong(long longValue)
    {
        this.HigherInt = (int)(longValue >> 32);
        this.LowerInt = (int)longValue;
    }
    
    public LogicLong()
    {
        this.HigherInt = 0;
        this.LowerInt = 0;
    }

    public LogicLong(int higherInt, int lowerInt)
    {
        this.HigherInt = higherInt;
        this.LowerInt = lowerInt;
    }

    public void Encode(ChecksumEncoder checksumEncoder)
    {
        checksumEncoder.WriteInt(this.HigherInt);
        checksumEncoder.WriteInt(this.LowerInt);
    }

    public void Decode(ByteStream byteStream)
    {
        this.HigherInt = byteStream.ReadInt();
        this.LowerInt = byteStream.ReadInt();
    }
}