public class DoublePointField extends PointField implements DoubleValueFieldType
PointField implementation for Double values.PointField,
DoublePointFieldType.DefaultAnalyzer, FieldType.MultiValueSelectortypeANALYZER, args, CHAR_FILTER, CHAR_FILTERS, CLASS_NAME, docValuesFormat, falseProperties, FILTER, FILTERS, INDEX, INDEX_ANALYZER, MULTI_TERM, MULTI_TERM_ANALYZER, POLY_FIELD_SEPARATOR, postingsFormat, properties, QUERY, QUERY_ANALYZER, similarity, SIMILARITY, similarityFactory, TOKENIZER, trueProperties, TYPE, TYPE_NAME, typeNameBINARY, DOC_VALUES, INDEXED, LARGE_FIELD, MULTIVALUED, OMIT_NORMS, OMIT_POSITIONS, OMIT_TF_POSITIONS, REQUIRED, SORT_MISSING_FIRST, SORT_MISSING_LAST, STORE_OFFSETS, STORE_TERMOFFSETS, STORE_TERMPAYLOADS, STORE_TERMPOSITIONS, STORE_TERMVECTORS, STORED, TOKENIZED, USE_DOCVALUES_AS_STORED| Constructor and Description |
|---|
DoublePointField() |
| Modifier and Type | Method and Description |
|---|---|
IndexableField |
createField(SchemaField field,
Object value,
float boost)
Used for adding a document when a field needs to be created from a
type and a string.
|
protected Query |
getExactQuery(SchemaField field,
String externalVal) |
FieldType.LegacyNumericType |
getNumericType()
Return the numeric type of this field, or null if this field is not a
numeric field.
|
Query |
getPointRangeQuery(QParser parser,
SchemaField field,
String min,
String max,
boolean minInclusive,
boolean maxInclusive) |
Query |
getSetQuery(QParser parser,
SchemaField field,
Collection<String> externalVal) |
protected ValueSource |
getSingleValueSource(SortedNumericSelector.Type choice,
SchemaField f)
Helper method that will only be called for multivalued Point fields that have doc values.
|
SortField |
getSortField(SchemaField field,
boolean top)
Returns the SortField instance that should be used to sort fields
of this type.
|
protected StoredField |
getStoredField(SchemaField sf,
Object value) |
UninvertingReader.Type |
getUninversionType(SchemaField sf)
DocValues is not enabled for a field, but it's indexed, docvalues can be constructed
on the fly (uninverted, aka fieldcache) on the first request to sort, facet, etc.
|
ValueSource |
getValueSource(SchemaField field,
QParser qparser)
called to get the default value source (normally, from the
Lucene FieldCache.)
|
protected String |
indexedToReadable(BytesRef indexedForm) |
void |
readableToIndexed(CharSequence val,
BytesRefBuilder result)
Given the readable value, return the term value that will match it.
|
Object |
toNativeType(Object val)
Converts any Object to a java Object native to this field type
|
Object |
toObject(IndexableField f)
Convert the stored-field format to an external object.
|
Object |
toObject(SchemaField sf,
BytesRef term) |
createFields, getFieldQuery, getRangeQuery, getSingleValueSource, indexedToReadable, indexedToReadable, isFieldUsed, isPointField, isTokenized, multiValuedFieldCache, storedToIndexed, storedToReadable, toInternal, toInternalByteRef, writegetDocValuesRangeQuery, getNumberType, getRangeQueryForFloatDoubleDocValues, getRangeQueryForMultiValuedDoubleDocValues, getRangeQueryForMultiValuedFloatDocValues, numericDocValuesRangeQuerycheckSupportsDocValues, initcheckSchemaField, createField, getAnalyzerProperties, getClassArg, getDocValuesFormat, getIndexAnalyzer, getIndexOptions, getNamedPropertyValues, getNonFieldPropertyArgs, getPostingsFormat, getPrefixQuery, getQueryAnalyzer, getRewriteMethod, getSimilarity, getSimilarityFactory, getStringSort, getTypeName, hasProperty, isExplicitAnalyzer, isExplicitQueryAnalyzer, isMultiValued, isPolyField, marshalBase64SortValue, marshalSortValue, marshalStringSortValue, readableToIndexed, restrictProps, setArgs, setIndexAnalyzer, setIsExplicitAnalyzer, setIsExplicitQueryAnalyzer, setQueryAnalyzer, setSimilarity, supportsAnalyzers, toExternal, toString, unmarshalBase64SortValue, unmarshalSortValue, unmarshalStringSortValue, useDocValuesAsStoredpublic Object toNativeType(Object val)
FieldTypetoNativeType in class FieldTypepublic Query getPointRangeQuery(QParser parser, SchemaField field, String min, String max, boolean minInclusive, boolean maxInclusive)
getPointRangeQuery in class PointFieldpublic Object toObject(SchemaField sf, BytesRef term)
public Object toObject(IndexableField f)
FieldTypetoObject in class FieldTypeFieldType.toInternal(java.lang.String)protected Query getExactQuery(SchemaField field, String externalVal)
getExactQuery in class PointFieldpublic Query getSetQuery(QParser parser, SchemaField field, Collection<String> externalVal)
getSetQuery in class PointFieldprotected String indexedToReadable(BytesRef indexedForm)
indexedToReadable in class PointFieldpublic void readableToIndexed(CharSequence val, BytesRefBuilder result)
FieldTyperesult
parameter and write from offset 0readableToIndexed in class FieldTypepublic SortField getSortField(SchemaField field, boolean top)
FieldTypegetSortField in class FieldTypeSchemaField.checkSortability()public UninvertingReader.Type getUninversionType(SchemaField sf)
FieldTypegetUninversionType in class FieldTypesf - field instancenull (to disallow uninversion for the field)public ValueSource getValueSource(SchemaField field, QParser qparser)
FieldTypegetValueSource in class FieldTypeprotected ValueSource getSingleValueSource(SortedNumericSelector.Type choice, SchemaField f)
PointFieldgetSingleValueSource in class PointFieldchoice - the selector Type to use, will never be nullf - the field to use, guaranteed to be multivalued.FieldType.getSingleValueSource(MultiValueSelector,SchemaField,QParser)public FieldType.LegacyNumericType getNumericType()
FieldTypegetNumericType in class FieldTypepublic IndexableField createField(SchemaField field, Object value, float boost)
FieldTypeBy default, the indexed value is the same as the stored value (taken from toInternal()). Having a different representation for external, internal, and indexed would present quite a few problems given the current Lucene architecture. An analyzer for adding docs would need to translate internal->indexed while an analyzer for querying would need to translate external->indexed.
The only other alternative to having internal==indexed would be to have internal==external. In this case, toInternal should convert to the indexed representation, toExternal() should do nothing, and createField() should *not* call toInternal, but use the external value and set tokenized=true to get Lucene to convert to the internal(indexed) form.
:TODO: clean up and clarify this explanation.createField in class FieldTypeFieldType.toInternal(java.lang.String)protected StoredField getStoredField(SchemaField sf, Object value)
getStoredField in class PointFieldCopyright © 2000-2017 Apache Software Foundation. All Rights Reserved.