public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out BigInteger val)
{
var encoder = new Int256Encoder();
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out val);
}
public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out UInt256 val)
{
NumberEncoder <UInt256> encoder = new UInt256Encoder();
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out val);
}
public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out ulong val)
{
var encoder = new UInt64Encoder();
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out val);
}
public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out Hash val)
{
var encoder = new BytesMEncoder();
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out var bytes);
val = new Hash(bytes is byte[] b ? b : bytes.ToArray());
}
public static void Decode <TItem>(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out TItem val)
{
var encoder = EncoderFactory.LoadEncoder(solidityType);
encoder.SetTypeInfo(solidityType);
encoder.DecodeObject(ref buff, out var objectVal);
val = (TItem)objectVal;
}
public static void Decode <TItem>(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out IEnumerable <TItem> val, IAbiTypeEncoder <TItem> itemEncoder)
{
AbiTypeEncoder <IEnumerable <TItem> > encoder;
switch (solidityType.Category)
{
case SolidityTypeCategory.DynamicArray:
encoder = new DynamicArrayEncoder <TItem>(itemEncoder);
break;
case SolidityTypeCategory.FixedArray:
encoder = new FixedArrayEncoder <TItem>(itemEncoder);
break;
default:
throw new ArgumentException($"Encoder factory for array types was called with a type '{solidityType.Category}'");
}
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out val);
}
public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out IEnumerable <byte> val)
{
switch (solidityType.Category)
{
case SolidityTypeCategory.Bytes:
{
var encoder = new BytesEncoder();
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out val);
break;
}
case SolidityTypeCategory.DynamicArray:
{
var encoder = new DynamicArrayEncoder <byte>(new UInt8Encoder());
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out val);
break;
}
case SolidityTypeCategory.FixedArray:
{
var encoder = new FixedArrayEncoder <byte>(new UInt8Encoder());
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out val);
break;
}
case SolidityTypeCategory.Elementary when solidityType.ElementaryBaseType == SolidityTypeElementaryBase.Bytes:
{
var encoder = new BytesMEncoder();
encoder.SetTypeInfo(solidityType);
encoder.Decode(ref buff, out val);
break;
}
default:
throw new ArgumentException($"Encoder factor method for byte arrays called with type '{solidityType.Category}'");
}
}
public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out byte[] val)
{
Decode(solidityType, ref buff, out IEnumerable <byte> bytes);
val = bytes is byte[] arr ? arr : bytes.ToArray();
}
public static void Decode <TItem>(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out TItem[] val, IAbiTypeEncoder <TItem> itemEncoder)
{
Decode(solidityType, ref buff, out IEnumerable <TItem> items, itemEncoder);
val = items is TItem[] arr ? arr : items.ToArray();
}
public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out sbyte val)
{
var encoder = new Int8Encoder();
encoder.Decode(ref buff, out val);
}
public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out bool val)
{
var encoder = new BoolEncoder();
encoder.Decode(ref buff, out val);
}
public static void Decode(AbiTypeInfo solidityType, ref AbiDecodeBuffer buff, out Address val)
{
var encoder = new AddressEncoder();
encoder.Decode(ref buff, out val);
}
public void DecodeObject(ref AbiDecodeBuffer buff, out object val)
{
_encoder.DecodeObject(ref buff, out val);
}
public void Decode(ref AbiDecodeBuffer buff, out TItem val)
{
_encoder.DecodeObject(ref buff, out object objectVal);
val = (TItem)objectVal;
}