public static CallResponse decode(UaDecoder decoder) {
ResponseHeader _responseHeader =
decoder.decodeSerializable("ResponseHeader", ResponseHeader.class);
CallMethodResult[] _results =
decoder.decodeArray("Results", decoder::decodeSerializable, CallMethodResult.class);
DiagnosticInfo[] _diagnosticInfos =
decoder.decodeArray("DiagnosticInfos", decoder::decodeDiagnosticInfo, DiagnosticInfo.class);
return new CallResponse(_responseHeader, _results, _diagnosticInfos);
}
public static ReadResponse decode(UaDecoder decoder) {
ResponseHeader _responseHeader =
decoder.decodeSerializable("ResponseHeader", ResponseHeader.class);
DataValue[] _results =
decoder.decodeArray("Results", decoder::decodeDataValue, DataValue.class);
DiagnosticInfo[] _diagnosticInfos =
decoder.decodeArray("DiagnosticInfos", decoder::decodeDiagnosticInfo, DiagnosticInfo.class);
return new ReadResponse(_responseHeader, _results, _diagnosticInfos);
}
public static VariableAttributes decode(UaDecoder decoder) {
UInteger _specifiedAttributes = decoder.decodeUInt32("SpecifiedAttributes");
LocalizedText _displayName = decoder.decodeLocalizedText("DisplayName");
LocalizedText _description = decoder.decodeLocalizedText("Description");
UInteger _writeMask = decoder.decodeUInt32("WriteMask");
UInteger _userWriteMask = decoder.decodeUInt32("UserWriteMask");
Variant _value = decoder.decodeVariant("Value");
NodeId _dataType = decoder.decodeNodeId("DataType");
Integer _valueRank = decoder.decodeInt32("ValueRank");
UInteger[] _arrayDimensions =
decoder.decodeArray("ArrayDimensions", decoder::decodeUInt32, UInteger.class);
UByte _accessLevel = decoder.decodeByte("AccessLevel");
UByte _userAccessLevel = decoder.decodeByte("UserAccessLevel");
Double _minimumSamplingInterval = decoder.decodeDouble("MinimumSamplingInterval");
Boolean _historizing = decoder.decodeBoolean("Historizing");
return new VariableAttributes(
_specifiedAttributes,
_displayName,
_description,
_writeMask,
_userWriteMask,
_value,
_dataType,
_valueRank,
_arrayDimensions,
_accessLevel,
_userAccessLevel,
_minimumSamplingInterval,
_historizing);
}
public static HistoryData decode(UaDecoder decoder) {
DataValue[] _dataValues =
decoder.decodeArray("DataValues", decoder::decodeDataValue, DataValue.class);
return new HistoryData(_dataValues);
}