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package com.rbmhtechnology.vind.model;
import com.rbmhtechnology.vind.SearchServerException;
import com.rbmhtechnology.vind.annotations.language.Language;
import com.rbmhtechnology.vind.model.value.LatLng;
import java.time.ZonedDateTime;
import java.util.*;
import java.util.function.Function;
/**
* Created by fonso on 22.02.17.
*/
public class ComplexFieldDescriptorBuilder {
private boolean stored = false;
private boolean indexed = true;
private boolean fullText = false;
private Language language = Language.None;
private float boost = 1;
private boolean facet = false;
private boolean suggest = false;
private boolean filter;
private Map metadata = new HashMap<>();
private Function> fullTextFunction;
private Function storeFunction;
private Function> facetFunction;
private Function> suggestFunction;
private Function> filterFunction;
/**
* Builds a ComplexFieldDescriptor field which facet type should extend CharSequence, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex Text facet field descriptor.
*/
public SingleValuedComplexField.TextComplexField buildTextComplexField(String field, Class complexConcept, Class facetType, Class storeType){
SingleValuedComplexField.TextComplexField complexFieldDescriptor = new SingleValuedComplexField.TextComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
if(stored) {
complexFieldDescriptor.sort = true;
complexFieldDescriptor.setSort(storeFunction);
}
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a sortable ComplexFieldDescriptor field which facet type should extend CharSequence, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @param sortFunction {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return A complex Text facet field descriptor.
*/
public SingleValuedComplexField.TextComplexField buildSortableTextComplexField(String field, Class complexConcept, Class facetType, Class storeType, Function sortFunction){
SingleValuedComplexField.TextComplexField complexFieldDescriptor = new SingleValuedComplexField.TextComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
complexFieldDescriptor.setSort(sortFunction);
return complexFieldDescriptor;
}
/**
* Builds a Multivalued ComplexFieldDescriptor field which facet type should extend CharSequence, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.TextComplexField buildMultivaluedTextComplexField(String field, Class complexConcept, Class facetType, Class storeType){
MultiValuedComplexField.TextComplexField complexFieldDescriptor = new MultiValuedComplexField.TextComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
if(stored) {
complexFieldDescriptor.sort = true;
complexFieldDescriptor.setSort(c ->{
if (Collection.class.isAssignableFrom(c.getClass())) {
final Iterator iterator = ((Collection)c).iterator();
if (iterator.hasNext()) {
final Object next = iterator.next();
if (complexConcept.isAssignableFrom(next.getClass())) {
return storeFunction.apply((T) next);
} else throw new SearchServerException(
"Invalid argument exception, default sort function does not take type '" + c.getClass().getName() + "' as valid parameter");
} else {
return null;
}
} else {
if (complexConcept.isAssignableFrom(c.getClass())) {
return storeFunction.apply((T) c);
} else throw new SearchServerException(
"Invalid argument exception, default sort function does not take type '"+c.getClass().getName()+"' as valid parameter");
}
});
}
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter,filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a sortable Multivalued ComplexFieldDescriptor field which facet type should extend CharSequence, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @param sortFunction {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.TextComplexField buildSortableMultivaluedTextComplexField(String field, Class complexConcept, Class facetType, Class storeType, Function,F> sortFunction){
MultiValuedComplexField.TextComplexField complexFieldDescriptor = new MultiValuedComplexField.TextComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
complexFieldDescriptor.setSort(sortFunction);
return complexFieldDescriptor;
}
/**
* Builds a ComplexFieldDescriptor field which facet type should extend Number, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex Number facet field descriptor.
*/
public SingleValuedComplexField.NumericComplexField buildNumericComplexField(String field, Class complexConcept, Class facetType, Class storeType){
SingleValuedComplexField.NumericComplexField complexFieldDescriptor = new SingleValuedComplexField.NumericComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
if(stored) {
complexFieldDescriptor.sort = true;
complexFieldDescriptor.setSort(storeFunction);
}
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a sortable ComplexFieldDescriptor field which facet type should extend Number, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @param sortFunction {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return A complex Number facet field descriptor.
*/
public SingleValuedComplexField.NumericComplexField buildSortableNumericComplexField(String field, Class complexConcept, Class facetType, Class storeType, Function sortFunction){
SingleValuedComplexField.NumericComplexField complexFieldDescriptor = new SingleValuedComplexField.NumericComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
complexFieldDescriptor.setSort(sortFunction);
return complexFieldDescriptor;
}
/**
* Builds a Multivalued ComplexFieldDescriptor field which facet type should extend Number, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.NumericComplexField buildMultivaluedNumericComplexField(String field, Class complexConcept, Class facetType, Class storeType){
MultiValuedComplexField.NumericComplexField complexFieldDescriptor = new MultiValuedComplexField.NumericComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
if(stored) {
complexFieldDescriptor.sort = true;
complexFieldDescriptor.setSort(c ->{
if (Collection.class.isAssignableFrom(c.getClass())) {
final Iterator iterator = ((Collection)c).iterator();
if (iterator.hasNext()) {
final Object next = iterator.next();
if (complexConcept.isAssignableFrom(next.getClass())) {
return storeFunction.apply((T) next);
} else throw new SearchServerException(
"Invalid argument exception, default sort function does not take type '" + c.getClass().getName() + "' as valid parameter");
} else {
return null;
}
} else {
if (complexConcept.isAssignableFrom(c.getClass())) {
return storeFunction.apply((T) c);
} else throw new SearchServerException(
"Invalid argument exception, default sort function does not take type '"+c.getClass().getName()+"' as valid parameter");
}
});
}
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a sortable Multivalued ComplexFieldDescriptor field which facet type should extend Number, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @param sortFunction {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.NumericComplexField buildSortableMultivaluedNumericComplexField(String field, Class complexConcept, Class facetType, Class storeType, Function,F> sortFunction){
MultiValuedComplexField.NumericComplexField complexFieldDescriptor = new MultiValuedComplexField.NumericComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
complexFieldDescriptor.setSort(sortFunction);
return complexFieldDescriptor;
}
/**
* Builds a ComplexFieldDescriptor field which facet type should extend Date, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex Date facet field descriptor.
*/
public SingleValuedComplexField.UtilDateComplexField buildUtilDateComplexField(String field, Class complexConcept, Class facetType, Class storeType){
SingleValuedComplexField.UtilDateComplexField complexFieldDescriptor = new SingleValuedComplexField.UtilDateComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
if(stored) {
complexFieldDescriptor.sort = true;
complexFieldDescriptor.setSort(storeFunction);
}
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a sortable ComplexFieldDescriptor field which facet type should extend Date, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @param sortFunction {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return A complex Date facet field descriptor.
*/
public SingleValuedComplexField.UtilDateComplexField buildSortableUtilDateComplexField(String field, Class complexConcept, Class facetType, Class storeType, Function sortFunction){
SingleValuedComplexField.UtilDateComplexField complexFieldDescriptor = new SingleValuedComplexField.UtilDateComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
complexFieldDescriptor.setSort(sortFunction);
return complexFieldDescriptor;
}
/**
* Builds a Multivalued ComplexFieldDescriptor field which facet type should extend Number, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.UtilDateComplexField buildMultivaluedUtilDateComplexField(String field, Class complexConcept, Class facetType, Class storeType){
MultiValuedComplexField.UtilDateComplexField complexFieldDescriptor = new MultiValuedComplexField.UtilDateComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
if(stored) {
complexFieldDescriptor.sort = true;
complexFieldDescriptor.setSort(c ->{
if (Collection.class.isAssignableFrom(c.getClass())) {
final Iterator iterator = ((Collection)c).iterator();
if (iterator.hasNext()) {
final Object next = iterator.next();
if (complexConcept.isAssignableFrom(next.getClass())) {
return storeFunction.apply((T) next);
} else throw new SearchServerException(
"Invalid argument exception, default sort function does not take type '" + c.getClass().getName() + "' as valid parameter");
} else {
return null;
}
} else {
if (complexConcept.isAssignableFrom(c.getClass())) {
return storeFunction.apply((T) c);
} else throw new SearchServerException(
"Invalid argument exception, default sort function does not take type '"+c.getClass().getName()+"' as valid parameter");
}
});
}
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a sortable Multivalued ComplexFieldDescriptor field which facet type should extend Number, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @param sortFunction {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.UtilDateComplexField buildSortableMultivaluedUtilDateComplexField(String field, Class complexConcept, Class facetType, Class storeType, Function,F> sortFunction){
MultiValuedComplexField.UtilDateComplexField complexFieldDescriptor = new MultiValuedComplexField.UtilDateComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
complexFieldDescriptor.setSort(sortFunction);
return complexFieldDescriptor;
}
/**
* Builds a ComplexFieldDescriptor field which facet type should extend ZonedDateTime, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex ZonedDateTime facet field descriptor.
*/
public SingleValuedComplexField.DateComplexField buildDateComplexField(String field, Class complexConcept, Class facetType, Class storeType){
SingleValuedComplexField.DateComplexField complexFieldDescriptor = new SingleValuedComplexField.DateComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
if(stored) {
complexFieldDescriptor.sort = true;
complexFieldDescriptor.setSort(storeFunction);
}
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a sortable ComplexFieldDescriptor field which facet type should extend ZonedDateTime, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @param sortFunction {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return A complex ZonedDateTime facet field descriptor.
*/
public SingleValuedComplexField.DateComplexField buildSortableDateComplexField(String field, Class complexConcept, Class facetType, Class storeType, Function sortFunction){
SingleValuedComplexField.DateComplexField complexFieldDescriptor = new SingleValuedComplexField.DateComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
complexFieldDescriptor.setSort(sortFunction);
return complexFieldDescriptor;
}
/**
* Builds a Multivalued ComplexFieldDescriptor field which facet type should extend ZoneDateTime, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.DateComplexField buildMultivaluedDateComplexField(String field, Class complexConcept, Class facetType, Class storeType){
MultiValuedComplexField.DateComplexField complexFieldDescriptor = new MultiValuedComplexField.DateComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
if(stored) {
complexFieldDescriptor.sort = true;
complexFieldDescriptor.setSort(c ->{
if (Collection.class.isAssignableFrom(c.getClass())) {
final Iterator iterator = ((Collection)c).iterator();
if (iterator.hasNext()) {
final Object next = iterator.next();
if (complexConcept.isAssignableFrom(next.getClass())) {
return storeFunction.apply((T) next);
} else throw new SearchServerException(
"Invalid argument exception, default sort function does not take type '" + c.getClass().getName() + "' as valid parameter");
} else {
return null;
}
} else {
if (complexConcept.isAssignableFrom(c.getClass())) {
return storeFunction.apply((T) c);
} else throw new SearchServerException(
"Invalid argument exception, default sort function does not take type '"+c.getClass().getName()+"' as valid parameter");
}
});
}
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a sortable Multivalued ComplexFieldDescriptor field which facet type should extend ZoneDateTime, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @param sortFunction {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.DateComplexField buildSortableMultivaluedDateComplexField(String field, Class complexConcept, Class facetType, Class storeType, Function,F> sortFunction){
MultiValuedComplexField.DateComplexField complexFieldDescriptor = new MultiValuedComplexField.DateComplexField<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
complexFieldDescriptor.setSort(sortFunction);
return complexFieldDescriptor;
}
/**
* Builds a ComplexFieldDescriptor field which facet type should extend LatLng, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex LatLng facet field descriptor.
*/
public SingleValuedComplexField.LocationComplexFieldDescriptor buildLocationComplexField(String field, Class complexConcept, Class facetType, Class storeType){
SingleValuedComplexField.LocationComplexFieldDescriptor complexFieldDescriptor = new SingleValuedComplexField.LocationComplexFieldDescriptor<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setMultiValue(false);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter, filterFunction);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Builds a Multivalued ComplexFieldDescriptor field which facet type should extend LatLng, configured with the current flags.
* @param field Name of the new field.
* @param complexConcept the class of the complex object to be stored.
* @param facetType the class of the facet values to be indexed.
* @param storeType the class of the value to be stored.
* @return A complex Text facet field descriptor.
*/
public MultiValuedComplexField.LocationComplexFieldDescriptor buildMultivaluedLocationComplexField(String field, Class complexConcept, Class facetType, Class storeType){
MultiValuedComplexField.LocationComplexFieldDescriptor complexFieldDescriptor = new MultiValuedComplexField.LocationComplexFieldDescriptor<>(field, complexConcept, facetType, storeType);
complexFieldDescriptor.setIndexed(indexed);
complexFieldDescriptor.setStored(stored,storeFunction);
complexFieldDescriptor.setFacet(facet, facetFunction);
complexFieldDescriptor.setFullText(fullText, fullTextFunction);
complexFieldDescriptor.setSuggest(suggest,suggestFunction);
complexFieldDescriptor.setAdvanceFilter(filter,filterFunction);
complexFieldDescriptor.setMultiValue(true);
complexFieldDescriptor.setLanguage(language);
complexFieldDescriptor.setBoost(boost);
complexFieldDescriptor.setMetadata(metadata);
return complexFieldDescriptor;
}
/**
* Sets the field to be stored or not.
* @param stored True to configure the field to be stored.
* @param lambda {@link Function} to use to obtain the value to use as stored search for this complex field.
* @return the {@link ComplexFieldDescriptorBuilder} with the new configuration.
*/
public ComplexFieldDescriptorBuilder setStored(boolean stored, Function lambda) {
this.stored = stored;
this.storeFunction = lambda;
return this;
}
/**
* Sets the field to be stored or not.
* @param advanceFilter True to configure the field to have special filtering.
* @param lambda {@link Function} to use to obtain the value to use for advance filtering on this complex field.
* @return the {@link ComplexFieldDescriptorBuilder} with the new configuration.
*/
public ComplexFieldDescriptorBuilder setAdvanceFilter(boolean advanceFilter, Function> lambda) {
this.filter = advanceFilter;
this.filterFunction = lambda;
return this;
}
/**
* Sets the field to be indexed or not.
* @param indexed True to configure the field to be indexed.
* @return the {@link ComplexFieldDescriptorBuilder} with the new configuration.
*/
public ComplexFieldDescriptorBuilder setIndexed(boolean indexed) {
this.indexed = indexed;
return this;
}
/**
* Sets the field to be fullText or not and describes how to obtain for the fulltext value.
* @param fullText True to configure the field to be fullText.
* @param lambda {@link Function} to use to obtain the value to use as fulltext search for this complex field.
* @return the {@link ComplexFieldDescriptorBuilder} with the new configuration.
*/
public ComplexFieldDescriptorBuilder setFullText(boolean fullText, Function> lambda) {
this.fullText = fullText;
this.fullTextFunction = lambda;
return this;
}
/**
* Sets the field language: German("de"), English("en"), Spanish("es") or None(null).
* @param language Language value.
* @return the {@link ComplexFieldDescriptorBuilder} with the new configuration.
*/
public ComplexFieldDescriptorBuilder setLanguage(Language language) {
this.language = language;
return this;
}
/**
* Sets the boost value for the field.
* @param boost A float value to modify the calculated score for thr field. 1 is the,'no boost value'.
* @return the {@link ComplexFieldDescriptorBuilder} with the new configuration.
*/
public ComplexFieldDescriptorBuilder setBoost(float boost) {
this.boost = boost;
return this;
}
/**
* Sets the field to be used for faceting or not and describes how to obtain for the facet value.
* @param facet True to configure the field to be used on faceting.
* @param lambda {@link Function} to use to obtain the values for facet operations for this complex field.
* @return the {@link ComplexFieldDescriptorBuilder} with the new configuration.
*/
public ComplexFieldDescriptorBuilder setFacet(boolean facet, Function> lambda) {
this.facet = facet;
this.facetFunction = lambda;
return this;
}
/**
* Sets the field to be used for suggestion or not
* @param suggest True to configure the field to be used on suggestion.
* @param lambda {@link Function} to use to obtain the value to use as suggestion search for this complex field.
* @return the {@link ComplexFieldDescriptorBuilder} with the new configuration.
*/
public ComplexFieldDescriptorBuilder setSuggest(boolean suggest, Function> lambda) {
this.suggest = suggest;
this.suggestFunction = lambda;
return this;
}
/**
* Add metadata to the field.
* @param name metadata property name.
* @param value metadata value.
* @return the {@link ComplexFieldDescriptorBuilder} with the new metadata added.
*/
public ComplexFieldDescriptorBuilder putMetadata(String name, String value) {
this.metadata.put(name, value);
return this;
}
}
