Esempio n. 1
0
 private object Read(UbjsonMarker m)
 {
     for (;;)
     {
         switch (m)
         {
         case UbjsonMarker.Null: return null;
         case UbjsonMarker.Noop: m = (UbjsonMarker)stm.ReadByte(); break;
         case UbjsonMarker.False: return false; 
         case UbjsonMarker.True: return true;
         case UbjsonMarker.Int8: return (sbyte)ReadInteger(stm, 1);
         case UbjsonMarker.UInt8: return (byte)ReadInteger(stm, 1);
         case UbjsonMarker.Int16: return (short)ReadInteger(stm, 2);
         case UbjsonMarker.Int32: return (int) ReadInteger(stm, 4);
         case UbjsonMarker.Int64: return (long) ReadInteger(stm, 8);
         case UbjsonMarker.Float32: return BitConverter.ToSingle(ReadFloatBits(4), 0);
         case UbjsonMarker.Float64: return BitConverter.ToDouble(ReadFloatBits(8), 0);
         case UbjsonMarker.String: return ReadString();
         case UbjsonMarker.Array: return ReadArray();
         case UbjsonMarker.Object: return ReadObject();
         default:
             throw new NotSupportedException(string.Format("Unknown marker {0}.", (char)m));
         }
     }
 }
Esempio n. 2
0
 private uint ReadLength(UbjsonMarker m)
 {
     return(m switch
     {
         UbjsonMarker.Int8 => (byte)ReadInteger(stm, 1),
         UbjsonMarker.UInt8 => (byte)ReadInteger(stm, 1),
         UbjsonMarker.Int16 => (ushort)ReadInteger(stm, 2),
         UbjsonMarker.Int32 => (uint)ReadInteger(stm, 4),
         _ => throw new NotSupportedException(),
     });
Esempio n. 3
0
        private uint ReadLength(UbjsonMarker m)
        {
            switch (m)
            {
            case UbjsonMarker.Int8: return((byte)ReadInteger(stm, 1));

            case UbjsonMarker.UInt8: return((byte)ReadInteger(stm, 1));

            case UbjsonMarker.Int16: return((ushort)ReadInteger(stm, 2));

            case UbjsonMarker.Int32: return((uint)ReadInteger(stm, 4));
            }
            throw new NotSupportedException();
        }
Esempio n. 4
0
 private void WriteArray(IEnumerable e, int c, UbjsonMarker elementType, Action <object, Stream> writer)
 {
     stm.WriteByte((byte)UbjsonMarker.Array);
     if (elementType != UbjsonMarker.None)
     {
         stm.WriteByte((byte)UbjsonMarker.ElementType);
         stm.WriteByte((byte)elementType);
     }
     stm.WriteByte((byte)UbjsonMarker.ElementCount);
     WriteNumber(c);
     foreach (var item in e)
     {
         writer(item, stm);
     }
 }
Esempio n. 5
0
        private object?Read(UbjsonMarker m)
        {
            for (;;)
            {
                switch (m)
                {
                case UbjsonMarker.Null: return(null);

                case UbjsonMarker.Noop: m = (UbjsonMarker)stm.ReadByte(); break;

                case UbjsonMarker.False: return(false);

                case UbjsonMarker.True: return(true);

                case UbjsonMarker.Int8: return((sbyte)ReadInteger(stm, 1));

                case UbjsonMarker.UInt8: return((byte)ReadInteger(stm, 1));

                case UbjsonMarker.Int16: return((short)ReadInteger(stm, 2));

                case UbjsonMarker.Int32: return((int)ReadInteger(stm, 4));

                case UbjsonMarker.Int64: return((long)ReadInteger(stm, 8));

                case UbjsonMarker.Float32: return(BitConverter.ToSingle(ReadFloatBits(4), 0));

                case UbjsonMarker.Float64: return(BitConverter.ToDouble(ReadFloatBits(8), 0));

                case UbjsonMarker.String: return(ReadString());

                case UbjsonMarker.Array: return(ReadArray());

                case UbjsonMarker.Object: return(ReadObject());

                default:
                    throw new NotSupportedException(string.Format("Unknown marker {0}.", (char)m));
                }
            }
        }
Esempio n. 6
0
 private uint ReadLength(UbjsonMarker m)
 { 
     switch(m)
     {
     case UbjsonMarker.Int8: return (byte)ReadInteger(stm, 1);
     case UbjsonMarker.UInt8: return (byte)ReadInteger(stm, 1);
     case UbjsonMarker.Int16: return (ushort)ReadInteger(stm, 2);
     case UbjsonMarker.Int32: return (uint)ReadInteger(stm, 4);
     }
     throw new NotSupportedException();
 }