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* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
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* KIND, either express or implied. See the License for the
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package org.apache.cassandra.db;
import java.io.File;
import java.io.IOException;
import java.nio.ByteBuffer;
import java.nio.charset.CharacterCodingException;
import java.util.Arrays;
import java.util.Collection;
import java.util.Collections;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Iterator;
import java.util.LinkedList;
import java.util.List;
import java.util.Map;
import java.util.Random;
import java.util.Set;
import java.util.SortedSet;
import java.util.TreeSet;
import java.util.UUID;
import java.util.concurrent.ExecutionException;
import java.util.concurrent.Future;
import java.util.concurrent.TimeUnit;
import com.google.common.base.Function;
import com.google.common.collect.Iterables;
import com.google.common.collect.Sets;
import org.apache.commons.lang3.ArrayUtils;
import org.apache.commons.lang3.StringUtils;
import org.junit.Test;
import org.junit.runner.RunWith;
import org.apache.cassandra.OrderedJUnit4ClassRunner;
import org.apache.cassandra.SchemaLoader;
import org.apache.cassandra.Util;
import org.apache.cassandra.config.CFMetaData;
import org.apache.cassandra.config.ColumnDefinition;
import org.apache.cassandra.config.DatabaseDescriptor;
import org.apache.cassandra.config.IndexType;
import org.apache.cassandra.config.Schema;
import org.apache.cassandra.cql3.Operator;
import org.apache.cassandra.db.columniterator.IdentityQueryFilter;
import org.apache.cassandra.db.composites.CellName;
import org.apache.cassandra.db.composites.CellNameType;
import org.apache.cassandra.db.composites.CellNames;
import org.apache.cassandra.db.composites.Composites;
import org.apache.cassandra.db.filter.ColumnSlice;
import org.apache.cassandra.db.filter.IDiskAtomFilter;
import org.apache.cassandra.db.filter.NamesQueryFilter;
import org.apache.cassandra.db.filter.QueryFilter;
import org.apache.cassandra.db.filter.SliceQueryFilter;
import org.apache.cassandra.db.index.SecondaryIndex;
import org.apache.cassandra.db.marshal.LexicalUUIDType;
import org.apache.cassandra.db.marshal.LongType;
import org.apache.cassandra.dht.Bounds;
import org.apache.cassandra.dht.ExcludingBounds;
import org.apache.cassandra.dht.IPartitioner;
import org.apache.cassandra.dht.IncludingExcludingBounds;
import org.apache.cassandra.dht.Range;
import org.apache.cassandra.io.sstable.Component;
import org.apache.cassandra.io.sstable.Descriptor;
import org.apache.cassandra.io.sstable.SSTableDeletingTask;
import org.apache.cassandra.io.sstable.SSTableReader;
import org.apache.cassandra.io.sstable.SSTableSimpleWriter;
import org.apache.cassandra.io.sstable.SSTableWriter;
import org.apache.cassandra.io.sstable.metadata.MetadataCollector;
import org.apache.cassandra.io.util.FileUtils;
import org.apache.cassandra.service.ActiveRepairService;
import org.apache.cassandra.service.StorageService;
import org.apache.cassandra.thrift.SlicePredicate;
import org.apache.cassandra.thrift.SliceRange;
import org.apache.cassandra.thrift.ThriftValidation;
import org.apache.cassandra.utils.ByteBufferUtil;
import org.apache.cassandra.utils.FBUtilities;
import org.apache.cassandra.utils.Pair;
import org.apache.cassandra.utils.WrappedRunnable;
import static org.apache.cassandra.Util.cellname;
import static org.apache.cassandra.Util.column;
import static org.apache.cassandra.Util.dk;
import static org.apache.cassandra.Util.rp;
import static org.apache.cassandra.utils.ByteBufferUtil.bytes;
import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertFalse;
import static org.junit.Assert.assertNull;
import static org.junit.Assert.assertSame;
import static org.junit.Assert.assertTrue;
@RunWith(OrderedJUnit4ClassRunner.class)
public class ColumnFamilyStoreTest extends SchemaLoader
{
static byte[] bytes1, bytes2;
static
{
Random random = new Random();
bytes1 = new byte[1024];
bytes2 = new byte[128];
random.nextBytes(bytes1);
random.nextBytes(bytes2);
}
@Test
// create two sstables, and verify that we only deserialize data from the most recent one
public void testTimeSortedQuery()
{
Keyspace keyspace = Keyspace.open("Keyspace1");
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore("Standard1");
cfs.truncateBlocking();
Mutation rm;
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("key1"));
rm.add("Standard1", cellname("Column1"), ByteBufferUtil.bytes("asdf"), 0);
rm.apply();
cfs.forceBlockingFlush();
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("key1"));
rm.add("Standard1", cellname("Column1"), ByteBufferUtil.bytes("asdf"), 1);
rm.apply();
cfs.forceBlockingFlush();
cfs.getRecentSSTablesPerReadHistogram(); // resets counts
cfs.getColumnFamily(Util.namesQueryFilter(cfs, Util.dk("key1"), "Column1"));
assertEquals(1, cfs.getRecentSSTablesPerReadHistogram()[0]);
}
@Test
public void testGetColumnWithWrongBF()
{
Keyspace keyspace = Keyspace.open("Keyspace1");
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore("Standard1");
cfs.truncateBlocking();
List<Mutation> rms = new LinkedList<>();
Mutation rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("key1"));
rm.add("Standard1", cellname("Column1"), ByteBufferUtil.bytes("asdf"), 0);
rm.add("Standard1", cellname("Column2"), ByteBufferUtil.bytes("asdf"), 0);
rms.add(rm);
Util.writeColumnFamily(rms);
List<SSTableReader> ssTables = keyspace.getAllSSTables();
assertEquals(1, ssTables.size());
ssTables.get(0).forceFilterFailures();
ColumnFamily cf = cfs.getColumnFamily(QueryFilter.getIdentityFilter(Util.dk("key2"), "Standard1", System.currentTimeMillis()));
assertNull(cf);
}
@Test
public void testEmptyRow() throws Exception
{
Keyspace keyspace = Keyspace.open("Keyspace1");
final ColumnFamilyStore store = keyspace.getColumnFamilyStore("Standard2");
Mutation rm;
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("key1"));
rm.delete("Standard2", System.currentTimeMillis());
rm.apply();
Runnable r = new WrappedRunnable()
{
public void runMayThrow() throws IOException
{
QueryFilter sliceFilter = QueryFilter.getSliceFilter(Util.dk("key1"), "Standard2", Composites.EMPTY, Composites.EMPTY, false, 1, System.currentTimeMillis());
ColumnFamily cf = store.getColumnFamily(sliceFilter);
assertTrue(cf.isMarkedForDelete());
assertFalse(cf.hasColumns());
QueryFilter namesFilter = Util.namesQueryFilter(store, Util.dk("key1"), "a");
cf = store.getColumnFamily(namesFilter);
assertTrue(cf.isMarkedForDelete());
assertFalse(cf.hasColumns());
}
};
KeyspaceTest.reTest(store, r);
}
@Test
public void testSkipStartKey()
{
ColumnFamilyStore cfs = insertKey1Key2();
IPartitioner p = StorageService.getPartitioner();
List<Row> result = cfs.getRangeSlice(Util.range(p, "key1", "key2"),
null,
Util.namesFilter(cfs, "asdf"),
10);
assertEquals(1, result.size());
assert result.get(0).key.getKey().equals(ByteBufferUtil.bytes("key2"));
}
@Test
public void testIndexScan()
{
ColumnFamilyStore cfs = Keyspace.open("Keyspace1").getColumnFamilyStore("Indexed1");
Mutation rm;
CellName nobirthdate = cellname("notbirthdate");
CellName birthdate = cellname("birthdate");
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("k1"));
rm.add("Indexed1", nobirthdate, ByteBufferUtil.bytes(1L), 0);
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(1L), 0);
rm.apply();
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("k2"));
rm.add("Indexed1", nobirthdate, ByteBufferUtil.bytes(2L), 0);
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(2L), 0);
rm.apply();
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("k3"));
rm.add("Indexed1", nobirthdate, ByteBufferUtil.bytes(2L), 0);
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(1L), 0);
rm.apply();
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("k4aaaa"));
rm.add("Indexed1", nobirthdate, ByteBufferUtil.bytes(2L), 0);
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(3L), 0);
rm.apply();
// basic single-expression query
IndexExpression expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(1L));
List<IndexExpression> clause = Arrays.asList(expr);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = cfs.search(range, clause, filter, 100);
assert rows != null;
assert rows.size() == 2 : StringUtils.join(rows, ",");
String key = new String(rows.get(0).key.getKey().array(), rows.get(0).key.getKey().position(), rows.get(0).key.getKey().remaining());
assert "k1".equals( key ) : key;
key = new String(rows.get(1).key.getKey().array(), rows.get(1).key.getKey().position(), rows.get(1).key.getKey().remaining());
assert "k3".equals(key) : key;
assert ByteBufferUtil.bytes(1L).equals( rows.get(0).cf.getColumn(birthdate).value());
assert ByteBufferUtil.bytes(1L).equals( rows.get(1).cf.getColumn(birthdate).value());
// add a second expression
IndexExpression expr2 = new IndexExpression(ByteBufferUtil.bytes("notbirthdate"), Operator.GTE, ByteBufferUtil.bytes(2L));
clause = Arrays.asList(expr, expr2);
rows = cfs.search(range, clause, filter, 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
key = new String(rows.get(0).key.getKey().array(), rows.get(0).key.getKey().position(), rows.get(0).key.getKey().remaining());
assert "k3".equals( key );
// same query again, but with resultset not including the subordinate expression
rows = cfs.search(range, clause, Util.namesFilter(cfs, "birthdate"), 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
key = new String(rows.get(0).key.getKey().array(), rows.get(0).key.getKey().position(), rows.get(0).key.getKey().remaining());
assert "k3".equals( key );
assert rows.get(0).cf.getColumnCount() == 1 : rows.get(0).cf;
// once more, this time with a slice rowset that needs to be expanded
SliceQueryFilter emptyFilter = new SliceQueryFilter(Composites.EMPTY, Composites.EMPTY, false, 0);
rows = cfs.search(range, clause, emptyFilter, 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
key = new String(rows.get(0).key.getKey().array(), rows.get(0).key.getKey().position(), rows.get(0).key.getKey().remaining());
assert "k3".equals( key );
assertFalse(rows.get(0).cf.hasColumns());
// query with index hit but rejected by secondary clause, with a small enough count that just checking count
// doesn't tell the scan loop that it's done
IndexExpression expr3 = new IndexExpression(ByteBufferUtil.bytes("notbirthdate"), Operator.EQ, ByteBufferUtil.bytes(-1L));
clause = Arrays.asList(expr, expr3);
rows = cfs.search(range, clause, filter, 100);
assert rows.isEmpty();
}
@Test
public void testLargeScan()
{
Mutation rm;
ColumnFamilyStore cfs = Keyspace.open("Keyspace1").getColumnFamilyStore("Indexed1");
for (int i = 0; i < 100; i++)
{
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("key" + i));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(34L), 0);
rm.add("Indexed1", cellname("notbirthdate"), ByteBufferUtil.bytes((long) (i % 2)), 0);
rm.applyUnsafe();
}
IndexExpression expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(34L));
IndexExpression expr2 = new IndexExpression(ByteBufferUtil.bytes("notbirthdate"), Operator.EQ, ByteBufferUtil.bytes(1L));
List<IndexExpression> clause = Arrays.asList(expr, expr2);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = cfs.search(range, clause, filter, 100);
assert rows != null;
assert rows.size() == 50 : rows.size();
Set<DecoratedKey> keys = new HashSet<DecoratedKey>();
// extra check that there are no duplicate results -- see https://issues.apache.org/jira/browse/CASSANDRA-2406
for (Row row : rows)
keys.add(row.key);
assert rows.size() == keys.size();
}
@Test
public void testIndexDeletions() throws IOException
{
ColumnFamilyStore cfs = Keyspace.open("Keyspace3").getColumnFamilyStore("Indexed1");
Mutation rm;
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(1L), 0);
rm.apply();
IndexExpression expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(1L));
List<IndexExpression> clause = Arrays.asList(expr);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = cfs.search(range, clause, filter, 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
String key = ByteBufferUtil.string(rows.get(0).key.getKey());
assert "k1".equals( key );
// delete the column directly
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.delete("Indexed1", cellname("birthdate"), 1);
rm.apply();
rows = cfs.search(range, clause, filter, 100);
assert rows.isEmpty();
// verify that it's not being indexed under the deletion column value either
Cell deletion = rm.getColumnFamilies().iterator().next().iterator().next();
ByteBuffer deletionLong = ByteBufferUtil.bytes((long) ByteBufferUtil.toInt(deletion.value()));
IndexExpression expr0 = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, deletionLong);
List<IndexExpression> clause0 = Arrays.asList(expr0);
rows = cfs.search(range, clause0, filter, 100);
assert rows.isEmpty();
// resurrect w/ a newer timestamp
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(1L), 2);
rm.apply();
rows = cfs.search(range, clause, filter, 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
key = ByteBufferUtil.string(rows.get(0).key.getKey());
assert "k1".equals( key );
// verify that row and delete w/ older timestamp does nothing
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.delete("Indexed1", 1);
rm.apply();
rows = cfs.search(range, clause, filter, 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
key = ByteBufferUtil.string(rows.get(0).key.getKey());
assert "k1".equals( key );
// similarly, column delete w/ older timestamp should do nothing
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.delete("Indexed1", cellname("birthdate"), 1);
rm.apply();
rows = cfs.search(range, clause, filter, 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
key = ByteBufferUtil.string(rows.get(0).key.getKey());
assert "k1".equals( key );
// delete the entire row (w/ newer timestamp this time)
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.delete("Indexed1", 3);
rm.apply();
rows = cfs.search(range, clause, filter, 100);
assert rows.isEmpty() : StringUtils.join(rows, ",");
// make sure obsolete mutations don't generate an index entry
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(1L), 3);
rm.apply();
rows = cfs.search(range, clause, filter, 100);
assert rows.isEmpty() : StringUtils.join(rows, ",");
// try insert followed by row delete in the same mutation
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(1L), 1);
rm.delete("Indexed1", 2);
rm.apply();
rows = cfs.search(range, clause, filter, 100);
assert rows.isEmpty() : StringUtils.join(rows, ",");
// try row delete followed by insert in the same mutation
rm = new Mutation("Keyspace3", ByteBufferUtil.bytes("k1"));
rm.delete("Indexed1", 3);
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(1L), 4);
rm.apply();
rows = cfs.search(range, clause, filter, 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
key = ByteBufferUtil.string(rows.get(0).key.getKey());
assert "k1".equals( key );
}
@Test
public void testIndexUpdate() throws IOException
{
Keyspace keyspace = Keyspace.open("Keyspace2");
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore("Indexed1");
CellName birthdate = cellname("birthdate");
// create a row and update the birthdate value, test that the index query fetches the new version
Mutation rm;
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("k1"));
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(1L), 1);
rm.apply();
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("k1"));
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(2L), 2);
rm.apply();
IndexExpression expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(1L));
List<IndexExpression> clause = Arrays.asList(expr);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = cfs.search(range, clause, filter, 100);
assert rows.size() == 0;
expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(2L));
clause = Arrays.asList(expr);
rows = keyspace.getColumnFamilyStore("Indexed1").search(range, clause, filter, 100);
String key = ByteBufferUtil.string(rows.get(0).key.getKey());
assert "k1".equals( key );
// update the birthdate value with an OLDER timestamp, and test that the index ignores this
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("k1"));
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(3L), 0);
rm.apply();
rows = keyspace.getColumnFamilyStore("Indexed1").search(range, clause, filter, 100);
key = ByteBufferUtil.string(rows.get(0).key.getKey());
assert "k1".equals( key );
}
@Test
public void testIndexUpdateOverwritingExpiringColumns() throws Exception
{
// see CASSANDRA-7268
Keyspace keyspace = Keyspace.open("Keyspace2");
// create a row and update the birthdate value with an expiring column
Mutation rm;
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("k100"));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(100L), 1, 1000);
rm.apply();
IndexExpression expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(100L));
List<IndexExpression> clause = Arrays.asList(expr);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = keyspace.getColumnFamilyStore("Indexed1").search(range, clause, filter, 100);
assertEquals(1, rows.size());
// requires a 1s sleep because we calculate local expiry time as (now() / 1000) + ttl
TimeUnit.SECONDS.sleep(1);
// now overwrite with the same name/value/ttl, but the local expiry time will be different
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("k100"));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(100L), 1, 1000);
rm.apply();
rows = keyspace.getColumnFamilyStore("Indexed1").search(range, clause, filter, 100);
assertEquals(1, rows.size());
// check that modifying the indexed value using the same timestamp behaves as expected
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("k101"));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(101L), 1, 1000);
rm.apply();
expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(101L));
clause = Arrays.asList(expr);
rows = keyspace.getColumnFamilyStore("Indexed1").search(range, clause, filter, 100);
assertEquals(1, rows.size());
TimeUnit.SECONDS.sleep(1);
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("k101"));
rm.add("Indexed1", cellname("birthdate"), ByteBufferUtil.bytes(102L), 1, 1000);
rm.apply();
// search for the old value
rows = keyspace.getColumnFamilyStore("Indexed1").search(range, clause, filter, 100);
assertEquals(0, rows.size());
// and for the new
expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(102L));
clause = Arrays.asList(expr);
rows = keyspace.getColumnFamilyStore("Indexed1").search(range, clause, filter, 100);
assertEquals(1, rows.size());
}
@Test
public void testDeleteOfInconsistentValuesInKeysIndex() throws Exception
{
String keySpace = "Keyspace2";
String cfName = "Indexed1";
Keyspace keyspace = Keyspace.open(keySpace);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.truncateBlocking();
ByteBuffer rowKey = ByteBufferUtil.bytes("k1");
CellName colName = cellname("birthdate");
ByteBuffer val1 = ByteBufferUtil.bytes(1L);
ByteBuffer val2 = ByteBufferUtil.bytes(2L);
// create a row and update the "birthdate" value, test that the index query fetches this version
Mutation rm;
rm = new Mutation(keySpace, rowKey);
rm.add(cfName, colName, val1, 0);
rm.apply();
IndexExpression expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, val1);
List<IndexExpression> clause = Arrays.asList(expr);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(1, rows.size());
// force a flush, so our index isn't being read from a memtable
keyspace.getColumnFamilyStore(cfName).forceBlockingFlush();
// now apply another update, but force the index update to be skipped
rm = new Mutation(keySpace, rowKey);
rm.add(cfName, colName, val2, 1);
keyspace.apply(rm, true, false);
// Now searching the index for either the old or new value should return 0 rows
// because the new value was not indexed and the old value should be ignored
// (and in fact purged from the index cf).
// first check for the old value
rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(0, rows.size());
// now check for the updated value
expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, val2);
clause = Arrays.asList(expr);
filter = new IdentityQueryFilter();
range = Util.range("", "");
rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(0, rows.size());
// now, reset back to the original value, still skipping the index update, to
// make sure the value was expunged from the index when it was discovered to be inconsistent
rm = new Mutation(keySpace, rowKey);
rm.add(cfName, colName, ByteBufferUtil.bytes(1L), 3);
keyspace.apply(rm, true, false);
expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(1L));
clause = Arrays.asList(expr);
filter = new IdentityQueryFilter();
range = Util.range("", "");
rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(0, rows.size());
}
@Test
public void testDeleteOfInconsistentValuesFromCompositeIndex() throws Exception
{
String keySpace = "Keyspace2";
String cfName = "Indexed2";
Keyspace keyspace = Keyspace.open(keySpace);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.truncateBlocking();
ByteBuffer rowKey = ByteBufferUtil.bytes("k1");
ByteBuffer clusterKey = ByteBufferUtil.bytes("ck1");
ByteBuffer colName = ByteBufferUtil.bytes("col1");
CellNameType baseComparator = cfs.getComparator();
CellName compositeName = baseComparator.makeCellName(clusterKey, colName);
ByteBuffer val1 = ByteBufferUtil.bytes("v1");
ByteBuffer val2 = ByteBufferUtil.bytes("v2");
// create a row and update the author value
Mutation rm;
rm = new Mutation(keySpace, rowKey);
rm.add(cfName, compositeName, val1, 0);
rm.apply();
// test that the index query fetches this version
IndexExpression expr = new IndexExpression(colName, Operator.EQ, val1);
List<IndexExpression> clause = Arrays.asList(expr);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(1, rows.size());
// force a flush and retry the query, so our index isn't being read from a memtable
keyspace.getColumnFamilyStore(cfName).forceBlockingFlush();
rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(1, rows.size());
// now apply another update, but force the index update to be skipped
rm = new Mutation(keySpace, rowKey);
rm.add(cfName, compositeName, val2, 1);
keyspace.apply(rm, true, false);
// Now searching the index for either the old or new value should return 0 rows
// because the new value was not indexed and the old value should be ignored
// (and in fact purged from the index cf).
// first check for the old value
rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(0, rows.size());
// now check for the updated value
expr = new IndexExpression(colName, Operator.EQ, val2);
clause = Arrays.asList(expr);
filter = new IdentityQueryFilter();
range = Util.range("", "");
rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(0, rows.size());
// now, reset back to the original value, still skipping the index update, to
// make sure the value was expunged from the index when it was discovered to be inconsistent
rm = new Mutation(keySpace, rowKey);
rm.add(cfName, compositeName, val1, 2);
keyspace.apply(rm, true, false);
expr = new IndexExpression(colName, Operator.EQ, val1);
clause = Arrays.asList(expr);
filter = new IdentityQueryFilter();
range = Util.range("", "");
rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(0, rows.size());
}
// See CASSANDRA-6098
@Test
public void testDeleteCompositeIndex() throws Exception
{
String keySpace = "Keyspace2";
String cfName = "Indexed3"; // has gcGrace 0
Keyspace keyspace = Keyspace.open(keySpace);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.truncateBlocking();
ByteBuffer rowKey = ByteBufferUtil.bytes("k1");
ByteBuffer clusterKey = ByteBufferUtil.bytes("ck1");
ByteBuffer colName = ByteBufferUtil.bytes("col1");
CellNameType baseComparator = cfs.getComparator();
CellName compositeName = baseComparator.makeCellName(clusterKey, colName);
ByteBuffer val1 = ByteBufferUtil.bytes("v2");
// Insert indexed value.
Mutation rm;
rm = new Mutation(keySpace, rowKey);
rm.add(cfName, compositeName, val1, 0);
rm.apply();
// Now delete the value and flush too.
rm = new Mutation(keySpace, rowKey);
rm.delete(cfName, 1);
rm.apply();
// We want the data to be gcable, but even if gcGrace == 0, we still need to wait 1 second
// since we won't gc on a tie.
try { Thread.sleep(1000); } catch (Exception e) {}
// Read the index and we check we do get no value (and no NPE)
// Note: the index will return the entry because it hasn't been deleted (we
// haven't read yet nor compacted) but the data read itself will return null
IndexExpression expr = new IndexExpression(colName, Operator.EQ, val1);
List<IndexExpression> clause = Arrays.asList(expr);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = keyspace.getColumnFamilyStore(cfName).search(range, clause, filter, 100);
assertEquals(0, rows.size());
}
// See CASSANDRA-2628
@Test
public void testIndexScanWithLimitOne()
{
ColumnFamilyStore cfs = Keyspace.open("Keyspace1").getColumnFamilyStore("Indexed1");
Mutation rm;
CellName nobirthdate = cellname("notbirthdate");
CellName birthdate = cellname("birthdate");
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("kk1"));
rm.add("Indexed1", nobirthdate, ByteBufferUtil.bytes(1L), 0);
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(1L), 0);
rm.apply();
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("kk2"));
rm.add("Indexed1", nobirthdate, ByteBufferUtil.bytes(2L), 0);
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(1L), 0);
rm.apply();
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("kk3"));
rm.add("Indexed1", nobirthdate, ByteBufferUtil.bytes(2L), 0);
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(1L), 0);
rm.apply();
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("kk4"));
rm.add("Indexed1", nobirthdate, ByteBufferUtil.bytes(2L), 0);
rm.add("Indexed1", birthdate, ByteBufferUtil.bytes(1L), 0);
rm.apply();
// basic single-expression query
IndexExpression expr1 = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(1L));
IndexExpression expr2 = new IndexExpression(ByteBufferUtil.bytes("notbirthdate"), Operator.GT, ByteBufferUtil.bytes(1L));
List<IndexExpression> clause = Arrays.asList(expr1, expr2);
IDiskAtomFilter filter = new IdentityQueryFilter();
Range<RowPosition> range = Util.range("", "");
List<Row> rows = cfs.search(range, clause, filter, 1);
assert rows != null;
assert rows.size() == 1 : StringUtils.join(rows, ",");
}
@Test
public void testIndexCreate() throws IOException, InterruptedException, ExecutionException
{
Keyspace keyspace = Keyspace.open("Keyspace1");
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore("Indexed2");
// create a row and update the birthdate value, test that the index query fetches the new version
Mutation rm;
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("k1"));
rm.add("Indexed2", cellname("birthdate"), ByteBufferUtil.bytes(1L), 1);
rm.apply();
ColumnDefinition old = cfs.metadata.getColumnDefinition(ByteBufferUtil.bytes("birthdate"));
ColumnDefinition cd = ColumnDefinition.regularDef(cfs.metadata, old.name.bytes, old.type, null).setIndex("birthdate_index", IndexType.KEYS, null);
Future<?> future = cfs.indexManager.addIndexedColumn(cd);
future.get();
// we had a bug (CASSANDRA-2244) where index would get created but not flushed -- check for that
assert cfs.indexManager.getIndexForColumn(cd.name.bytes).getIndexCfs().getSSTables().size() > 0;
queryBirthdate(keyspace);
// validate that drop clears it out & rebuild works (CASSANDRA-2320)
SecondaryIndex indexedCfs = cfs.indexManager.getIndexForColumn(ByteBufferUtil.bytes("birthdate"));
cfs.indexManager.removeIndexedColumn(ByteBufferUtil.bytes("birthdate"));
assert !indexedCfs.isIndexBuilt(ByteBufferUtil.bytes("birthdate"));
// rebuild & re-query
future = cfs.indexManager.addIndexedColumn(cd);
future.get();
queryBirthdate(keyspace);
}
private void queryBirthdate(Keyspace keyspace) throws CharacterCodingException
{
IndexExpression expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, ByteBufferUtil.bytes(1L));
List<IndexExpression> clause = Arrays.asList(expr);
IDiskAtomFilter filter = new IdentityQueryFilter();
List<Row> rows = keyspace.getColumnFamilyStore("Indexed2").search(Util.range("", ""), clause, filter, 100);
assert rows.size() == 1 : StringUtils.join(rows, ",");
assertEquals("k1", ByteBufferUtil.string(rows.get(0).key.getKey()));
}
@Test
public void testCassandra6778() throws CharacterCodingException
{
String cfname = "StandardInteger1";
Keyspace keyspace = Keyspace.open("Keyspace1");
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfname);
// insert two columns that represent the same integer but have different binary forms (the
// second one is padded with extra zeros)
Mutation rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("k1"));
CellName column1 = cellname(ByteBuffer.wrap(new byte[]{1}));
rm.add(cfname, column1, ByteBufferUtil.bytes("data1"), 1);
rm.apply();
cfs.forceBlockingFlush();
rm = new Mutation("Keyspace1", ByteBufferUtil.bytes("k1"));
CellName column2 = cellname(ByteBuffer.wrap(new byte[]{0, 0, 1}));
rm.add(cfname, column2, ByteBufferUtil.bytes("data2"), 2);
rm.apply();
cfs.forceBlockingFlush();
// fetch by the first column name; we should get the second version of the column value
SliceByNamesReadCommand cmd = new SliceByNamesReadCommand(
"Keyspace1", ByteBufferUtil.bytes("k1"), cfname, System.currentTimeMillis(),
new NamesQueryFilter(FBUtilities.singleton(column1, cfs.getComparator())));
ColumnFamily cf = cmd.getRow(keyspace).cf;
assertEquals(1, cf.getColumnCount());
Cell cell = cf.getColumn(column1);
assertEquals("data2", ByteBufferUtil.string(cell.value()));
assertEquals(column2, cell.name());
// fetch by the second column name; we should get the second version of the column value
cmd = new SliceByNamesReadCommand(
"Keyspace1", ByteBufferUtil.bytes("k1"), cfname, System.currentTimeMillis(),
new NamesQueryFilter(FBUtilities.singleton(column2, cfs.getComparator())));
cf = cmd.getRow(keyspace).cf;
assertEquals(1, cf.getColumnCount());
cell = cf.getColumn(column2);
assertEquals("data2", ByteBufferUtil.string(cell.value()));
assertEquals(column2, cell.name());
}
@Test
public void testInclusiveBounds()
{
ColumnFamilyStore cfs = insertKey1Key2();
List<Row> result = cfs.getRangeSlice(Util.bounds("key1", "key2"),
null,
Util.namesFilter(cfs, "asdf"),
10);
assertEquals(2, result.size());
assert result.get(0).key.getKey().equals(ByteBufferUtil.bytes("key1"));
}
@Test
public void testDeleteSuperRowSticksAfterFlush() throws Throwable
{
String keyspaceName = "Keyspace1";
String cfName= "Super1";
ByteBuffer scfName = ByteBufferUtil.bytes("SuperDuper");
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
DecoratedKey key = Util.dk("flush-resurrection");
// create an isolated sstable.
putColsSuper(cfs, key, scfName,
new BufferCell(cellname(1L), ByteBufferUtil.bytes("val1"), 1),
new BufferCell(cellname(2L), ByteBufferUtil.bytes("val2"), 1),
new BufferCell(cellname(3L), ByteBufferUtil.bytes("val3"), 1));
cfs.forceBlockingFlush();
// insert, don't flush.
putColsSuper(cfs, key, scfName,
new BufferCell(cellname(4L), ByteBufferUtil.bytes("val4"), 1),
new BufferCell(cellname(5L), ByteBufferUtil.bytes("val5"), 1),
new BufferCell(cellname(6L), ByteBufferUtil.bytes("val6"), 1));
// verify insert.
final SlicePredicate sp = new SlicePredicate();
sp.setSlice_range(new SliceRange());
sp.getSlice_range().setCount(100);
sp.getSlice_range().setStart(ArrayUtils.EMPTY_BYTE_ARRAY);
sp.getSlice_range().setFinish(ArrayUtils.EMPTY_BYTE_ARRAY);
assertRowAndColCount(1, 6, false, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, scfName), 100));
// delete
Mutation rm = new Mutation(keyspace.getName(), key.getKey());
rm.deleteRange(cfName, SuperColumns.startOf(scfName), SuperColumns.endOf(scfName), 2);
rm.apply();
// verify delete.
assertRowAndColCount(1, 0, false, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, scfName), 100));
// flush
cfs.forceBlockingFlush();
// re-verify delete.
assertRowAndColCount(1, 0, false, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, scfName), 100));
// late insert.
putColsSuper(cfs, key, scfName,
new BufferCell(cellname(4L), ByteBufferUtil.bytes("val4"), 1L),
new BufferCell(cellname(7L), ByteBufferUtil.bytes("val7"), 1L));
// re-verify delete.
assertRowAndColCount(1, 0, false, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, scfName), 100));
// make sure new writes are recognized.
putColsSuper(cfs, key, scfName,
new BufferCell(cellname(3L), ByteBufferUtil.bytes("val3"), 3),
new BufferCell(cellname(8L), ByteBufferUtil.bytes("val8"), 3),
new BufferCell(cellname(9L), ByteBufferUtil.bytes("val9"), 3));
assertRowAndColCount(1, 3, false, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, scfName), 100));
}
private static void assertRowAndColCount(int rowCount, int colCount, boolean isDeleted, Collection<Row> rows) throws CharacterCodingException
{
assert rows.size() == rowCount : "rowcount " + rows.size();
for (Row row : rows)
{
assert row.cf != null : "cf was null";
assert row.cf.getColumnCount() == colCount : "colcount " + row.cf.getColumnCount() + "|" + str(row.cf);
if (isDeleted)
assert row.cf.isMarkedForDelete() : "cf not marked for delete";
}
}
private static String str(ColumnFamily cf) throws CharacterCodingException
{
StringBuilder sb = new StringBuilder();
for (Cell col : cf.getSortedColumns())
sb.append(String.format("(%s,%s,%d),", ByteBufferUtil.string(col.name().toByteBuffer()), ByteBufferUtil.string(col.value()), col.timestamp()));
return sb.toString();
}
private static void putColsSuper(ColumnFamilyStore cfs, DecoratedKey key, ByteBuffer scfName, Cell... cols) throws Throwable
{
ColumnFamily cf = ArrayBackedSortedColumns.factory.create(cfs.keyspace.getName(), cfs.name);
for (Cell col : cols)
cf.addColumn(col.withUpdatedName(CellNames.compositeDense(scfName, col.name().toByteBuffer())));
Mutation rm = new Mutation(cfs.keyspace.getName(), key.getKey(), cf);
rm.apply();
}
private static void putColsStandard(ColumnFamilyStore cfs, DecoratedKey key, Cell... cols) throws Throwable
{
ColumnFamily cf = ArrayBackedSortedColumns.factory.create(cfs.keyspace.getName(), cfs.name);
for (Cell col : cols)
cf.addColumn(col);
Mutation rm = new Mutation(cfs.keyspace.getName(), key.getKey(), cf);
rm.apply();
}
@Test
public void testDeleteStandardRowSticksAfterFlush() throws Throwable
{
// test to make sure flushing after a delete doesn't resurrect delted cols.
String keyspaceName = "Keyspace1";
String cfName = "Standard1";
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
DecoratedKey key = Util.dk("f-flush-resurrection");
SlicePredicate sp = new SlicePredicate();
sp.setSlice_range(new SliceRange());
sp.getSlice_range().setCount(100);
sp.getSlice_range().setStart(ArrayUtils.EMPTY_BYTE_ARRAY);
sp.getSlice_range().setFinish(ArrayUtils.EMPTY_BYTE_ARRAY);
// insert
putColsStandard(cfs, key, column("col1", "val1", 1), column("col2", "val2", 1));
assertRowAndColCount(1, 2, false, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, null), 100));
// flush.
cfs.forceBlockingFlush();
// insert, don't flush
putColsStandard(cfs, key, column("col3", "val3", 1), column("col4", "val4", 1));
assertRowAndColCount(1, 4, false, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, null), 100));
// delete (from sstable and memtable)
Mutation rm = new Mutation(keyspace.getName(), key.getKey());
rm.delete(cfs.name, 2);
rm.apply();
// verify delete
assertRowAndColCount(1, 0, true, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, null), 100));
// flush
cfs.forceBlockingFlush();
// re-verify delete. // first breakage is right here because of CASSANDRA-1837.
assertRowAndColCount(1, 0, true, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, null), 100));
// simulate a 'late' insertion that gets put in after the deletion. should get inserted, but fail on read.
putColsStandard(cfs, key, column("col5", "val5", 1), column("col2", "val2", 1));
// should still be nothing there because we deleted this row. 2nd breakage, but was undetected because of 1837.
assertRowAndColCount(1, 0, true, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, null), 100));
// make sure that new writes are recognized.
putColsStandard(cfs, key, column("col6", "val6", 3), column("col7", "val7", 3));
assertRowAndColCount(1, 2, true, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, null), 100));
// and it remains so after flush. (this wasn't failing before, but it's good to check.)
cfs.forceBlockingFlush();
assertRowAndColCount(1, 2, true, cfs.getRangeSlice(Util.range("f", "g"), null, ThriftValidation.asIFilter(sp, cfs.metadata, null), 100));
}
private ColumnFamilyStore insertKey1Key2()
{
ColumnFamilyStore cfs = Keyspace.open("Keyspace2").getColumnFamilyStore("Standard1");
List<Mutation> rms = new LinkedList<>();
Mutation rm;
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("key1"));
rm.add("Standard1", cellname("Column1"), ByteBufferUtil.bytes("asdf"), 0);
rms.add(rm);
Util.writeColumnFamily(rms);
rm = new Mutation("Keyspace2", ByteBufferUtil.bytes("key2"));
rm.add("Standard1", cellname("Column1"), ByteBufferUtil.bytes("asdf"), 0);
rms.add(rm);
return Util.writeColumnFamily(rms);
}
@Test
public void testBackupAfterFlush() throws Throwable
{
ColumnFamilyStore cfs = insertKey1Key2();
for (int version = 1; version <= 2; ++version)
{
Descriptor existing = new Descriptor(cfs.directories.getDirectoryForNewSSTables(), "Keyspace2", "Standard1", version, Descriptor.Type.FINAL);
Descriptor desc = new Descriptor(Directories.getBackupsDirectory(existing), "Keyspace2", "Standard1", version, Descriptor.Type.FINAL);
for (Component c : new Component[]{ Component.DATA, Component.PRIMARY_INDEX, Component.FILTER, Component.STATS })
assertTrue("can not find backedup file:" + desc.filenameFor(c), new File(desc.filenameFor(c)).exists());
}
}
// CASSANDRA-3467. the key here is that supercolumn and subcolumn comparators are different
@Test
public void testSliceByNamesCommandOnUUIDTypeSCF() throws Throwable
{
String keyspaceName = "Keyspace1";
String cfName = "Super6";
ByteBuffer superColName = LexicalUUIDType.instance.fromString("a4ed3562-0e8e-4b41-bdfd-c45a2774682d");
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
DecoratedKey key = Util.dk("slice-get-uuid-type");
// Insert a row with one supercolumn and multiple subcolumns
putColsSuper(cfs, key, superColName, new BufferCell(cellname("a"), ByteBufferUtil.bytes("A"), 1),
new BufferCell(cellname("b"), ByteBufferUtil.bytes("B"), 1));
// Get the entire supercolumn like normal
ColumnFamily cfGet = cfs.getColumnFamily(QueryFilter.getIdentityFilter(key, cfName, System.currentTimeMillis()));
assertEquals(ByteBufferUtil.bytes("A"), cfGet.getColumn(CellNames.compositeDense(superColName, ByteBufferUtil.bytes("a"))).value());
assertEquals(ByteBufferUtil.bytes("B"), cfGet.getColumn(CellNames.compositeDense(superColName, ByteBufferUtil.bytes("b"))).value());
// Now do the SliceByNamesCommand on the supercolumn, passing both subcolumns in as columns to get
SortedSet<CellName> sliceColNames = new TreeSet<CellName>(cfs.metadata.comparator);
sliceColNames.add(CellNames.compositeDense(superColName, ByteBufferUtil.bytes("a")));
sliceColNames.add(CellNames.compositeDense(superColName, ByteBufferUtil.bytes("b")));
SliceByNamesReadCommand cmd = new SliceByNamesReadCommand(keyspaceName, key.getKey(), cfName, System.currentTimeMillis(), new NamesQueryFilter(sliceColNames));
ColumnFamily cfSliced = cmd.getRow(keyspace).cf;
// Make sure the slice returns the same as the straight get
assertEquals(ByteBufferUtil.bytes("A"), cfSliced.getColumn(CellNames.compositeDense(superColName, ByteBufferUtil.bytes("a"))).value());
assertEquals(ByteBufferUtil.bytes("B"), cfSliced.getColumn(CellNames.compositeDense(superColName, ByteBufferUtil.bytes("b"))).value());
}
@Test
public void testSliceByNamesCommandOldMetadata() throws Throwable
{
String keyspaceName = "Keyspace1";
String cfName= "Standard1";
DecoratedKey key = Util.dk("slice-name-old-metadata");
CellName cname = cellname("c1");
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
// Create a cell a 'high timestamp'
putColsStandard(cfs, key, new BufferCell(cname, ByteBufferUtil.bytes("a"), 2));
cfs.forceBlockingFlush();
// Nuke the metadata and reload that sstable
Collection<SSTableReader> ssTables = cfs.getSSTables();
assertEquals(1, ssTables.size());
cfs.clearUnsafe();
assertEquals(0, cfs.getSSTables().size());
new File(ssTables.iterator().next().descriptor.filenameFor(Component.STATS)).delete();
cfs.loadNewSSTables();
// Add another cell with a lower timestamp
putColsStandard(cfs, key, new BufferCell(cname, ByteBufferUtil.bytes("b"), 1));
// Test fetching the cell by name returns the first cell
SliceByNamesReadCommand cmd = new SliceByNamesReadCommand(keyspaceName, key.getKey(), cfName, System.currentTimeMillis(), new NamesQueryFilter(FBUtilities.singleton(cname, cfs.getComparator())));
ColumnFamily cf = cmd.getRow(keyspace).cf;
Cell cell = cf.getColumn(cname);
assert cell.value().equals(ByteBufferUtil.bytes("a")) : "expecting a, got " + ByteBufferUtil.string(cell.value());
Keyspace.clear("Keyspace1"); // CASSANDRA-7195
}
private static void assertTotalColCount(Collection<Row> rows, int expectedCount)
{
int columns = 0;
for (Row row : rows)
{
columns += row.getLiveCount(new SliceQueryFilter(ColumnSlice.ALL_COLUMNS_ARRAY, false, expectedCount), System.currentTimeMillis());
}
assert columns == expectedCount : "Expected " + expectedCount + " live columns but got " + columns + ": " + rows;
}
@Test
public void testRangeSliceColumnsLimit() throws Throwable
{
String keyspaceName = "Keyspace1";
String cfName = "Standard1";
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
Cell[] cols = new Cell[5];
for (int i = 0; i < 5; i++)
cols[i] = column("c" + i, "value", 1);
putColsStandard(cfs, Util.dk("a"), cols[0], cols[1], cols[2], cols[3], cols[4]);
putColsStandard(cfs, Util.dk("b"), cols[0], cols[1]);
putColsStandard(cfs, Util.dk("c"), cols[0], cols[1], cols[2], cols[3]);
cfs.forceBlockingFlush();
SlicePredicate sp = new SlicePredicate();
sp.setSlice_range(new SliceRange());
sp.getSlice_range().setCount(1);
sp.getSlice_range().setStart(ArrayUtils.EMPTY_BYTE_ARRAY);
sp.getSlice_range().setFinish(ArrayUtils.EMPTY_BYTE_ARRAY);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
3,
System.currentTimeMillis(),
true,
false),
3);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
5,
System.currentTimeMillis(),
true,
false),
5);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
8,
System.currentTimeMillis(),
true,
false),
8);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
10,
System.currentTimeMillis(),
true,
false),
10);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
100,
System.currentTimeMillis(),
true,
false),
11);
// Check that when querying by name, we always include all names for a
// gien row even if it means returning more columns than requested (this is necesseray for CQL)
sp = new SlicePredicate();
sp.setColumn_names(Arrays.asList(
ByteBufferUtil.bytes("c0"),
ByteBufferUtil.bytes("c1"),
ByteBufferUtil.bytes("c2")
));
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
1,
System.currentTimeMillis(),
true,
false),
3);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
4,
System.currentTimeMillis(),
true,
false),
5);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
5,
System.currentTimeMillis(),
true,
false),
5);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
6,
System.currentTimeMillis(),
true,
false),
8);
assertTotalColCount(cfs.getRangeSlice(Util.range("", ""),
null,
ThriftValidation.asIFilter(sp, cfs.metadata, null),
100,
System.currentTimeMillis(),
true,
false),
8);
}
@Test
public void testRangeSlicePaging() throws Throwable
{
String keyspaceName = "Keyspace1";
String cfName = "Standard1";
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
Cell[] cols = new Cell[4];
for (int i = 0; i < 4; i++)
cols[i] = column("c" + i, "value", 1);
DecoratedKey ka = Util.dk("a");
DecoratedKey kb = Util.dk("b");
DecoratedKey kc = Util.dk("c");
RowPosition min = Util.rp("");
putColsStandard(cfs, ka, cols[0], cols[1], cols[2], cols[3]);
putColsStandard(cfs, kb, cols[0], cols[1], cols[2]);
putColsStandard(cfs, kc, cols[0], cols[1], cols[2], cols[3]);
cfs.forceBlockingFlush();
SlicePredicate sp = new SlicePredicate();
sp.setSlice_range(new SliceRange());
sp.getSlice_range().setCount(1);
sp.getSlice_range().setStart(ArrayUtils.EMPTY_BYTE_ARRAY);
sp.getSlice_range().setFinish(ArrayUtils.EMPTY_BYTE_ARRAY);
Collection<Row> rows;
Row row, row1, row2;
IDiskAtomFilter filter = ThriftValidation.asIFilter(sp, cfs.metadata, null);
rows = cfs.getRangeSlice(cfs.makeExtendedFilter(Util.range("", ""), filter, null, 3, true, true, System.currentTimeMillis()));
assert rows.size() == 1 : "Expected 1 row, got " + toString(rows);
row = rows.iterator().next();
assertColumnNames(row, "c0", "c1", "c2");
sp.getSlice_range().setStart(ByteBufferUtil.getArray(ByteBufferUtil.bytes("c2")));
filter = ThriftValidation.asIFilter(sp, cfs.metadata, null);
rows = cfs.getRangeSlice(cfs.makeExtendedFilter(new Bounds<RowPosition>(ka, min), filter, null, 3, true, true, System.currentTimeMillis()));
assert rows.size() == 2 : "Expected 2 rows, got " + toString(rows);
Iterator<Row> iter = rows.iterator();
row1 = iter.next();
row2 = iter.next();
assertColumnNames(row1, "c2", "c3");
assertColumnNames(row2, "c0");
sp.getSlice_range().setStart(ByteBufferUtil.getArray(ByteBufferUtil.bytes("c0")));
filter = ThriftValidation.asIFilter(sp, cfs.metadata, null);
rows = cfs.getRangeSlice(cfs.makeExtendedFilter(new Bounds<RowPosition>(row2.key, min), filter, null, 3, true, true, System.currentTimeMillis()));
assert rows.size() == 1 : "Expected 1 row, got " + toString(rows);
row = rows.iterator().next();
assertColumnNames(row, "c0", "c1", "c2");
sp.getSlice_range().setStart(ByteBufferUtil.getArray(ByteBufferUtil.bytes("c2")));
filter = ThriftValidation.asIFilter(sp, cfs.metadata, null);
rows = cfs.getRangeSlice(cfs.makeExtendedFilter(new Bounds<RowPosition>(row.key, min), filter, null, 3, true, true, System.currentTimeMillis()));
assert rows.size() == 2 : "Expected 2 rows, got " + toString(rows);
iter = rows.iterator();
row1 = iter.next();
row2 = iter.next();
assertColumnNames(row1, "c2");
assertColumnNames(row2, "c0", "c1");
// Paging within bounds
SliceQueryFilter sf = new SliceQueryFilter(cellname("c1"),
cellname("c2"),
false,
0);
rows = cfs.getRangeSlice(cfs.makeExtendedFilter(new Bounds<RowPosition>(ka, kc), sf, cellname("c2"), cellname("c1"), null, 2, true, System.currentTimeMillis()));
assert rows.size() == 2 : "Expected 2 rows, got " + toString(rows);
iter = rows.iterator();
row1 = iter.next();
row2 = iter.next();
assertColumnNames(row1, "c2");
assertColumnNames(row2, "c1");
rows = cfs.getRangeSlice(cfs.makeExtendedFilter(new Bounds<RowPosition>(kb, kc), sf, cellname("c1"), cellname("c1"), null, 10, true, System.currentTimeMillis()));
assert rows.size() == 2 : "Expected 2 rows, got " + toString(rows);
iter = rows.iterator();
row1 = iter.next();
row2 = iter.next();
assertColumnNames(row1, "c1", "c2");
assertColumnNames(row2, "c1");
}
private static String toString(Collection<Row> rows)
{
try
{
StringBuilder sb = new StringBuilder();
for (Row row : rows)
{
sb.append("{");
sb.append(ByteBufferUtil.string(row.key.getKey()));
sb.append(":");
if (row.cf != null && !row.cf.isEmpty())
{
for (Cell c : row.cf)
sb.append(" ").append(row.cf.getComparator().getString(c.name()));
}
sb.append("} ");
}
return sb.toString();
}
catch (Exception e)
{
throw new RuntimeException(e);
}
}
private static void assertColumnNames(Row row, String ... columnNames) throws Exception
{
if (row == null || row.cf == null)
throw new AssertionError("The row should not be empty");
Iterator<Cell> columns = row.cf.getSortedColumns().iterator();
Iterator<String> names = Arrays.asList(columnNames).iterator();
while (columns.hasNext())
{
Cell c = columns.next();
assert names.hasNext() : "Got more columns that expected (first unexpected column: " + ByteBufferUtil.string(c.name().toByteBuffer()) + ")";
String n = names.next();
assert c.name().toByteBuffer().equals(ByteBufferUtil.bytes(n)) : "Expected " + n + ", got " + ByteBufferUtil.string(c.name().toByteBuffer());
}
assert !names.hasNext() : "Missing expected column " + names.next();
}
private static DecoratedKey idk(int i)
{
return Util.dk(String.valueOf(i));
}
@Test
public void testRangeSliceInclusionExclusion() throws Throwable
{
String keyspaceName = "Keyspace1";
String cfName = "Standard1";
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
Cell[] cols = new Cell[5];
for (int i = 0; i < 5; i++)
cols[i] = column("c" + i, "value", 1);
for (int i = 0; i <= 9; i++)
{
putColsStandard(cfs, idk(i), column("name", "value", 1));
}
cfs.forceBlockingFlush();
SlicePredicate sp = new SlicePredicate();
sp.setSlice_range(new SliceRange());
sp.getSlice_range().setCount(1);
sp.getSlice_range().setStart(ArrayUtils.EMPTY_BYTE_ARRAY);
sp.getSlice_range().setFinish(ArrayUtils.EMPTY_BYTE_ARRAY);
IDiskAtomFilter qf = ThriftValidation.asIFilter(sp, cfs.metadata, null);
List<Row> rows;
// Start and end inclusive
rows = cfs.getRangeSlice(new Bounds<RowPosition>(rp("2"), rp("7")), null, qf, 100);
assert rows.size() == 6;
assert rows.get(0).key.equals(idk(2));
assert rows.get(rows.size() - 1).key.equals(idk(7));
// Start and end excluded
rows = cfs.getRangeSlice(new ExcludingBounds<RowPosition>(rp("2"), rp("7")), null, qf, 100);
assert rows.size() == 4;
assert rows.get(0).key.equals(idk(3));
assert rows.get(rows.size() - 1).key.equals(idk(6));
// Start excluded, end included
rows = cfs.getRangeSlice(new Range<RowPosition>(rp("2"), rp("7")), null, qf, 100);
assert rows.size() == 5;
assert rows.get(0).key.equals(idk(3));
assert rows.get(rows.size() - 1).key.equals(idk(7));
// Start included, end excluded
rows = cfs.getRangeSlice(new IncludingExcludingBounds<RowPosition>(rp("2"), rp("7")), null, qf, 100);
assert rows.size() == 5;
assert rows.get(0).key.equals(idk(2));
assert rows.get(rows.size() - 1).key.equals(idk(6));
}
@Test
public void testKeysSearcher() throws Exception
{
// Create secondary index and flush to disk
Keyspace keyspace = Keyspace.open("Keyspace1");
ColumnFamilyStore store = keyspace.getColumnFamilyStore("Indexed1");
store.truncateBlocking();
for (int i = 0; i < 10; i++)
{
ByteBuffer key = ByteBufferUtil.bytes(String.valueOf("k" + i));
Mutation rm = new Mutation("Keyspace1", key);
rm.add("Indexed1", cellname("birthdate"), LongType.instance.decompose(1L), System.currentTimeMillis());
rm.apply();
}
store.forceBlockingFlush();
IndexExpression expr = new IndexExpression(ByteBufferUtil.bytes("birthdate"), Operator.EQ, LongType.instance.decompose(1L));
// explicitly tell to the KeysSearcher to use column limiting for rowsPerQuery to trigger bogus columnsRead--; (CASSANDRA-3996)
List<Row> rows = store.search(store.makeExtendedFilter(Util.range("", ""), new IdentityQueryFilter(), Arrays.asList(expr), 10, true, false, System.currentTimeMillis()));
assert rows.size() == 10;
}
@SuppressWarnings("unchecked")
@Test
public void testMultiRangeSomeEmptyNoIndex() throws Throwable
{
// in order not to change thrift interfaces at this stage we build SliceQueryFilter
// directly instead of using QueryFilter to build it for us
ColumnSlice[] ranges = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colA")),
new ColumnSlice(cellname("colC"), cellname("colE")),
new ColumnSlice(cellname("colF"), cellname("colF")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colI"), Composites.EMPTY) };
ColumnSlice[] rangesReversed = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colI")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colF"), cellname("colF")),
new ColumnSlice(cellname("colE"), cellname("colC")),
new ColumnSlice(cellname("colA"), Composites.EMPTY) };
String tableName = "Keyspace1";
String cfName = "Standard1";
Keyspace table = Keyspace.open(tableName);
ColumnFamilyStore cfs = table.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
String[] letters = new String[] { "a", "b", "c", "d", "i" };
Cell[] cols = new Cell[letters.length];
for (int i = 0; i < cols.length; i++)
{
cols[i] = new BufferCell(cellname("col" + letters[i].toUpperCase()),
ByteBuffer.wrap(new byte[1]), 1);
}
putColsStandard(cfs, dk("a"), cols);
cfs.forceBlockingFlush();
SliceQueryFilter multiRangeForward = new SliceQueryFilter(ranges, false, 100);
SliceQueryFilter multiRangeForwardWithCounting = new SliceQueryFilter(ranges, false, 3);
SliceQueryFilter multiRangeReverse = new SliceQueryFilter(rangesReversed, true, 100);
SliceQueryFilter multiRangeReverseWithCounting = new SliceQueryFilter(rangesReversed, true, 3);
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForward, "a", "colA", "colC", "colD", "colI");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForwardWithCounting, "a", "colA", "colC", "colD");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverse, "a", "colI", "colD", "colC", "colA");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverseWithCounting, "a", "colI", "colD", "colC");
}
@SuppressWarnings("unchecked")
@Test
public void testMultiRangeSomeEmptyIndexed() throws Throwable
{
// in order not to change thrift interfaces at this stage we build SliceQueryFilter
// directly instead of using QueryFilter to build it for us
ColumnSlice[] ranges = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colA")),
new ColumnSlice(cellname("colC"), cellname("colE")),
new ColumnSlice(cellname("colF"), cellname("colF")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colI"), Composites.EMPTY) };
ColumnSlice[] rangesReversed = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colI")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colF"), cellname("colF")),
new ColumnSlice(cellname("colE"), cellname("colC")),
new ColumnSlice(cellname("colA"), Composites.EMPTY) };
String tableName = "Keyspace1";
String cfName = "Standard1";
Keyspace table = Keyspace.open(tableName);
ColumnFamilyStore cfs = table.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
String[] letters = new String[] { "a", "b", "c", "d", "i" };
Cell[] cols = new Cell[letters.length];
for (int i = 0; i < cols.length; i++)
{
cols[i] = new BufferCell(cellname("col" + letters[i].toUpperCase()),
ByteBuffer.wrap(new byte[1366]), 1);
}
putColsStandard(cfs, dk("a"), cols);
cfs.forceBlockingFlush();
SliceQueryFilter multiRangeForward = new SliceQueryFilter(ranges, false, 100);
SliceQueryFilter multiRangeForwardWithCounting = new SliceQueryFilter(ranges, false, 3);
SliceQueryFilter multiRangeReverse = new SliceQueryFilter(rangesReversed, true, 100);
SliceQueryFilter multiRangeReverseWithCounting = new SliceQueryFilter(rangesReversed, true, 3);
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForward, "a", "colA", "colC", "colD", "colI");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForwardWithCounting, "a", "colA", "colC", "colD");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverse, "a", "colI", "colD", "colC", "colA");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverseWithCounting, "a", "colI", "colD", "colC");
}
@SuppressWarnings("unchecked")
@Test
public void testMultiRangeContiguousNoIndex() throws Throwable
{
// in order not to change thrift interfaces at this stage we build SliceQueryFilter
// directly instead of using QueryFilter to build it for us
ColumnSlice[] ranges = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colA")),
new ColumnSlice(cellname("colC"), cellname("colE")),
new ColumnSlice(cellname("colF"), cellname("colF")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colI"), Composites.EMPTY) };
ColumnSlice[] rangesReversed = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colI")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colF"), cellname("colF")),
new ColumnSlice(cellname("colE"), cellname("colC")),
new ColumnSlice(cellname("colA"), Composites.EMPTY) };
String tableName = "Keyspace1";
String cfName = "Standard1";
Keyspace table = Keyspace.open(tableName);
ColumnFamilyStore cfs = table.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
String[] letters = new String[] { "a", "b", "c", "d", "e", "f", "g", "h", "i" };
Cell[] cols = new Cell[letters.length];
for (int i = 0; i < cols.length; i++)
{
cols[i] = new BufferCell(cellname("col" + letters[i].toUpperCase()),
ByteBuffer.wrap(new byte[1]), 1);
}
putColsStandard(cfs, dk("a"), cols);
cfs.forceBlockingFlush();
SliceQueryFilter multiRangeForward = new SliceQueryFilter(ranges, false, 100);
SliceQueryFilter multiRangeForwardWithCounting = new SliceQueryFilter(ranges, false, 3);
SliceQueryFilter multiRangeReverse = new SliceQueryFilter(rangesReversed, true, 100);
SliceQueryFilter multiRangeReverseWithCounting = new SliceQueryFilter(rangesReversed, true, 3);
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForward, "a", "colA", "colC", "colD", "colE", "colF", "colG", "colI");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForwardWithCounting, "a", "colA", "colC", "colD");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverse, "a", "colI", "colG", "colF", "colE", "colD", "colC", "colA");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverseWithCounting, "a", "colI", "colG", "colF");
}
@SuppressWarnings("unchecked")
@Test
public void testMultiRangeContiguousIndexed() throws Throwable
{
// in order not to change thrift interfaces at this stage we build SliceQueryFilter
// directly instead of using QueryFilter to build it for us
ColumnSlice[] ranges = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colA")),
new ColumnSlice(cellname("colC"), cellname("colE")),
new ColumnSlice(cellname("colF"), cellname("colF")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colI"), Composites.EMPTY) };
ColumnSlice[] rangesReversed = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colI")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colF"), cellname("colF")),
new ColumnSlice(cellname("colE"), cellname("colC")),
new ColumnSlice(cellname("colA"), Composites.EMPTY) };
String tableName = "Keyspace1";
String cfName = "Standard1";
Keyspace table = Keyspace.open(tableName);
ColumnFamilyStore cfs = table.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
String[] letters = new String[] { "a", "b", "c", "d", "e", "f", "g", "h", "i" };
Cell[] cols = new Cell[letters.length];
for (int i = 0; i < cols.length; i++)
{
cols[i] = new BufferCell(cellname("col" + letters[i].toUpperCase()),
ByteBuffer.wrap(new byte[1366]), 1);
}
putColsStandard(cfs, dk("a"), cols);
cfs.forceBlockingFlush();
SliceQueryFilter multiRangeForward = new SliceQueryFilter(ranges, false, 100);
SliceQueryFilter multiRangeForwardWithCounting = new SliceQueryFilter(ranges, false, 3);
SliceQueryFilter multiRangeReverse = new SliceQueryFilter(rangesReversed, true, 100);
SliceQueryFilter multiRangeReverseWithCounting = new SliceQueryFilter(rangesReversed, true, 3);
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForward, "a", "colA", "colC", "colD", "colE", "colF", "colG", "colI");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForwardWithCounting, "a", "colA", "colC", "colD");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverse, "a", "colI", "colG", "colF", "colE", "colD", "colC", "colA");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverseWithCounting, "a", "colI", "colG", "colF");
}
@SuppressWarnings("unchecked")
@Test
public void testMultiRangeIndexed() throws Throwable
{
// in order not to change thrift interfaces at this stage we build SliceQueryFilter
// directly instead of using QueryFilter to build it for us
ColumnSlice[] ranges = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colA")),
new ColumnSlice(cellname("colC"), cellname("colE")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colI"), Composites.EMPTY) };
ColumnSlice[] rangesReversed = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colI")),
new ColumnSlice(cellname("colG"), cellname("colG")),
new ColumnSlice(cellname("colE"), cellname("colC")),
new ColumnSlice(cellname("colA"), Composites.EMPTY) };
String keyspaceName = "Keyspace1";
String cfName = "Standard1";
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
String[] letters = new String[] { "a", "b", "c", "d", "e", "f", "g", "h", "i" };
Cell[] cols = new Cell[letters.length];
for (int i = 0; i < cols.length; i++)
{
cols[i] = new BufferCell(cellname("col" + letters[i].toUpperCase()),
// use 1366 so that three cols make an index segment
ByteBuffer.wrap(new byte[1366]), 1);
}
putColsStandard(cfs, dk("a"), cols);
cfs.forceBlockingFlush();
// this setup should generate the following row (assuming indexes are of 4Kb each):
// [colA, colB, colC, colD, colE, colF, colG, colH, colI]
// indexed as:
// index0 [colA, colC]
// index1 [colD, colF]
// index2 [colG, colI]
// and we're looking for the ranges:
// range0 [____, colA]
// range1 [colC, colE]
// range2 [colG, ColG]
// range3 [colI, ____]
SliceQueryFilter multiRangeForward = new SliceQueryFilter(ranges, false, 100);
SliceQueryFilter multiRangeForwardWithCounting = new SliceQueryFilter(ranges, false, 3);
SliceQueryFilter multiRangeReverse = new SliceQueryFilter(rangesReversed, true, 100);
SliceQueryFilter multiRangeReverseWithCounting = new SliceQueryFilter(rangesReversed, true, 3);
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForward, "a", "colA", "colC", "colD", "colE", "colG", "colI");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeForwardWithCounting, "a", "colA", "colC", "colD");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverse, "a", "colI", "colG", "colE", "colD", "colC", "colA");
findRowGetSlicesAndAssertColsFound(cfs, multiRangeReverseWithCounting, "a", "colI", "colG", "colE");
}
@Test
public void testMultipleRangesSlicesNoIndexedColumns() throws Throwable
{
// small values so that cols won't be indexed
testMultiRangeSlicesBehavior(prepareMultiRangeSlicesTest(10, true));
}
@Test
public void testMultipleRangesSlicesWithIndexedColumns() throws Throwable
{
// min val size before cols are indexed is 4kb while testing so lets make sure cols are indexed
testMultiRangeSlicesBehavior(prepareMultiRangeSlicesTest(1024, true));
}
@Test
public void testMultipleRangesSlicesInMemory() throws Throwable
{
// small values so that cols won't be indexed
testMultiRangeSlicesBehavior(prepareMultiRangeSlicesTest(10, false));
}
@Test
public void testRemoveUnfinishedCompactionLeftovers() throws Throwable
{
String ks = "Keyspace1";
String cf = "Standard3"; // should be empty
final CFMetaData cfmeta = Schema.instance.getCFMetaData(ks, cf);
Directories dir = new Directories(cfmeta);
ByteBuffer key = bytes("key");
// 1st sstable
SSTableSimpleWriter writer = new SSTableSimpleWriter(dir.getDirectoryForNewSSTables(), cfmeta, StorageService.getPartitioner());
writer.newRow(key);
writer.addColumn(bytes("col"), bytes("val"), 1);
writer.close();
Map<Descriptor, Set<Component>> sstables = dir.sstableLister().list();
assertEquals(1, sstables.size());
Map.Entry<Descriptor, Set<Component>> sstableToOpen = sstables.entrySet().iterator().next();
final SSTableReader sstable1 = SSTableReader.open(sstableToOpen.getKey());
// simulate incomplete compaction
writer = new SSTableSimpleWriter(dir.getDirectoryForNewSSTables(),
cfmeta, StorageService.getPartitioner())
{
protected SSTableWriter getWriter()
{
MetadataCollector collector = new MetadataCollector(cfmeta.comparator);
collector.addAncestor(sstable1.descriptor.generation); // add ancestor from previously written sstable
return new SSTableWriter(makeFilename(directory, metadata.ksName, metadata.cfName),
0,
ActiveRepairService.UNREPAIRED_SSTABLE,
metadata,
StorageService.getPartitioner(),
collector);
}
};
writer.newRow(key);
writer.addColumn(bytes("col"), bytes("val"), 1);
writer.close();
// should have 2 sstables now
sstables = dir.sstableLister().list();
assertEquals(2, sstables.size());
SSTableReader sstable2 = SSTableReader.open(sstable1.descriptor);
UUID compactionTaskID = SystemKeyspace.startCompaction(
Keyspace.open(ks).getColumnFamilyStore(cf),
Collections.singleton(sstable2));
Map<Integer, UUID> unfinishedCompaction = new HashMap<>();
unfinishedCompaction.put(sstable1.descriptor.generation, compactionTaskID);
ColumnFamilyStore.removeUnfinishedCompactionLeftovers(cfmeta, unfinishedCompaction);
// 2nd sstable should be removed (only 1st sstable exists in set of size 1)
sstables = dir.sstableLister().list();
assertEquals(1, sstables.size());
assertTrue(sstables.containsKey(sstable1.descriptor));
Map<Pair<String, String>, Map<Integer, UUID>> unfinished = SystemKeyspace.getUnfinishedCompactions();
assertTrue(unfinished.isEmpty());
sstable1.selfRef().release();
sstable2.selfRef().release();
}
/**
* @see <a href="https://issues.apache.org/jira/browse/CASSANDRA-6086">CASSANDRA-6086</a>
*/
@Test
public void testFailedToRemoveUnfinishedCompactionLeftovers() throws Throwable
{
final String ks = "Keyspace1";
final String cf = "Standard4"; // should be empty
final CFMetaData cfmeta = Schema.instance.getCFMetaData(ks, cf);
Directories dir = new Directories(cfmeta);
ByteBuffer key = bytes("key");
// Write SSTable generation 3 that has ancestors 1 and 2
final Set<Integer> ancestors = Sets.newHashSet(1, 2);
SSTableSimpleWriter writer = new SSTableSimpleWriter(dir.getDirectoryForNewSSTables(),
cfmeta, StorageService.getPartitioner())
{
protected SSTableWriter getWriter()
{
MetadataCollector collector = new MetadataCollector(cfmeta.comparator);
for (int ancestor : ancestors)
collector.addAncestor(ancestor);
String file = new Descriptor(directory, ks, cf, 3, Descriptor.Type.TEMP).filenameFor(Component.DATA);
return new SSTableWriter(file,
0,
ActiveRepairService.UNREPAIRED_SSTABLE,
metadata,
StorageService.getPartitioner(),
collector);
}
};
writer.newRow(key);
writer.addColumn(bytes("col"), bytes("val"), 1);
writer.close();
Map<Descriptor, Set<Component>> sstables = dir.sstableLister().list();
assert sstables.size() == 1;
Map.Entry<Descriptor, Set<Component>> sstableToOpen = sstables.entrySet().iterator().next();
final SSTableReader sstable1 = SSTableReader.open(sstableToOpen.getKey());
// simulate we don't have generation in compaction_history
Map<Integer, UUID> unfinishedCompactions = new HashMap<>();
UUID compactionTaskID = UUID.randomUUID();
for (Integer ancestor : ancestors)
unfinishedCompactions.put(ancestor, compactionTaskID);
ColumnFamilyStore.removeUnfinishedCompactionLeftovers(cfmeta, unfinishedCompactions);
// SSTable should not be deleted
sstables = dir.sstableLister().list();
assert sstables.size() == 1;
assert sstables.containsKey(sstable1.descriptor);
}
@Test
public void testLoadNewSSTablesAvoidsOverwrites() throws Throwable
{
String ks = "Keyspace1";
String cf = "Standard1";
ColumnFamilyStore cfs = Keyspace.open(ks).getColumnFamilyStore(cf);
cfs.truncateBlocking();
SSTableDeletingTask.waitForDeletions();
final CFMetaData cfmeta = Schema.instance.getCFMetaData(ks, cf);
Directories dir = new Directories(cfs.metadata);
// clear old SSTables (probably left by CFS.clearUnsafe() calls in other tests)
for (Map.Entry<Descriptor, Set<Component>> entry : dir.sstableLister().list().entrySet())
{
for (Component component : entry.getValue())
{
FileUtils.delete(entry.getKey().filenameFor(component));
}
}
// sanity check
int existingSSTables = dir.sstableLister().list().keySet().size();
assert existingSSTables == 0 : String.format("%d SSTables unexpectedly exist", existingSSTables);
ByteBuffer key = bytes("key");
SSTableSimpleWriter writer = new SSTableSimpleWriter(dir.getDirectoryForNewSSTables(),
cfmeta, StorageService.getPartitioner())
{
@Override
protected SSTableWriter getWriter()
{
// hack for reset generation
generation.set(0);
return super.getWriter();
}
};
writer.newRow(key);
writer.addColumn(bytes("col"), bytes("val"), 1);
writer.close();
writer = new SSTableSimpleWriter(dir.getDirectoryForNewSSTables(),
cfmeta, StorageService.getPartitioner());
writer.newRow(key);
writer.addColumn(bytes("col"), bytes("val"), 1);
writer.close();
Set<Integer> generations = new HashSet<>();
for (Descriptor descriptor : dir.sstableLister().list().keySet())
generations.add(descriptor.generation);
// we should have two generations: [1, 2]
assertEquals(2, generations.size());
assertTrue(generations.contains(1));
assertTrue(generations.contains(2));
assertEquals(0, cfs.getSSTables().size());
// start the generation counter at 1 again (other tests have incremented it already)
cfs.resetFileIndexGenerator();
boolean incrementalBackupsEnabled = DatabaseDescriptor.isIncrementalBackupsEnabled();
try
{
// avoid duplicate hardlinks to incremental backups
DatabaseDescriptor.setIncrementalBackupsEnabled(false);
cfs.loadNewSSTables();
}
finally
{
DatabaseDescriptor.setIncrementalBackupsEnabled(incrementalBackupsEnabled);
}
assertEquals(2, cfs.getSSTables().size());
generations = new HashSet<>();
for (Descriptor descriptor : dir.sstableLister().list().keySet())
generations.add(descriptor.generation);
// normally they would get renamed to generations 1 and 2, but since those filenames already exist,
// they get skipped and we end up with generations 3 and 4
assertEquals(2, generations.size());
assertTrue(generations.contains(3));
assertTrue(generations.contains(4));
}
private ColumnFamilyStore prepareMultiRangeSlicesTest(int valueSize, boolean flush) throws Throwable
{
String keyspaceName = "Keyspace1";
String cfName = "Standard1";
Keyspace keyspace = Keyspace.open(keyspaceName);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfName);
cfs.clearUnsafe();
String[] letters = new String[] { "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l" };
Cell[] cols = new Cell[12];
for (int i = 0; i < cols.length; i++)
{
cols[i] = new BufferCell(cellname("col" + letters[i]), ByteBuffer.wrap(new byte[valueSize]), 1);
}
for (int i = 0; i < 12; i++)
{
putColsStandard(cfs, dk(letters[i]), Arrays.copyOfRange(cols, 0, i + 1));
}
if (flush)
{
cfs.forceBlockingFlush();
}
else
{
// The intent is to validate memtable code, so check we really didn't flush
assert cfs.getSSTables().isEmpty();
}
return cfs;
}
private void testMultiRangeSlicesBehavior(ColumnFamilyStore cfs)
{
// in order not to change thrift interfaces at this stage we build SliceQueryFilter
// directly instead of using QueryFilter to build it for us
ColumnSlice[] startMiddleAndEndRanges = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colc")),
new ColumnSlice(cellname("colf"), cellname("colg")),
new ColumnSlice(cellname("colj"), Composites.EMPTY) };
ColumnSlice[] startMiddleAndEndRangesReversed = new ColumnSlice[] {
new ColumnSlice(Composites.EMPTY, cellname("colj")),
new ColumnSlice(cellname("colg"), cellname("colf")),
new ColumnSlice(cellname("colc"), Composites.EMPTY) };
ColumnSlice[] startOnlyRange =
new ColumnSlice[] { new ColumnSlice(Composites.EMPTY, cellname("colc")) };
ColumnSlice[] startOnlyRangeReversed =
new ColumnSlice[] { new ColumnSlice(cellname("colc"), Composites.EMPTY) };
ColumnSlice[] middleOnlyRanges =
new ColumnSlice[] { new ColumnSlice(cellname("colf"), cellname("colg")) };
ColumnSlice[] middleOnlyRangesReversed =
new ColumnSlice[] { new ColumnSlice(cellname("colg"), cellname("colf")) };
ColumnSlice[] endOnlyRanges =
new ColumnSlice[] { new ColumnSlice(cellname("colj"), Composites.EMPTY) };
ColumnSlice[] endOnlyRangesReversed =
new ColumnSlice[] { new ColumnSlice(Composites.EMPTY, cellname("colj")) };
SliceQueryFilter startOnlyFilter = new SliceQueryFilter(startOnlyRange, false,
Integer.MAX_VALUE);
SliceQueryFilter startOnlyFilterReversed = new SliceQueryFilter(startOnlyRangeReversed, true,
Integer.MAX_VALUE);
SliceQueryFilter startOnlyFilterWithCounting = new SliceQueryFilter(startOnlyRange, false, 1);
SliceQueryFilter startOnlyFilterReversedWithCounting = new SliceQueryFilter(startOnlyRangeReversed,
true, 1);
SliceQueryFilter middleOnlyFilter = new SliceQueryFilter(middleOnlyRanges,
false,
Integer.MAX_VALUE);
SliceQueryFilter middleOnlyFilterReversed = new SliceQueryFilter(middleOnlyRangesReversed, true,
Integer.MAX_VALUE);
SliceQueryFilter middleOnlyFilterWithCounting = new SliceQueryFilter(middleOnlyRanges, false, 1);
SliceQueryFilter middleOnlyFilterReversedWithCounting = new SliceQueryFilter(middleOnlyRangesReversed,
true, 1);
SliceQueryFilter endOnlyFilter = new SliceQueryFilter(endOnlyRanges, false,
Integer.MAX_VALUE);
SliceQueryFilter endOnlyReversed = new SliceQueryFilter(endOnlyRangesReversed, true,
Integer.MAX_VALUE);
SliceQueryFilter endOnlyWithCounting = new SliceQueryFilter(endOnlyRanges, false, 1);
SliceQueryFilter endOnlyWithReversedCounting = new SliceQueryFilter(endOnlyRangesReversed,
true, 1);
SliceQueryFilter startMiddleAndEndFilter = new SliceQueryFilter(startMiddleAndEndRanges, false,
Integer.MAX_VALUE);
SliceQueryFilter startMiddleAndEndFilterReversed = new SliceQueryFilter(startMiddleAndEndRangesReversed, true,
Integer.MAX_VALUE);
SliceQueryFilter startMiddleAndEndFilterWithCounting = new SliceQueryFilter(startMiddleAndEndRanges, false,
1);
SliceQueryFilter startMiddleAndEndFilterReversedWithCounting = new SliceQueryFilter(
startMiddleAndEndRangesReversed, true,
1);
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilter, "a", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversed, "a", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterWithCounting, "a", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversedWithCounting, "a", "cola");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilter, "a", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversed, "a", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterWithCounting, "a", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversedWithCounting, "a", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyFilter, "a", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyReversed, "a", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithCounting, "a", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithReversedCounting, "a", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilter, "a", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversed, "a", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterWithCounting, "a", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversedWithCounting, "a", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilter, "c", "cola", "colb", "colc");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversed, "c", "colc", "colb", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterWithCounting, "c", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversedWithCounting, "c", "colc");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilter, "c", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversed, "c", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterWithCounting, "c", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversedWithCounting, "c", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyFilter, "c", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyReversed, "c", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithCounting, "c", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithReversedCounting, "c", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilter, "c", "cola", "colb", "colc");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversed, "c", "colc", "colb", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterWithCounting, "c", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversedWithCounting, "c", "colc");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilter, "f", "cola", "colb", "colc");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversed, "f", "colc", "colb", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterWithCounting, "f", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversedWithCounting, "f", "colc");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilter, "f", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversed, "f", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterWithCounting, "f", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversedWithCounting, "f", "colf");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyFilter, "f", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyReversed, "f", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithCounting, "f", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithReversedCounting, "f", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilter, "f", "cola", "colb", "colc", "colf");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversed, "f", "colf", "colc", "colb",
"cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterWithCounting, "f", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversedWithCounting, "f", "colf");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilter, "h", "cola", "colb", "colc");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversed, "h", "colc", "colb", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterWithCounting, "h", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversedWithCounting, "h", "colc");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilter, "h", "colf", "colg");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversed, "h", "colg", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterWithCounting, "h", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversedWithCounting, "h", "colg");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyFilter, "h", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyReversed, "h", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithCounting, "h", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithReversedCounting, "h", new String[] {});
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilter, "h", "cola", "colb", "colc", "colf",
"colg");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversed, "h", "colg", "colf", "colc", "colb",
"cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterWithCounting, "h", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversedWithCounting, "h", "colg");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilter, "j", "cola", "colb", "colc");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversed, "j", "colc", "colb", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterWithCounting, "j", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversedWithCounting, "j", "colc");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilter, "j", "colf", "colg");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversed, "j", "colg", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterWithCounting, "j", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversedWithCounting, "j", "colg");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyFilter, "j", "colj");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyReversed, "j", "colj");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithCounting, "j", "colj");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithReversedCounting, "j", "colj");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilter, "j", "cola", "colb", "colc", "colf", "colg",
"colj");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversed, "j", "colj", "colg", "colf", "colc",
"colb", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterWithCounting, "j", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversedWithCounting, "j", "colj");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilter, "l", "cola", "colb", "colc");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversed, "l", "colc", "colb", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterWithCounting, "l", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startOnlyFilterReversedWithCounting, "l", "colc");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilter, "l", "colf", "colg");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversed, "l", "colg", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterWithCounting, "l", "colf");
findRowGetSlicesAndAssertColsFound(cfs, middleOnlyFilterReversedWithCounting, "l", "colg");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyFilter, "l", "colj", "colk", "coll");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyReversed, "l", "coll", "colk", "colj");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithCounting, "l", "colj");
findRowGetSlicesAndAssertColsFound(cfs, endOnlyWithReversedCounting, "l", "coll");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilter, "l", "cola", "colb", "colc", "colf", "colg",
"colj", "colk", "coll");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversed, "l", "coll", "colk", "colj", "colg",
"colf", "colc", "colb", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterWithCounting, "l", "cola");
findRowGetSlicesAndAssertColsFound(cfs, startMiddleAndEndFilterReversedWithCounting, "l", "coll");
}
private void findRowGetSlicesAndAssertColsFound(ColumnFamilyStore cfs, SliceQueryFilter filter, String rowKey,
String... colNames)
{
List<Row> rows = cfs.getRangeSlice(new Bounds<RowPosition>(rp(rowKey), rp(rowKey)),
null,
filter,
Integer.MAX_VALUE,
System.currentTimeMillis(),
false,
false);
assertSame("unexpected number of rows ", 1, rows.size());
Row row = rows.get(0);
Collection<Cell> cols = !filter.isReversed() ? row.cf.getSortedColumns() : row.cf.getReverseSortedColumns();
// printRow(cfs, new String(row.key.key.array()), cols);
String[] returnedColsNames = Iterables.toArray(Iterables.transform(cols, new Function<Cell, String>()
{
public String apply(Cell arg0)
{
return Util.string(arg0.name().toByteBuffer());
}
}), String.class);
assertTrue(
"Columns did not match. Expected: " + Arrays.toString(colNames) + " but got:"
+ Arrays.toString(returnedColsNames), Arrays.equals(colNames, returnedColsNames));
int i = 0;
for (Cell col : cols)
{
assertEquals(colNames[i++], Util.string(col.name().toByteBuffer()));
}
}
private void printRow(ColumnFamilyStore cfs, String rowKey, Collection<Cell> cols)
{
DecoratedKey ROW = Util.dk(rowKey);
System.err.println("Original:");
ColumnFamily cf = cfs.getColumnFamily(QueryFilter.getIdentityFilter(ROW, "Standard1", System.currentTimeMillis()));
System.err.println("Row key: " + rowKey + " Cols: "
+ Iterables.transform(cf.getSortedColumns(), new Function<Cell, String>()
{
public String apply(Cell arg0)
{
return Util.string(arg0.name().toByteBuffer());
}
}));
System.err.println("Filtered:");
Iterable<String> transformed = Iterables.transform(cols, new Function<Cell, String>()
{
public String apply(Cell arg0)
{
return Util.string(arg0.name().toByteBuffer());
}
});
System.err.println("Row key: " + rowKey + " Cols: " + transformed);
}
}
