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// Copyright Vespa.ai. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
package com.yahoo.schema.derived;
import com.yahoo.schema.AbstractSchemaTestCase;
import com.yahoo.schema.document.RankType;
import org.junit.jupiter.api.Test;
import java.util.Iterator;
import static org.junit.jupiter.api.Assertions.*;
/**
* Testing stuff related to native rank type definitions
*
* @author geirst
*/
public class NativeRankTypeDefinitionsTestCase extends AbstractSchemaTestCase {
@Test
void testTables() {
assertEquals(NativeTable.Type.FIRST_OCCURRENCE.getName(), "firstOccurrenceTable");
assertEquals(NativeTable.Type.OCCURRENCE_COUNT.getName(), "occurrenceCountTable");
assertEquals(NativeTable.Type.PROXIMITY.getName(), "proximityTable");
assertEquals(NativeTable.Type.REVERSE_PROXIMITY.getName(), "reverseProximityTable");
assertEquals(NativeTable.Type.WEIGHT.getName(), "weightTable");
}
@Test
void testDefinitions() {
NativeRankTypeDefinitionSet defs = new NativeRankTypeDefinitionSet("default");
NativeRankTypeDefinition rank;
Iterator<NativeTable> tables;
assertEquals(4, defs.types().size());
{
rank = defs.getRankTypeDefinition(RankType.EMPTY);
assertNotNull(rank);
assertEquals(RankType.EMPTY, rank.getType());
tables = rank.rankSettingIterator();
assertEquals(new NativeTable(NativeTable.Type.FIRST_OCCURRENCE, "linear(0,0)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.OCCURRENCE_COUNT, "linear(0,0)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.PROXIMITY, "linear(0,0)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.REVERSE_PROXIMITY, "linear(0,0)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.WEIGHT, "linear(0,0)"), tables.next());
assertFalse(tables.hasNext());
}
{
rank = defs.getRankTypeDefinition(RankType.ABOUT);
assertNotNull(rank);
assertEquals(RankType.ABOUT, rank.getType());
tables = rank.rankSettingIterator();
assertEquals(new NativeTable(NativeTable.Type.FIRST_OCCURRENCE, "expdecay(8000,12.50)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.OCCURRENCE_COUNT, "loggrowth(1500,4000,19)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.PROXIMITY, "expdecay(500,3)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.REVERSE_PROXIMITY, "expdecay(400,3)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.WEIGHT, "linear(1,0)"), tables.next());
assertFalse(tables.hasNext());
}
{
rank = defs.getRankTypeDefinition(RankType.IDENTITY);
assertNotNull(rank);
assertEquals(RankType.IDENTITY, rank.getType());
tables = rank.rankSettingIterator();
assertEquals(new NativeTable(NativeTable.Type.FIRST_OCCURRENCE, "expdecay(100,12.50)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.OCCURRENCE_COUNT, "loggrowth(1500,4000,19)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.PROXIMITY, "expdecay(5000,3)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.REVERSE_PROXIMITY, "expdecay(3000,3)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.WEIGHT, "linear(1,0)"), tables.next());
assertFalse(tables.hasNext());
}
{
rank = defs.getRankTypeDefinition(RankType.TAGS);
assertNotNull(rank);
assertEquals(RankType.TAGS, rank.getType());
tables = rank.rankSettingIterator();
assertEquals(new NativeTable(NativeTable.Type.FIRST_OCCURRENCE, "expdecay(8000,12.50)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.OCCURRENCE_COUNT, "loggrowth(1500,4000,19)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.PROXIMITY, "expdecay(500,3)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.REVERSE_PROXIMITY, "expdecay(400,3)"), tables.next());
assertEquals(new NativeTable(NativeTable.Type.WEIGHT, "loggrowth(38,50,1)"), tables.next());
assertFalse(tables.hasNext());
}
{
assertEquals(RankType.ABOUT, defs.getRankTypeDefinition(RankType.DEFAULT).getType());
}
}
}
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