protected ColumnNameBuilder makeIndexColumnNameBuilder(ByteBuffer rowKey, ByteBuffer columnName) {
int ckCount = baseCfs.metadata.clusteringKeyColumns().size();
CompositeType baseComparator = (CompositeType) baseCfs.getComparator();
ByteBuffer[] components = baseComparator.split(columnName);
CompositeType.Builder builder = getIndexComparator().builder();
builder.add(rowKey);
for (int i = 0; i < ckCount; i++) builder.add(components[i]);
return builder;
}
public static CompositeType buildIndexComparator(
CFMetaData baseMetadata, ColumnDefinition columnDef) {
int ckCount = baseMetadata.clusteringKeyColumns().size();
List<AbstractType<?>> types = new ArrayList<AbstractType<?>>(ckCount + 1);
types.add(SecondaryIndex.keyComparator);
types.addAll(baseMetadata.comparator.getComponents());
return CompositeType.getInstance(types);
}
/**
* Returns a {@code String} representation of {@code byteBuffer} validated by {@code type}.
*
* @param byteBuffer the {@link ByteBuffer} to be converted to {@code String}.
* @param type {@link AbstractType} of {@code byteBuffer}.
* @return a {@code String} representation of {@code byteBuffer} validated by {@code type}.
*/
public static String toString(ByteBuffer byteBuffer, AbstractType<?> type) {
if (type instanceof CompositeType) {
CompositeType composite = (CompositeType) type;
List<AbstractType<?>> types = composite.types;
ByteBuffer[] components = composite.split(byteBuffer);
StringBuilder sb = new StringBuilder();
for (int i = 0; i < components.length; i++) {
AbstractType<?> componentType = types.get(i);
ByteBuffer component = components[i];
sb.append(componentType.compose(component));
if (i < types.size() - 1) {
sb.append(':');
}
}
return sb.toString();
} else {
return type.compose(byteBuffer).toString();
}
}
private ByteBuffer getPartitionKey(Map<String, ByteBuffer> keyColumns) {
ByteBuffer partitionKey;
if (partitionKeyColumns.size() > 1) {
ByteBuffer[] keys = new ByteBuffer[partitionKeyColumns.size()];
for (int i = 0; i < keys.length; i++)
keys[i] = keyColumns.get(partitionKeyColumns.get(i).getName());
partitionKey = CompositeType.build(keys);
} else {
partitionKey = keyColumns.get(partitionKeyColumns.get(0).getName());
}
return partitionKey;
}
private static CFMetaData compositeCFMD(String ksName, String cfName, AbstractType... types) {
try {
return new CFMetaData(
ksName,
cfName,
ColumnFamilyType.Standard,
CompositeType.getInstance(Arrays.asList(types)),
null);
} catch (ConfigurationException e) {
}
return null;
}
private void testDontPurgeAccidentaly(String k, String cfname)
throws IOException, ExecutionException, InterruptedException {
// This test catches the regression of CASSANDRA-2786
Keyspace keyspace = Keyspace.open(KEYSPACE1);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore(cfname);
// disable compaction while flushing
cfs.clearUnsafe();
cfs.disableAutoCompaction();
// Add test row
DecoratedKey key = Util.dk(k);
RowMutation rm = new RowMutation(KEYSPACE1, key.key);
rm.add(
cfname,
CompositeType.build(ByteBufferUtil.bytes("sc"), ByteBufferUtil.bytes("c")),
ByteBufferUtil.EMPTY_BYTE_BUFFER,
0);
rm.apply();
cfs.forceBlockingFlush();
Collection<SSTableReader> sstablesBefore = cfs.getSSTables();
QueryFilter filter = QueryFilter.getIdentityFilter(key, cfname, System.currentTimeMillis());
assert !(cfs.getColumnFamily(filter).getColumnCount() == 0);
// Remove key
rm = new RowMutation(KEYSPACE1, key.key);
rm.delete(cfname, 2);
rm.apply();
ColumnFamily cf = cfs.getColumnFamily(filter);
assert cf == null || cf.getColumnCount() == 0 : "should be empty: " + cf;
// Sleep one second so that the removal is indeed purgeable even with gcgrace == 0
Thread.sleep(1000);
cfs.forceBlockingFlush();
Collection<SSTableReader> sstablesAfter = cfs.getSSTables();
Collection<SSTableReader> toCompact = new ArrayList<SSTableReader>();
for (SSTableReader sstable : sstablesAfter)
if (!sstablesBefore.contains(sstable)) toCompact.add(sstable);
Util.compact(cfs, toCompact);
cf = cfs.getColumnFamily(filter);
assert cf == null || cf.getColumnCount() == 0 : "should be empty: " + cf;
}
@Test
public void testSuperColumnTombstones()
throws IOException, ExecutionException, InterruptedException {
Keyspace keyspace = Keyspace.open(KEYSPACE1);
ColumnFamilyStore cfs = keyspace.getColumnFamilyStore("Super1");
cfs.disableAutoCompaction();
DecoratedKey key = Util.dk("tskey");
ByteBuffer scName = ByteBufferUtil.bytes("TestSuperColumn");
// a subcolumn
RowMutation rm = new RowMutation(KEYSPACE1, key.key);
rm.add(
"Super1",
CompositeType.build(scName, ByteBufferUtil.bytes(0)),
ByteBufferUtil.EMPTY_BYTE_BUFFER,
FBUtilities.timestampMicros());
rm.apply();
cfs.forceBlockingFlush();
// shadow the subcolumn with a supercolumn tombstone
rm = new RowMutation(KEYSPACE1, key.key);
rm.deleteRange(
"Super1",
SuperColumns.startOf(scName),
SuperColumns.endOf(scName),
FBUtilities.timestampMicros());
rm.apply();
cfs.forceBlockingFlush();
CompactionManager.instance.performMaximal(cfs);
assertEquals(1, cfs.getSSTables().size());
// check that the shadowed column is gone
SSTableReader sstable = cfs.getSSTables().iterator().next();
Range keyRange =
new Range<RowPosition>(key, sstable.partitioner.getMinimumToken().maxKeyBound());
SSTableScanner scanner = sstable.getScanner(DataRange.forKeyRange(keyRange));
OnDiskAtomIterator iter = scanner.next();
assertEquals(key, iter.getKey());
assert iter.next() instanceof RangeTombstone;
assert !iter.hasNext();
}
private Statics() {
StandardCf.addColumn(new Column(bb("aaaa")));
StandardCf.addColumn(new Column(bb("bbbb"), bb("bbbbb-value")));
StandardCf.addColumn(new Column(bb("cccc"), bb("ccccc-value"), 1000L));
StandardCf.addColumn(new DeletedColumn(bb("dddd"), 500, 1000));
StandardCf.addColumn(new DeletedColumn(bb("eeee"), bb("eeee-value"), 1001));
StandardCf.addColumn(new ExpiringColumn(bb("ffff"), bb("ffff-value"), 2000, 1000));
StandardCf.addColumn(new ExpiringColumn(bb("gggg"), bb("gggg-value"), 2001, 1000, 2002));
SuperCf.addColumn(new Column(CompositeType.build(SC, bb("aaaa"))));
SuperCf.addColumn(new Column(CompositeType.build(SC, bb("bbbb")), bb("bbbbb-value")));
SuperCf.addColumn(new Column(CompositeType.build(SC, bb("cccc")), bb("ccccc-value"), 1000L));
SuperCf.addColumn(new DeletedColumn(CompositeType.build(SC, bb("dddd")), 500, 1000));
SuperCf.addColumn(
new DeletedColumn(CompositeType.build(SC, bb("eeee")), bb("eeee-value"), 1001));
SuperCf.addColumn(
new ExpiringColumn(CompositeType.build(SC, bb("ffff")), bb("ffff-value"), 2000, 1000));
SuperCf.addColumn(
new ExpiringColumn(
CompositeType.build(SC, bb("gggg")), bb("gggg-value"), 2001, 1000, 2002));
}
protected ByteBuffer getIndexedValue(ByteBuffer rowKey, Column column) {
CompositeType keyComparator = (CompositeType) baseCfs.metadata.getKeyValidator();
ByteBuffer[] components = keyComparator.split(rowKey);
return components[columnDef.componentIndex];
}
public void announceMigration() throws RequestValidationException {
CFMetaData meta = validateColumnFamily(keyspace(), columnFamily());
CFMetaData cfm = meta.clone();
CFDefinition cfDef = meta.getCfDef();
CFDefinition.Name name = columnName == null ? null : cfDef.get(columnName);
switch (oType) {
case ADD:
if (cfDef.isCompact)
throw new InvalidRequestException("Cannot add new column to a compact CF");
if (name != null) {
switch (name.kind) {
case KEY_ALIAS:
case COLUMN_ALIAS:
throw new InvalidRequestException(
String.format(
"Invalid column name %s because it conflicts with a PRIMARY KEY part",
columnName));
case COLUMN_METADATA:
throw new InvalidRequestException(
String.format(
"Invalid column name %s because it conflicts with an existing column",
columnName));
}
}
AbstractType<?> type = validator.getType();
if (type instanceof CollectionType) {
if (!cfDef.isComposite)
throw new InvalidRequestException(
"Cannot use collection types with non-composite PRIMARY KEY");
if (cfDef.cfm.isSuper())
throw new InvalidRequestException(
"Cannot use collection types with Super column family");
Map<ByteBuffer, CollectionType> collections =
cfDef.hasCollections
? new HashMap<ByteBuffer, CollectionType>(cfDef.getCollectionType().defined)
: new HashMap<ByteBuffer, CollectionType>();
collections.put(columnName.key, (CollectionType) type);
ColumnToCollectionType newColType = ColumnToCollectionType.getInstance(collections);
List<AbstractType<?>> ctypes =
new ArrayList<AbstractType<?>>(((CompositeType) cfm.comparator).types);
if (cfDef.hasCollections) ctypes.set(ctypes.size() - 1, newColType);
else ctypes.add(newColType);
cfm.comparator = CompositeType.getInstance(ctypes);
}
Integer componentIndex =
cfDef.isComposite
? ((CompositeType) meta.comparator).types.size() - (cfDef.hasCollections ? 2 : 1)
: null;
cfm.addColumnDefinition(ColumnDefinition.regularDef(columnName.key, type, componentIndex));
break;
case ALTER:
if (name == null)
throw new InvalidRequestException(
String.format("Column %s was not found in table %s", columnName, columnFamily()));
switch (name.kind) {
case KEY_ALIAS:
AbstractType<?> newType = validator.getType();
if (newType instanceof CounterColumnType)
throw new InvalidRequestException(
String.format(
"counter type is not supported for PRIMARY KEY part %s", columnName));
if (cfDef.hasCompositeKey) {
List<AbstractType<?>> newTypes =
new ArrayList<AbstractType<?>>(((CompositeType) cfm.getKeyValidator()).types);
newTypes.set(name.position, newType);
cfm.keyValidator(CompositeType.getInstance(newTypes));
} else {
cfm.keyValidator(newType);
}
break;
case COLUMN_ALIAS:
assert cfDef.isComposite;
List<AbstractType<?>> newTypes =
new ArrayList<AbstractType<?>>(((CompositeType) cfm.comparator).types);
newTypes.set(name.position, validator.getType());
cfm.comparator = CompositeType.getInstance(newTypes);
break;
case VALUE_ALIAS:
cfm.defaultValidator(validator.getType());
break;
case COLUMN_METADATA:
ColumnDefinition column = cfm.getColumnDefinition(columnName.key);
column.setValidator(validator.getType());
break;
}
break;
case DROP:
if (cfDef.isCompact)
throw new InvalidRequestException("Cannot drop columns from a compact CF");
if (name == null)
throw new InvalidRequestException(
String.format("Column %s was not found in table %s", columnName, columnFamily()));
switch (name.kind) {
case KEY_ALIAS:
case COLUMN_ALIAS:
throw new InvalidRequestException(
String.format("Cannot drop PRIMARY KEY part %s", columnName));
case COLUMN_METADATA:
ColumnDefinition toDelete = null;
for (ColumnDefinition columnDef : cfm.regularColumns()) {
if (columnDef.name.equals(columnName.key)) toDelete = columnDef;
}
assert toDelete != null;
cfm.removeColumnDefinition(toDelete);
break;
}
break;
case OPTS:
if (cfProps == null)
throw new InvalidRequestException(
String.format("ALTER COLUMNFAMILY WITH invoked, but no parameters found"));
cfProps.validate();
cfProps.applyToCFMetadata(cfm);
break;
case RENAME:
for (Map.Entry<ColumnIdentifier, ColumnIdentifier> entry : renames.entrySet()) {
ColumnIdentifier from = entry.getKey();
ColumnIdentifier to = entry.getValue();
cfm.renameColumn(from.key, from.toString(), to.key, to.toString());
}
break;
}
MigrationManager.announceColumnFamilyUpdate(cfm, false);
}
/** Transform this raw statement into a CreateTableStatement. */
public ParsedStatement.Prepared prepare() throws RequestValidationException {
// Column family name
if (!columnFamily().matches("\\w+"))
throw new InvalidRequestException(
String.format(
"\"%s\" is not a valid column family name (must be alphanumeric character only: [0-9A-Za-z]+)",
columnFamily()));
if (columnFamily().length() > Schema.NAME_LENGTH)
throw new InvalidRequestException(
String.format(
"Column family names shouldn't be more than %s characters long (got \"%s\")",
Schema.NAME_LENGTH, columnFamily()));
for (Multiset.Entry<ColumnIdentifier> entry : definedNames.entrySet())
if (entry.getCount() > 1)
throw new InvalidRequestException(
String.format("Multiple definition of identifier %s", entry.getElement()));
properties.validate();
CreateTableStatement stmt =
new CreateTableStatement(cfName, properties, ifNotExists, staticColumns);
Map<ByteBuffer, CollectionType> definedCollections = null;
for (Map.Entry<ColumnIdentifier, CQL3Type> entry : definitions.entrySet()) {
ColumnIdentifier id = entry.getKey();
CQL3Type pt = entry.getValue();
if (pt.isCollection()) {
if (definedCollections == null)
definedCollections = new HashMap<ByteBuffer, CollectionType>();
definedCollections.put(id.key, (CollectionType) pt.getType());
}
stmt.columns.put(id, pt.getType()); // we'll remove what is not a column below
}
if (keyAliases.isEmpty())
throw new InvalidRequestException("No PRIMARY KEY specifed (exactly one required)");
else if (keyAliases.size() > 1)
throw new InvalidRequestException("Multiple PRIMARY KEYs specifed (exactly one required)");
List<ColumnIdentifier> kAliases = keyAliases.get(0);
List<AbstractType<?>> keyTypes = new ArrayList<AbstractType<?>>(kAliases.size());
for (ColumnIdentifier alias : kAliases) {
stmt.keyAliases.add(alias.key);
AbstractType<?> t = getTypeAndRemove(stmt.columns, alias);
if (t instanceof CounterColumnType)
throw new InvalidRequestException(
String.format("counter type is not supported for PRIMARY KEY part %s", alias));
if (staticColumns.contains(alias))
throw new InvalidRequestException(
String.format("Static column %s cannot be part of the PRIMARY KEY", alias));
keyTypes.add(t);
}
stmt.keyValidator =
keyTypes.size() == 1 ? keyTypes.get(0) : CompositeType.getInstance(keyTypes);
// Dense means that no part of the comparator stores a CQL column name. This means
// COMPACT STORAGE with at least one columnAliases (otherwise it's a thrift "static" CF).
stmt.isDense = useCompactStorage && !columnAliases.isEmpty();
// Handle column aliases
if (columnAliases.isEmpty()) {
if (useCompactStorage) {
// There should remain some column definition since it is a non-composite "static" CF
if (stmt.columns.isEmpty())
throw new InvalidRequestException(
"No definition found that is not part of the PRIMARY KEY");
if (definedCollections != null)
throw new InvalidRequestException(
"Collection types are not supported with COMPACT STORAGE");
stmt.comparator = CFDefinition.definitionType;
} else {
List<AbstractType<?>> types =
new ArrayList<AbstractType<?>>(definedCollections == null ? 1 : 2);
types.add(CFDefinition.definitionType);
if (definedCollections != null)
types.add(ColumnToCollectionType.getInstance(definedCollections));
stmt.comparator = CompositeType.getInstance(types);
}
} else {
// If we use compact storage and have only one alias, it is a
// standard "dynamic" CF, otherwise it's a composite
if (useCompactStorage && columnAliases.size() == 1) {
if (definedCollections != null)
throw new InvalidRequestException(
"Collection types are not supported with COMPACT STORAGE");
ColumnIdentifier alias = columnAliases.get(0);
stmt.columnAliases.add(alias.key);
stmt.comparator = getTypeAndRemove(stmt.columns, alias);
if (stmt.comparator instanceof CounterColumnType)
throw new InvalidRequestException(
String.format("counter type is not supported for PRIMARY KEY part %s", alias));
if (staticColumns.contains(alias))
throw new InvalidRequestException(
String.format("Static column %s cannot be part of the PRIMARY KEY", alias));
} else {
List<AbstractType<?>> types = new ArrayList<AbstractType<?>>(columnAliases.size() + 1);
for (ColumnIdentifier t : columnAliases) {
stmt.columnAliases.add(t.key);
AbstractType<?> type = getTypeAndRemove(stmt.columns, t);
if (type instanceof CounterColumnType)
throw new InvalidRequestException(
String.format("counter type is not supported for PRIMARY KEY part %s", t));
if (staticColumns.contains(t))
throw new InvalidRequestException(
String.format("Static column %s cannot be part of the PRIMARY KEY", t));
types.add(type);
}
if (useCompactStorage) {
if (definedCollections != null)
throw new InvalidRequestException(
"Collection types are not supported with COMPACT STORAGE");
} else {
// For sparse, we must add the last UTF8 component
// and the collection type if there is one
types.add(CFDefinition.definitionType);
if (definedCollections != null)
types.add(ColumnToCollectionType.getInstance(definedCollections));
}
if (types.isEmpty())
throw new IllegalStateException("Nonsensical empty parameter list for CompositeType");
stmt.comparator = CompositeType.getInstance(types);
}
}
if (!staticColumns.isEmpty()) {
// Only CQL3 tables can have static columns
if (useCompactStorage)
throw new InvalidRequestException(
"Static columns are not supported in COMPACT STORAGE tables");
// Static columns only make sense if we have at least one clustering column. Otherwise
// everything is static anyway
if (columnAliases.isEmpty())
throw new InvalidRequestException(
"Static columns are only useful (and thus allowed) if the table has at least one clustering column");
}
if (useCompactStorage && !stmt.columnAliases.isEmpty()) {
if (stmt.columns.isEmpty()) {
// The only value we'll insert will be the empty one, so the default validator don't
// matter
stmt.defaultValidator = BytesType.instance;
// We need to distinguish between
// * I'm upgrading from thrift so the valueAlias is null
// * I've defined my table with only a PK (and the column value will be empty)
// So, we use an empty valueAlias (rather than null) for the second case
stmt.valueAlias = ByteBufferUtil.EMPTY_BYTE_BUFFER;
} else {
if (stmt.columns.size() > 1)
throw new InvalidRequestException(
String.format(
"COMPACT STORAGE with composite PRIMARY KEY allows no more than one column not part of the PRIMARY KEY (got: %s)",
StringUtils.join(stmt.columns.keySet(), ", ")));
Map.Entry<ColumnIdentifier, AbstractType> lastEntry =
stmt.columns.entrySet().iterator().next();
stmt.defaultValidator = lastEntry.getValue();
stmt.valueAlias = lastEntry.getKey().key;
stmt.columns.remove(lastEntry.getKey());
}
} else {
// For compact, we are in the "static" case, so we need at least one column defined. For
// non-compact however, having
// just the PK is fine since we have CQL3 row marker.
if (useCompactStorage && stmt.columns.isEmpty())
throw new InvalidRequestException(
"COMPACT STORAGE with non-composite PRIMARY KEY require one column not part of the PRIMARY KEY, none given");
// There is no way to insert/access a column that is not defined for non-compact storage, so
// the actual validator don't matter much (except that we want to recognize counter CF as
// limitation apply to them).
stmt.defaultValidator =
!stmt.columns.isEmpty()
&& (stmt.columns.values().iterator().next() instanceof CounterColumnType)
? CounterColumnType.instance
: BytesType.instance;
}
// If we give a clustering order, we must explicitly do so for all aliases and in the order of
// the PK
if (!definedOrdering.isEmpty()) {
if (definedOrdering.size() > columnAliases.size())
throw new InvalidRequestException(
"Only clustering key columns can be defined in CLUSTERING ORDER directive");
int i = 0;
for (ColumnIdentifier id : definedOrdering.keySet()) {
ColumnIdentifier c = columnAliases.get(i);
if (!id.equals(c)) {
if (definedOrdering.containsKey(c))
throw new InvalidRequestException(
String.format(
"The order of columns in the CLUSTERING ORDER directive must be the one of the clustering key (%s must appear before %s)",
c, id));
else
throw new InvalidRequestException(
String.format("Missing CLUSTERING ORDER for column %s", c));
}
++i;
}
}
return new ParsedStatement.Prepared(stmt);
}
public class SerializationsTest extends AbstractSerializationsTester {
Statics statics = new Statics();
@BeforeClass
public static void loadSchema() throws IOException, ConfigurationException {
loadSchema(true);
}
private ByteBuffer startCol = ByteBufferUtil.bytes("Start");
private ByteBuffer stopCol = ByteBufferUtil.bytes("Stop");
private ByteBuffer emptyCol = ByteBufferUtil.bytes("");
public NamesQueryFilter namesPred = new NamesQueryFilter(statics.NamedCols);
public NamesQueryFilter namesSCPred = new NamesQueryFilter(statics.NamedSCCols);
public SliceQueryFilter emptyRangePred = new SliceQueryFilter(emptyCol, emptyCol, false, 100);
public SliceQueryFilter nonEmptyRangePred = new SliceQueryFilter(startCol, stopCol, true, 100);
public SliceQueryFilter nonEmptyRangeSCPred =
new SliceQueryFilter(
CompositeType.build(statics.SC, startCol),
CompositeType.build(statics.SC, stopCol),
true,
100);
private void testRangeSliceCommandWrite() throws IOException {
IPartitioner part = StorageService.getPartitioner();
AbstractBounds<RowPosition> bounds =
new Range<Token>(part.getRandomToken(), part.getRandomToken()).toRowBounds();
RangeSliceCommand namesCmd =
new RangeSliceCommand(statics.KS, "Standard1", statics.readTs, namesPred, bounds, 100);
MessageOut<RangeSliceCommand> namesCmdMsg = namesCmd.createMessage();
RangeSliceCommand emptyRangeCmd =
new RangeSliceCommand(statics.KS, "Standard1", statics.readTs, emptyRangePred, bounds, 100);
MessageOut<RangeSliceCommand> emptyRangeCmdMsg = emptyRangeCmd.createMessage();
RangeSliceCommand regRangeCmd =
new RangeSliceCommand(
statics.KS, "Standard1", statics.readTs, nonEmptyRangePred, bounds, 100);
MessageOut<RangeSliceCommand> regRangeCmdMsg = regRangeCmd.createMessage();
RangeSliceCommand namesCmdSup =
new RangeSliceCommand(statics.KS, "Super1", statics.readTs, namesSCPred, bounds, 100);
MessageOut<RangeSliceCommand> namesCmdSupMsg = namesCmdSup.createMessage();
RangeSliceCommand emptyRangeCmdSup =
new RangeSliceCommand(statics.KS, "Super1", statics.readTs, emptyRangePred, bounds, 100);
MessageOut<RangeSliceCommand> emptyRangeCmdSupMsg = emptyRangeCmdSup.createMessage();
RangeSliceCommand regRangeCmdSup =
new RangeSliceCommand(
statics.KS, "Super1", statics.readTs, nonEmptyRangeSCPred, bounds, 100);
MessageOut<RangeSliceCommand> regRangeCmdSupMsg = regRangeCmdSup.createMessage();
DataOutputStream out = getOutput("db.RangeSliceCommand.bin");
namesCmdMsg.serialize(out, getVersion());
emptyRangeCmdMsg.serialize(out, getVersion());
regRangeCmdMsg.serialize(out, getVersion());
namesCmdSupMsg.serialize(out, getVersion());
emptyRangeCmdSupMsg.serialize(out, getVersion());
regRangeCmdSupMsg.serialize(out, getVersion());
out.close();
// test serializedSize
testSerializedSize(namesCmd, RangeSliceCommand.serializer);
testSerializedSize(emptyRangeCmd, RangeSliceCommand.serializer);
testSerializedSize(regRangeCmd, RangeSliceCommand.serializer);
testSerializedSize(namesCmdSup, RangeSliceCommand.serializer);
testSerializedSize(emptyRangeCmdSup, RangeSliceCommand.serializer);
testSerializedSize(regRangeCmdSup, RangeSliceCommand.serializer);
}
@Test
public void testRangeSliceCommandRead() throws IOException {
if (EXECUTE_WRITES) testRangeSliceCommandWrite();
DataInputStream in = getInput("db.RangeSliceCommand.bin");
for (int i = 0; i < 6; i++) MessageIn.read(in, getVersion(), -1);
in.close();
}
private void testSliceByNamesReadCommandWrite() throws IOException {
SliceByNamesReadCommand standardCmd =
new SliceByNamesReadCommand(
statics.KS, statics.Key, statics.StandardCF, statics.readTs, namesPred);
SliceByNamesReadCommand superCmd =
new SliceByNamesReadCommand(
statics.KS, statics.Key, statics.SuperCF, statics.readTs, namesSCPred);
DataOutputStream out = getOutput("db.SliceByNamesReadCommand.bin");
SliceByNamesReadCommand.serializer.serialize(standardCmd, out, getVersion());
SliceByNamesReadCommand.serializer.serialize(superCmd, out, getVersion());
ReadCommand.serializer.serialize(standardCmd, out, getVersion());
ReadCommand.serializer.serialize(superCmd, out, getVersion());
standardCmd.createMessage().serialize(out, getVersion());
superCmd.createMessage().serialize(out, getVersion());
out.close();
// test serializedSize
testSerializedSize(standardCmd, SliceByNamesReadCommand.serializer);
testSerializedSize(superCmd, SliceByNamesReadCommand.serializer);
}
@Test
public void testSliceByNamesReadCommandRead() throws IOException {
if (EXECUTE_WRITES) testSliceByNamesReadCommandWrite();
DataInputStream in = getInput("db.SliceByNamesReadCommand.bin");
assert SliceByNamesReadCommand.serializer.deserialize(in, getVersion()) != null;
assert SliceByNamesReadCommand.serializer.deserialize(in, getVersion()) != null;
assert ReadCommand.serializer.deserialize(in, getVersion()) != null;
assert ReadCommand.serializer.deserialize(in, getVersion()) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
in.close();
}
private void testSliceFromReadCommandWrite() throws IOException {
SliceFromReadCommand standardCmd =
new SliceFromReadCommand(
statics.KS, statics.Key, statics.StandardCF, statics.readTs, nonEmptyRangePred);
SliceFromReadCommand superCmd =
new SliceFromReadCommand(
statics.KS, statics.Key, statics.SuperCF, statics.readTs, nonEmptyRangeSCPred);
DataOutputStream out = getOutput("db.SliceFromReadCommand.bin");
SliceFromReadCommand.serializer.serialize(standardCmd, out, getVersion());
SliceFromReadCommand.serializer.serialize(superCmd, out, getVersion());
ReadCommand.serializer.serialize(standardCmd, out, getVersion());
ReadCommand.serializer.serialize(superCmd, out, getVersion());
standardCmd.createMessage().serialize(out, getVersion());
superCmd.createMessage().serialize(out, getVersion());
out.close();
// test serializedSize
testSerializedSize(standardCmd, SliceFromReadCommand.serializer);
testSerializedSize(superCmd, SliceFromReadCommand.serializer);
}
@Test
public void testSliceFromReadCommandRead() throws IOException {
if (EXECUTE_WRITES) testSliceFromReadCommandWrite();
DataInputStream in = getInput("db.SliceFromReadCommand.bin");
assert SliceFromReadCommand.serializer.deserialize(in, getVersion()) != null;
assert SliceFromReadCommand.serializer.deserialize(in, getVersion()) != null;
assert ReadCommand.serializer.deserialize(in, getVersion()) != null;
assert ReadCommand.serializer.deserialize(in, getVersion()) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
in.close();
}
private void testRowWrite() throws IOException {
DataOutputStream out = getOutput("db.Row.bin");
Row.serializer.serialize(statics.StandardRow, out, getVersion());
Row.serializer.serialize(statics.SuperRow, out, getVersion());
Row.serializer.serialize(statics.NullRow, out, getVersion());
out.close();
// test serializedSize
testSerializedSize(statics.StandardRow, Row.serializer);
testSerializedSize(statics.SuperRow, Row.serializer);
testSerializedSize(statics.NullRow, Row.serializer);
}
@Test
public void testRowRead() throws IOException {
if (EXECUTE_WRITES) testRowWrite();
DataInputStream in = getInput("db.Row.bin");
assert Row.serializer.deserialize(in, getVersion()) != null;
assert Row.serializer.deserialize(in, getVersion()) != null;
assert Row.serializer.deserialize(in, getVersion()) != null;
in.close();
}
private void testRowMutationWrite() throws IOException {
RowMutation standardRowRm = new RowMutation(statics.KS, statics.StandardRow);
RowMutation superRowRm = new RowMutation(statics.KS, statics.SuperRow);
RowMutation standardRm = new RowMutation(statics.KS, statics.Key, statics.StandardCf);
RowMutation superRm = new RowMutation(statics.KS, statics.Key, statics.SuperCf);
Map<UUID, ColumnFamily> mods = new HashMap<UUID, ColumnFamily>();
mods.put(statics.StandardCf.metadata().cfId, statics.StandardCf);
mods.put(statics.SuperCf.metadata().cfId, statics.SuperCf);
RowMutation mixedRm = new RowMutation(statics.KS, statics.Key, mods);
DataOutputStream out = getOutput("db.RowMutation.bin");
RowMutation.serializer.serialize(standardRowRm, out, getVersion());
RowMutation.serializer.serialize(superRowRm, out, getVersion());
RowMutation.serializer.serialize(standardRm, out, getVersion());
RowMutation.serializer.serialize(superRm, out, getVersion());
RowMutation.serializer.serialize(mixedRm, out, getVersion());
standardRowRm.createMessage().serialize(out, getVersion());
superRowRm.createMessage().serialize(out, getVersion());
standardRm.createMessage().serialize(out, getVersion());
superRm.createMessage().serialize(out, getVersion());
mixedRm.createMessage().serialize(out, getVersion());
out.close();
// test serializedSize
testSerializedSize(standardRowRm, RowMutation.serializer);
testSerializedSize(superRowRm, RowMutation.serializer);
testSerializedSize(standardRm, RowMutation.serializer);
testSerializedSize(superRm, RowMutation.serializer);
testSerializedSize(mixedRm, RowMutation.serializer);
}
@Test
public void testRowMutationRead() throws IOException {
// row mutation deserialization requires being able to look up the keyspace in the schema,
// so we need to rewrite this each time. We can go back to testing on-disk data
// once we pull RM.keyspace field out.
testRowMutationWrite();
DataInputStream in = getInput("db.RowMutation.bin");
assert RowMutation.serializer.deserialize(in, getVersion()) != null;
assert RowMutation.serializer.deserialize(in, getVersion()) != null;
assert RowMutation.serializer.deserialize(in, getVersion()) != null;
assert RowMutation.serializer.deserialize(in, getVersion()) != null;
assert RowMutation.serializer.deserialize(in, getVersion()) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
in.close();
}
private void testTruncateWrite() throws IOException {
Truncation tr = new Truncation(statics.KS, "Doesn't Really Matter");
TruncateResponse aff = new TruncateResponse(statics.KS, "Doesn't Matter Either", true);
TruncateResponse neg = new TruncateResponse(statics.KS, "Still Doesn't Matter", false);
DataOutputStream out = getOutput("db.Truncation.bin");
Truncation.serializer.serialize(tr, out, getVersion());
TruncateResponse.serializer.serialize(aff, out, getVersion());
TruncateResponse.serializer.serialize(neg, out, getVersion());
tr.createMessage().serialize(out, getVersion());
aff.createMessage().serialize(out, getVersion());
neg.createMessage().serialize(out, getVersion());
// todo: notice how CF names weren't validated.
out.close();
// test serializedSize
testSerializedSize(tr, Truncation.serializer);
testSerializedSize(aff, TruncateResponse.serializer);
testSerializedSize(neg, TruncateResponse.serializer);
}
@Test
public void testTruncateRead() throws IOException {
if (EXECUTE_WRITES) testTruncateWrite();
DataInputStream in = getInput("db.Truncation.bin");
assert Truncation.serializer.deserialize(in, getVersion()) != null;
assert TruncateResponse.serializer.deserialize(in, getVersion()) != null;
assert TruncateResponse.serializer.deserialize(in, getVersion()) != null;
assert MessageIn.read(in, getVersion(), -1) != null;
// set up some fake callbacks so deserialization knows that what it's deserializing is a
// TruncateResponse
MessagingService.instance()
.setCallbackForTests(1, new CallbackInfo(null, null, TruncateResponse.serializer));
MessagingService.instance()
.setCallbackForTests(2, new CallbackInfo(null, null, TruncateResponse.serializer));
assert MessageIn.read(in, getVersion(), 1) != null;
assert MessageIn.read(in, getVersion(), 2) != null;
in.close();
}
private void testWriteResponseWrite() throws IOException {
WriteResponse aff = new WriteResponse();
WriteResponse neg = new WriteResponse();
DataOutputStream out = getOutput("db.WriteResponse.bin");
WriteResponse.serializer.serialize(aff, out, getVersion());
WriteResponse.serializer.serialize(neg, out, getVersion());
out.close();
// test serializedSize
testSerializedSize(aff, WriteResponse.serializer);
testSerializedSize(neg, WriteResponse.serializer);
}
@Test
public void testWriteResponseRead() throws IOException {
if (EXECUTE_WRITES) testWriteResponseWrite();
DataInputStream in = getInput("db.WriteResponse.bin");
assert WriteResponse.serializer.deserialize(in, getVersion()) != null;
assert WriteResponse.serializer.deserialize(in, getVersion()) != null;
in.close();
}
private static ByteBuffer bb(String s) {
return ByteBufferUtil.bytes(s);
}
private static class Statics {
private final String KS = "Keyspace1";
private final ByteBuffer Key = ByteBufferUtil.bytes("Key01");
private final SortedSet<ByteBuffer> NamedCols =
new TreeSet<ByteBuffer>(BytesType.instance) {
{
add(ByteBufferUtil.bytes("AAA"));
add(ByteBufferUtil.bytes("BBB"));
add(ByteBufferUtil.bytes("CCC"));
}
};
private final ByteBuffer SC = ByteBufferUtil.bytes("SCName");
private final SortedSet<ByteBuffer> NamedSCCols =
new TreeSet<ByteBuffer>(BytesType.instance) {
{
add(CompositeType.build(SC, ByteBufferUtil.bytes("AAA")));
add(CompositeType.build(SC, ByteBufferUtil.bytes("BBB")));
add(CompositeType.build(SC, ByteBufferUtil.bytes("CCC")));
}
};
private final String StandardCF = "Standard1";
private final String SuperCF = "Super1";
private final long readTs = 1369935512292L;
private final ColumnFamily StandardCf =
TreeMapBackedSortedColumns.factory.create(KS, StandardCF);
private final ColumnFamily SuperCf = TreeMapBackedSortedColumns.factory.create(KS, SuperCF);
private final Row StandardRow = new Row(Util.dk("key0"), StandardCf);
private final Row SuperRow = new Row(Util.dk("key1"), SuperCf);
private final Row NullRow = new Row(Util.dk("key2"), null);
private Statics() {
StandardCf.addColumn(new Column(bb("aaaa")));
StandardCf.addColumn(new Column(bb("bbbb"), bb("bbbbb-value")));
StandardCf.addColumn(new Column(bb("cccc"), bb("ccccc-value"), 1000L));
StandardCf.addColumn(new DeletedColumn(bb("dddd"), 500, 1000));
StandardCf.addColumn(new DeletedColumn(bb("eeee"), bb("eeee-value"), 1001));
StandardCf.addColumn(new ExpiringColumn(bb("ffff"), bb("ffff-value"), 2000, 1000));
StandardCf.addColumn(new ExpiringColumn(bb("gggg"), bb("gggg-value"), 2001, 1000, 2002));
SuperCf.addColumn(new Column(CompositeType.build(SC, bb("aaaa"))));
SuperCf.addColumn(new Column(CompositeType.build(SC, bb("bbbb")), bb("bbbbb-value")));
SuperCf.addColumn(new Column(CompositeType.build(SC, bb("cccc")), bb("ccccc-value"), 1000L));
SuperCf.addColumn(new DeletedColumn(CompositeType.build(SC, bb("dddd")), 500, 1000));
SuperCf.addColumn(
new DeletedColumn(CompositeType.build(SC, bb("eeee")), bb("eeee-value"), 1001));
SuperCf.addColumn(
new ExpiringColumn(CompositeType.build(SC, bb("ffff")), bb("ffff-value"), 2000, 1000));
SuperCf.addColumn(
new ExpiringColumn(
CompositeType.build(SC, bb("gggg")), bb("gggg-value"), 2001, 1000, 2002));
}
}
}
{
add(CompositeType.build(SC, ByteBufferUtil.bytes("AAA")));
add(CompositeType.build(SC, ByteBufferUtil.bytes("BBB")));
add(CompositeType.build(SC, ByteBufferUtil.bytes("CCC")));
}
