public override AbiDefinition ReadJson(
JsonReader reader,
Type objectType,
AbiDefinition existingValue,
bool hasExistingValue,
JsonSerializer serializer)
{
JToken topLevelToken = JToken.Load(reader);
existingValue ??= new AbiDefinition();
JToken abiToken;
if (topLevelToken.Type == JTokenType.Object)
{
abiToken = topLevelToken["abi"];
byte[] bytecode = Bytes.FromHexString(topLevelToken["bytecode"]?.Value <string>() ?? string.Empty);
byte[] deployedBytecode = Bytes.FromHexString(topLevelToken["deployedBytecode"]?.Value <string>() ?? string.Empty);
existingValue.SetBytecode(bytecode);
existingValue.SetDeployedBytecode(deployedBytecode);
}
else
{
abiToken = topLevelToken;
}
foreach (var definitionToken in abiToken?.Children() ?? Enumerable.Empty <JToken>())
{
string name = definitionToken[_nameTokenName]?.Value <string>();
JToken typeToken = definitionToken[_typeTokenName];
if (typeToken == null)
{
continue;
}
AbiDescriptionType type = FastEnum.Parse <AbiDescriptionType>(typeToken.Value <string>(), true);
if (type == AbiDescriptionType.Event)
{
AbiEventDescription abiEvent = new();
serializer.Populate(definitionToken.CreateReader(), abiEvent);
existingValue.Add(abiEvent);
}
else if (type == AbiDescriptionType.Error)
{
AbiErrorDescription abiError = new();
serializer.Populate(definitionToken.CreateReader(), abiError);
existingValue.Add(abiError);
}
else
{
AbiFunctionDescription abiFunction = new();
serializer.Populate(definitionToken.CreateReader(), abiFunction);
existingValue.Add(abiFunction);
}
}
return(existingValue);
}
public void ParseIgnoreCase()
=> FluentActions.Invoking(() => FastEnum.Parse <TEnum>("ABCDE", true)).Should().Throw <ArgumentException>();
