| [milo-dev] encoding ResultDataType |
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public class ResultDataType extends Structure implements UaStructure {
public static final ExpandedNodeId TYPE_ID = ExpandedNodeId.parse("nsu=http://opcfoundation.org/UA/Machinery/Result/;i=3008"); //public static final ExpandedNodeId TYPE_ID = ExpandedNodeId.parse("nsu=ns=5;i=3008");
public static final ExpandedNodeId XML_ENCODING_ID = ExpandedNodeId.parse("nsu=http://opcfoundation.org/UA/;i=12676");
public static final ExpandedNodeId BINARY_ENCODING_ID = ExpandedNodeId.parse("nsu=http://opcfoundation.org/UA/Machinery/Result/;i=5008"); // public static final ExpandedNodeId BINARY_ENCODING_ID = ExpandedNodeId.parse("nsu=ns=5;i=5008");
private final ResultMetaDataType resultMetaDataType;
public ResultDataType(ResultMetaDataType resultMetaDataType) { super(); this.resultMetaDataType = resultMetaDataType; }
@Override public ExpandedNodeId getTypeId() { return TYPE_ID; }
@Override public ExpandedNodeId getXmlEncodingId() { return XML_ENCODING_ID; }
@Override public ExpandedNodeId getBinaryEncodingId() { return BINARY_ENCODING_ID; }
public ResultMetaDataType getResultMetaDataType() { return resultMetaDataType; }
public static final class Codec extends GenericDataTypeCodec<ResultDataType> { @Override public Class<ResultDataType> getType() { return ResultDataType.class; }
@Override public ResultDataType decode(SerializationContext context, UaDecoder decoder) { System.out.println("decode ResultDataType ");
String ResultId = null; UInteger encodingMask = decoder.readUInt32("EncodingMask"); long encodingMaskValue = encodingMask.longValue();
if ((encodingMaskValue & (1L << 0)) != 0) { ResultId = decoder.readString("ResultId"); } System.out.println("ResultId "+ResultId);
ResultMetaDataType r = new ResultMetaDataType("resultId");
return new ResultDataType(r); }
@Override public void encode(SerializationContext context, UaEncoder writer, ResultDataType value) throws UaSerializationException {
System.out.println("encode ResultMetaDataType ");
long encodingMaskValue = 0L; if (value.resultMetaDataType != null) { encodingMaskValue |= (1L << 0); }
writer.writeUInt32("EncodingMask", Unsigned.uint(encodingMaskValue));
if (value.resultMetaDataType != null) { //writer.writeString("ResultId", value.ResultId); writer.writeStruct("ResultMetaDataType", value, ResultDataType.BINARY_ENCODING_ID); //writer.writeStruct("ResultMetaDataType", value,new ResultDataType.Codec().asBinaryCodec() ); }
} }
} |
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public class ResultMetaDataType extends Structure implements UaStructure {
public static final ExpandedNodeId TYPE_ID = ExpandedNodeId.parse("nsu=http://opcfoundation.org/UA/Machinery/Result/;i=3007");
public static final ExpandedNodeId XML_ENCODING_ID = ExpandedNodeId.parse("nsu=http://opcfoundation.org/UA/;i=12676");
public static final ExpandedNodeId BINARY_ENCODING_ID = ExpandedNodeId.parse("nsu=http://opcfoundation.org/UA/Machinery/Result/;i=5005");
private final String ResultId;
public ResultMetaDataType(String resultId) { super(); ResultId = resultId; }
@Override public ExpandedNodeId getTypeId() { return TYPE_ID; }
@Override public ExpandedNodeId getXmlEncodingId() { return XML_ENCODING_ID; }
@Override public ExpandedNodeId getBinaryEncodingId() { return BINARY_ENCODING_ID; }
public String getResultId() { return ResultId; }
public static final class Codec extends GenericDataTypeCodec<ResultMetaDataType> { @Override public Class<ResultMetaDataType> getType() { return ResultMetaDataType.class; }
@Override public ResultMetaDataType decode(SerializationContext context, UaDecoder decoder) {
System.out.println("decode ResultMetaDataType ");
String ResultId = null; UInteger encodingMask = decoder.readUInt32("EncodingMask"); long encodingMaskValue = encodingMask.longValue();
if ((encodingMaskValue & (1L << 0)) != 0) { ResultId = decoder.readString("ResultId"); } System.out.println("ResultId "+ResultId);
return new ResultMetaDataType(ResultId); }
@Override public void encode(SerializationContext context, UaEncoder writer, ResultMetaDataType value) throws UaSerializationException {
System.out.println("encode ResultMetaDataType ");
long encodingMaskValue = 0L; if (value.ResultId != null) { encodingMaskValue |= (1L << 0); }
writer.writeUInt32("EncodingMask", Unsigned.uint(encodingMaskValue));
if (value.ResultId != null) { writer.writeString("ResultId", value.ResultId); }
} } } |
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public class GetLatestResult extends AbstractMethodInvocationHandler{
private boolean hasError;
public GetLatestResult(UaMethodNode node,boolean hasError) { super(node); this.hasError=hasError; }
public static final Argument TimeOut = new Argument( "TimeOut", Identifiers.Int32, ValueRanks.Scalar, null, new LocalizedText("The argument for TimeOut.") );
//output public static final Argument ResultHandle = new Argument( "ResultHandle", Identifiers.String, ValueRanks.Scalar, null, new LocalizedText("The argument for ResultHandle") );
public static final Argument ResultDataType = new Argument( "ResultDataType", Identifiers.Structure, ValueRanks.Scalar, null, new LocalizedText("The argument to ResultDataType.") );
public static final Argument Error = new Argument( "Error", Identifiers.Int32, ValueRanks.Scalar, null, new LocalizedText("The argument to Error.") );
@Override public Argument[] getInputArguments() { return new Argument[] {TimeOut}; }
@Override public Argument[] getOutputArguments() { return new Argument[] {ResultHandle,ResultDataType,Error}; }
@Override protected Variant[] invoke(InvocationContext invocationContext, Variant[] inputValues) throws UaException {
System.out.println("invoke GetLatestResult has error: " + hasError);
@SuppressWarnings("removal") Integer resultHandle = new Integer(22); Integer error = new Integer(22);
ResultMetaDataType rMDt = new ResultMetaDataType("resultIdd");
ResultDataType rDT = new ResultDataType(rMDt);
LocalizedText stMessage = new LocalizedText("status message");
Variant var = new Variant(rDT);
return new Variant[]{new Variant(resultHandle),var,new Variant(error)};
} } |