use of org.apache.inlong.sort.formats.common.IntFormatInfo in project incubator-inlong by apache.
the class RecordTransformerTest method testRecordAndSerializerFieldNotMatch.
@Test
public void testRecordAndSerializerFieldNotMatch() throws Exception {
final int bufferSize = 1024;
final RecordTransformer transformer = new RecordTransformer(bufferSize);
final FieldInfo field1 = new FieldInfo("field1", new LongFormatInfo());
final FieldInfo field2 = new FieldInfo("field2", new StringFormatInfo());
final TestingSinkInfo sinkInfo = new TestingSinkInfo(new FieldInfo[] { field1, field2 });
final DataFlowInfo dataFlowInfo = new DataFlowInfo(1L, new EmptySourceInfo(), sinkInfo);
transformer.addDataFlow(dataFlowInfo);
final Row row = new Row(2);
row.setField(0, 1024L);
row.setField(1, 2048);
final Record record = new Record(1L, System.currentTimeMillis(), row);
try {
transformer.toSerializedRecord(record);
Assert.fail();
} catch (Exception expected) {
}
final FieldInfo newField1 = new FieldInfo("field1", new LongFormatInfo());
final FieldInfo newField2 = new FieldInfo("field2", new IntFormatInfo());
final TestingSinkInfo newSinkInfo = new TestingSinkInfo(new FieldInfo[] { newField1, newField2 });
final DataFlowInfo newDataFlowInfo = new DataFlowInfo(1L, new EmptySourceInfo(), newSinkInfo);
transformer.updateDataFlow(newDataFlowInfo);
SerializedRecord serializedRecord = transformer.toSerializedRecord(record);
transformer.updateDataFlow(dataFlowInfo);
try {
transformer.toRecord(serializedRecord);
Assert.fail();
} catch (Exception expected) {
}
}
use of org.apache.inlong.sort.formats.common.IntFormatInfo in project incubator-inlong by apache.
the class TableFormatUtils method deriveLogicalType.
/**
* Derive the LogicalType for the given FormatInfo.
*/
public static LogicalType deriveLogicalType(FormatInfo formatInfo) {
if (formatInfo instanceof StringFormatInfo) {
return new VarCharType();
} else if (formatInfo instanceof BooleanFormatInfo) {
return new BooleanType();
} else if (formatInfo instanceof ByteFormatInfo) {
return new TinyIntType();
} else if (formatInfo instanceof ShortFormatInfo) {
return new SmallIntType();
} else if (formatInfo instanceof IntFormatInfo) {
return new IntType();
} else if (formatInfo instanceof LongFormatInfo) {
return new BigIntType();
} else if (formatInfo instanceof FloatFormatInfo) {
return new FloatType();
} else if (formatInfo instanceof DoubleFormatInfo) {
return new DoubleType();
} else if (formatInfo instanceof DecimalFormatInfo) {
return new DecimalType();
} else if (formatInfo instanceof TimeFormatInfo) {
return new TimeType();
} else if (formatInfo instanceof DateFormatInfo) {
return new DateType();
} else if (formatInfo instanceof TimestampFormatInfo) {
return new TimestampType(DEFAULT_PRECISION_FOR_TIMESTAMP);
} else if (formatInfo instanceof LocalZonedTimestampFormatInfo) {
return new LocalZonedTimestampType();
} else if (formatInfo instanceof ArrayFormatInfo) {
FormatInfo elementFormatInfo = ((ArrayFormatInfo) formatInfo).getElementFormatInfo();
return new ArrayType(deriveLogicalType(elementFormatInfo));
} else if (formatInfo instanceof MapFormatInfo) {
MapFormatInfo mapFormatInfo = (MapFormatInfo) formatInfo;
FormatInfo keyFormatInfo = mapFormatInfo.getKeyFormatInfo();
FormatInfo valueFormatInfo = mapFormatInfo.getValueFormatInfo();
return new MapType(deriveLogicalType(keyFormatInfo), deriveLogicalType(valueFormatInfo));
} else if (formatInfo instanceof RowFormatInfo) {
RowFormatInfo rowFormatInfo = (RowFormatInfo) formatInfo;
FormatInfo[] formatInfos = rowFormatInfo.getFieldFormatInfos();
int formatInfosSize = formatInfos.length;
LogicalType[] logicalTypes = new LogicalType[formatInfosSize];
for (int i = 0; i < formatInfosSize; ++i) {
logicalTypes[i] = deriveLogicalType(formatInfos[i]);
}
return RowType.of(logicalTypes, rowFormatInfo.getFieldNames());
} else if (formatInfo instanceof BinaryFormatInfo) {
return new BinaryType();
} else if (formatInfo instanceof NullFormatInfo) {
return new NullType();
} else {
throw new UnsupportedOperationException();
}
}
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