@Override
public void serialize(NamespaceDescriptor ns) {
super.serialize(ns);
if (isRootNs(ns)) {
return;
}
sb.append(".");
}
private void serialize(Serializer serializer, Collection<EntityType> models) {
for (EntityType model : models) {
try {
Type type = conf.getTypeMappings().getPathType(model, model, true);
String packageName = type.getPackageName();
String className =
!packageName.isEmpty()
? (packageName + "." + type.getSimpleName())
: type.getSimpleName();
// skip if type is excluded class or in excluded package
if (conf.isExcludedPackage(model.getPackageName())
|| conf.isExcludedClass(model.getFullName())) {
continue;
}
Set<TypeElement> elements = context.typeElements.get(model.getFullName());
if (elements == null) {
elements = new HashSet<TypeElement>();
}
for (Property property : model.getProperties()) {
if (property.getType().getCategory() == TypeCategory.CUSTOM) {
Set<TypeElement> customElements =
context.typeElements.get(property.getType().getFullName());
if (customElements != null) {
elements.addAll(customElements);
}
}
}
processingEnv
.getMessager()
.printMessage(Kind.NOTE, "Generating " + className + " for " + elements);
JavaFileObject fileObject =
processingEnv
.getFiler()
.createSourceFile(className, elements.toArray(new Element[elements.size()]));
Writer writer = fileObject.openWriter();
try {
SerializerConfig serializerConfig = conf.getSerializerConfig(model);
serializer.serialize(model, serializerConfig, new JavaWriter(writer));
} finally {
if (writer != null) {
writer.close();
}
}
} catch (IOException e) {
System.err.println(e.getMessage());
processingEnv.getMessager().printMessage(Kind.ERROR, e.getMessage());
}
}
}
@Test
public void testSetSorting() {
Set<String> stringHashSet = Sets.newHashSet("b", "a", "z", "g");
Set<StringObject> stringObjectHashSet =
Sets.newHashSet(
new StringObject("b"),
new StringObject("a"),
new StringObject("z"),
new StringObject("g"));
Bond.obs("stringHashSet", serializer.serialize(stringHashSet))
.obs("stringObjectHashSet", serializer.serialize(stringObjectHashSet))
.spy("hash sets");
Set<String> stringOnlyTreeSet = new TreeSet<>(REVERSE_SORT_COMPARATOR);
stringOnlyTreeSet.add("b");
stringOnlyTreeSet.add("a");
stringOnlyTreeSet.add("z");
stringOnlyTreeSet.add("g");
Bond.obs("stringOnlyTreeSet", serializer.serialize(stringOnlyTreeSet)).spy("tree sets");
}
@Test
public void testCustomTypeAdapter() {
serializer =
serializer.withTypeAdapter(
StringObject.class,
new JsonSerializer<StringObject>() {
@Override
public JsonElement serialize(
StringObject strObj, Type type, JsonSerializationContext jsc) {
return new JsonPrimitive(strObj.toString() + ", with custom serialization!");
}
});
Bond.obs("StringObject", serializer.serialize(new StringObject("foobar"))).spy();
}
@Test
public void testMapSorting() {
Map<String, String> stringOnlyHashMap = new HashMap<>();
stringOnlyHashMap.put("b", "bar");
stringOnlyHashMap.put("a", "foo");
stringOnlyHashMap.put("z", "baz");
stringOnlyHashMap.put("g", "test");
Map<StringObject, String> stringObjectHashMap = new HashMap<>();
stringObjectHashMap.put(new StringObject("b"), "bar");
stringObjectHashMap.put(new StringObject("a"), "foo");
stringObjectHashMap.put(new StringObject("z"), "baz");
stringObjectHashMap.put(new StringObject("g"), "test");
Bond.obs("stringOnlyHashMap", serializer.serialize(stringOnlyHashMap))
.obs("stringObjectHashMap", serializer.serialize(stringObjectHashMap))
.spy("hash maps");
Map<String, String> stringOnlyTreeMap = new TreeMap<>(REVERSE_SORT_COMPARATOR);
stringOnlyTreeMap.put("b", "bar");
stringOnlyTreeMap.put("a", "foo");
stringOnlyTreeMap.put("z", "baz");
stringOnlyTreeMap.put("g", "test");
Bond.obs("stringOnlyTreeMap", serializer.serialize(stringOnlyTreeMap)).spy("tree maps");
}
@Test
public void ln_serialization() throws IOException {
HTreeMap.LinkedNode n = new HTreeMap.LinkedNode(123456, 123L, 456L);
DataOutput2 out = new DataOutput2();
Serializer ln_serializer = new HTreeMap(recman, true).LN_SERIALIZER;
ln_serializer.serialize(out, n);
DataInput2 in = swap(out);
HTreeMap.LinkedNode n2 = (HTreeMap.LinkedNode) ln_serializer.deserialize(in, -1);
assertEquals(123456, n2.next);
assertEquals(123L, n2.key);
assertEquals(456L, n2.value);
}
private void sendResponse(long requestId, Object value, Class<?> declaredType)
throws IOException {
DataOutputStream out = newFlusher();
out.writeByte(RESPONSE);
out.writeLong(requestId);
if (value == null) {
out.writeBoolean(false);
} else {
out.writeBoolean(true);
Class<?> clazz = value.getClass();
out.writeUTF(clazz.getName());
Serializer<Object> s = serializerFor(clazz, declaredType);
s.serialize(out, value);
}
out.writeBoolean(false);
out.flush();
}
@Test
public void testNestedSorting() {
Set<String> stringHashSet = Sets.newHashSet("b", "a", "z", "g");
Map<String, String> stringHashMap = new HashMap<>();
stringHashMap.put("b", "bar");
stringHashMap.put("a", "foo");
stringHashMap.put("z", "baz");
stringHashMap.put("g", "test");
NestingObject no = new NestingObject();
no.stringMap = stringHashMap;
no.stringSet = stringHashSet;
Map<String, Object> objectMap = new HashMap<>();
objectMap.put("nestingObject", no);
objectMap.put("hashSet", stringHashSet);
objectMap.put("hashMap", stringHashMap);
Set<Object> objectSet = Sets.newHashSet(stringHashSet, stringHashMap, no);
Bond.obs("objectMap", serializer.serialize(objectMap))
.obs("objectSet", serializer.serialize(objectSet))
.spy();
}
@Override
public void serialize(ClassDescriptor clazz) {
super.serialize(clazz);
sb.append(".");
}
/**
* Evaluates the specified query.
*
* @param query query
* @return success flag
*/
final boolean query(final String query) {
final Performance p = new Performance();
String error;
if (exception != null) {
error = Util.message(exception);
} else {
try {
long hits = 0;
final boolean run = options.get(MainOptions.RUNQUERY);
final boolean serial = options.get(MainOptions.SERIALIZE);
final int runs = Math.max(1, options.get(MainOptions.RUNS));
for (int r = 0; r < runs; ++r) {
// reuse existing processor instance
if (r != 0) qp = null;
qp(query, context);
parse(p);
if (r == 0) plan(false);
qp.compile();
info.compiling += p.time();
if (r == 0) plan(true);
if (!run) continue;
final PrintOutput po = r == 0 && serial ? out : new NullOutput();
try (final Serializer ser = qp.getSerializer(po)) {
if (maxResults >= 0) {
result = qp.cache(maxResults);
info.evaluating += p.time();
result.serialize(ser);
hits = result.size();
} else {
hits = 0;
final Iter ir = qp.iter();
info.evaluating += p.time();
for (Item it; (it = ir.next()) != null; ) {
ser.serialize(it);
++hits;
checkStop();
}
}
}
qp.close();
info.serializing += p.time();
}
// dump some query info
// out.flush();
// remove string list if global locking is used and if query is updating
if (soptions.get(StaticOptions.GLOBALLOCK) && qp.updating) {
info.readLocked = null;
info.writeLocked = null;
}
return info(info.toString(qp, out.size(), hits, options.get(MainOptions.QUERYINFO)));
} catch (final QueryException | IOException ex) {
exception = ex;
error = Util.message(ex);
} catch (final ProcException ex) {
error = INTERRUPTED;
} catch (final StackOverflowError ex) {
Util.debug(ex);
error = BASX_STACKOVERFLOW.desc;
} catch (final RuntimeException ex) {
extError("");
Util.debug(info());
throw ex;
} finally {
// close processor after exceptions
if (qp != null) qp.close();
}
}
return extError(error);
}
@Test
public void testUseToStringSerialization() {
serializer = serializer.withToStringSerialization(StringObject.class);
Bond.obs("StringObject.toString()", serializer.serialize(new StringObject("foobar"))).spy();
}
@Test
public void testOverwriteOldDoublePrecision() {
serializer = serializer.withDoublePrecision(2);
serializer = serializer.withDoublePrecision(7);
Bond.obs("pi", serializer.serialize(Math.PI)).spy();
}
@Test
public void testRestrictedFloatPrecision() {
serializer = serializer.withFloatPrecision(5);
Bond.obs("1.23456789f", serializer.serialize(1.23456789f)).spy();
}
@Test
public void testRestrictedDoublePrecision() {
serializer = serializer.withDoublePrecision(3);
Bond.obs("pi", serializer.serialize(Math.PI)).spy();
}
/**
* Class with static methods for saving and restoring objects implementing the VersionedObject
* interface
*/
public class VersionedObjectSerializer {
private static final byte[] STRING_TYPE = Serializer.serialize("String");
private static final byte[] BOOLEAN_TYPE = Serializer.serialize("Boolean");
private static final byte[] BYTE_TYPE = Serializer.serialize("Byte");
private static final byte[] SHORT_TYPE = Serializer.serialize("Short");
private static final byte[] INTEGER_TYPE = Serializer.serialize("Integer");
private static final byte[] LONG_TYPE = Serializer.serialize("Long");
private static final byte[] FLOAT_TYPE = Serializer.serialize("Float");
private static final byte[] DOUBLE_TYPE = Serializer.serialize("Double");
private static final byte[] ENUM_TYPE = Serializer.serialize("Enum");
private static final byte[] BYTE_ARRAY_TYPE = Serializer.serialize("ByteArray");
private static final byte[] SERIALIZABLE_TYPE = Serializer.serialize("Serializable");
public static void serialize(
List<? extends VersionedObject> versionedObjectList, String path, String... backupPaths)
throws IOException {
FragmentedByteArray byteArray = new FragmentedByteArray();
for (VersionedObject versionedObject : versionedObjectList) {
byteArray.add(serialize(versionedObject));
}
byte[] data = byteArray.generateArray();
FileReaderWriter.writeBytes(path, data);
for (String backupPath : backupPaths) {
FileReaderWriter.writeBytes(backupPath, data);
}
}
public static void serialize(VersionedObject versionedObject, String path, String... backupPaths)
throws IOException {
byte[] data = serialize(versionedObject);
FileReaderWriter.writeBytes(path, data);
for (String backupPath : backupPaths) {
FileReaderWriter.writeBytes(backupPath, data);
}
}
public static void serialize(
List<? extends VersionedObject> versionedObjectList,
int CRCBytes,
String path,
String... backupPaths)
throws IOException {
FragmentedByteArray byteArray = new FragmentedByteArray();
for (VersionedObject versionedObject : versionedObjectList) {
byteArray.add(serialize(versionedObject, CRCBytes));
}
byte[] data = byteArray.generateArray();
FileReaderWriter.writeBytes(path, data);
for (String backupPath : backupPaths) {
FileReaderWriter.writeBytes(backupPath, data);
}
}
public static void serialize(
VersionedObject versionedObject, int CRCBytes, String path, String... backupPaths)
throws IOException {
byte[] data = serialize(versionedObject, CRCBytes);
FileReaderWriter.writeBytes(path, data);
for (String backupPath : backupPaths) {
FileReaderWriter.writeBytes(backupPath, data);
}
}
public static byte[] serialize(List<? extends VersionedObject> versionedObjectList)
throws NotSerializableException {
FragmentedByteArray byteArray = new FragmentedByteArray();
for (VersionedObject versionedObject : versionedObjectList) {
byteArray.add(serialize(versionedObject));
}
return byteArray.generateArray();
}
public static byte[] serialize(VersionedObject versionedObject) throws NotSerializableException {
return serialize(versionedObject, 0);
}
public static byte[] serialize(List<? extends VersionedObject> versionedObjectList, int CRCBytes)
throws NotSerializableException {
FragmentedByteArray byteArray = new FragmentedByteArray();
for (VersionedObject versionedObject : versionedObjectList) {
byteArray.add(serialize(versionedObject, CRCBytes));
}
return byteArray.generateArray();
}
public static byte[] serialize(VersionedObject versionedObject, int CRCBytes)
throws NotSerializableException {
FragmentedByteArray data =
new FragmentedByteArray(
Serializer.serializeObject(versionedObject.getCurrentVersion().toArrayList()));
Map<String, Serializable> attributes = versionedObject.serialize();
data.add(Serializer.serialize(attributes.size()));
for (Map.Entry<String, Serializable> entry : attributes.entrySet()) {
byte[] attributeName = Serializer.serialize(entry.getKey());
// find the type of the attributes
byte[] type;
byte[] attributeArray;
Object attribute = entry.getValue();
if (attribute instanceof String) {
type = STRING_TYPE;
attributeArray = Serializer.serialize((String) attribute);
} else if (attribute instanceof Boolean || attribute == null) {
// null value are serialized as a null Boolean
type = BOOLEAN_TYPE;
attributeArray = Serializer.serialize((Boolean) attribute);
} else if (attribute instanceof Byte) {
type = BYTE_TYPE;
attributeArray = Serializer.serialize((Byte) attribute);
} else if (attribute instanceof Short) {
type = SHORT_TYPE;
attributeArray = Serializer.serialize((Short) attribute);
} else if (attribute instanceof Integer) {
type = INTEGER_TYPE;
attributeArray = Serializer.serialize((Integer) attribute);
} else if (attribute instanceof Long) {
type = LONG_TYPE;
attributeArray = Serializer.serialize((Long) attribute);
} else if (attribute instanceof Float) {
type = FLOAT_TYPE;
attributeArray = Serializer.serialize((Float) attribute);
} else if (attribute instanceof Double) {
type = DOUBLE_TYPE;
attributeArray = Serializer.serialize((Double) attribute);
} else if (attribute instanceof Enum<?>) {
type = ENUM_TYPE;
attributeArray =
Serializer.addArrays(
Serializer.serialize(attribute.getClass().getName()),
Serializer.serialize((Enum) attribute));
} else if (attribute instanceof byte[]) {
type = BYTE_ARRAY_TYPE;
attributeArray = Serializer.serialize((byte[]) attribute);
} else {
type = SERIALIZABLE_TYPE;
attributeArray = Serializer.serializeObject((Serializable) attribute);
}
data.add(attributeName, type, attributeArray).generateArray();
}
return CRC.addCRC(data.generateArray(), CRCBytes, true);
}
public static void deserialize(
VersionedObject versionedObject, String path, String... backupPaths)
throws VersionedSerializationException, IOException {
deserialize(versionedObject, path, false, backupPaths);
}
public static List<String> deserialize(
VersionedObject versionedObject, String path, boolean repairIfBroken, String... backupPaths)
throws VersionedSerializationException, IOException {
try {
byte[] data = FileReaderWriter.readBytes(path);
deserialize(versionedObject, data);
return new ArrayList<>();
} catch (VersionedSerializationException | IOException e) {
// try with backup
if (backupPaths.length > 0) {
String newPath = backupPaths[0];
backupPaths = Arrays.copyOfRange(backupPaths, 1, backupPaths.length);
List<String> repairedFiles =
deserialize(versionedObject, newPath, repairIfBroken, backupPaths);
if (repairIfBroken) {
Files.copy(Paths.get(newPath), Paths.get(path), StandardCopyOption.REPLACE_EXISTING);
repairedFiles.add(path);
}
return repairedFiles;
} else {
throw e;
}
}
}
public static void deserialize(VersionedObject versionedObject, byte[] data)
throws VersionedSerializationException {
deserialize(versionedObject, data, new MutableOffset());
}
public static void deserialize(VersionedObject versionedObject, byte[] data, MutableOffset offset)
throws VersionedSerializationException {
VersionStack versionStack = null;
Map<String, Object> attributes = new HashMap<>();
try {
data = CRC.extractDataWithCRC(data, offset);
MutableOffset dataOffset = new MutableOffset();
versionStack =
new VersionStack((ArrayList<String>) Serializer.deserializeObject(data, dataOffset));
int attributeCount = Serializer.deserializeIntValue(data, dataOffset);
for (int i = 0; i < attributeCount; i++) {
String attributeName = Serializer.deserializeString(data, dataOffset);
String type = Serializer.deserializeString(data, dataOffset);
if (type == null) {
throw new RuntimeException();
}
switch (type) {
case "String":
attributes.put(attributeName, Serializer.deserializeString(data, dataOffset));
break;
case "Boolean":
attributes.put(attributeName, Serializer.deserializeBoolean(data, dataOffset));
break;
case "Byte":
attributes.put(attributeName, Serializer.deserializeByte(data, dataOffset));
break;
case "Short":
attributes.put(attributeName, Serializer.deserializeShort(data, dataOffset));
break;
case "Integer":
attributes.put(attributeName, Serializer.deserializeInt(data, dataOffset));
break;
case "Long":
attributes.put(attributeName, Serializer.deserializeLong(data, dataOffset));
break;
case "Float":
attributes.put(attributeName, Serializer.deserializeFloat(data, dataOffset));
break;
case "Double":
attributes.put(attributeName, Serializer.deserializeDouble(data, dataOffset));
break;
case "Enum":
String enumType = Serializer.deserializeString(data, dataOffset);
Class enumClass = Class.forName(enumType);
attributes.put(attributeName, Serializer.deserializeEnum(enumClass, data, dataOffset));
break;
case "ByteArray":
attributes.put(attributeName, Serializer.deserializeBytes(data, dataOffset));
break;
case "Serializable":
attributes.put(attributeName, Serializer.deserializeObject(data, dataOffset));
break;
default:
// the VersionedObjectSerializer failed when deserializing the byte array
throw new RuntimeException("Unexpected type: " + type);
}
}
versionedObject.deserialize(versionStack.retrieveVersion(), attributes, versionStack);
} catch (RuntimeException e) {
throw new VersionedSerializationException(
versionStack, attributes, VersionedSerializationException.Reason.INCORRECT_DATA);
} catch (UnrecognizedVersionException e) {
throw new VersionedSerializationException(
versionStack, attributes, VersionedSerializationException.Reason.UNRECOGNIZED_VERSION);
} catch (ClassNotFoundException e) {
throw new VersionedSerializationException(
versionStack, attributes, VersionedSerializationException.Reason.CLASS_NOT_FOUND);
} catch (CRCMismatchException e) {
throw new VersionedSerializationException(
null, attributes, VersionedSerializationException.Reason.CRC_MISMATCH);
}
}
}
public static byte[] serialize(VersionedObject versionedObject, int CRCBytes)
throws NotSerializableException {
FragmentedByteArray data =
new FragmentedByteArray(
Serializer.serializeObject(versionedObject.getCurrentVersion().toArrayList()));
Map<String, Serializable> attributes = versionedObject.serialize();
data.add(Serializer.serialize(attributes.size()));
for (Map.Entry<String, Serializable> entry : attributes.entrySet()) {
byte[] attributeName = Serializer.serialize(entry.getKey());
// find the type of the attributes
byte[] type;
byte[] attributeArray;
Object attribute = entry.getValue();
if (attribute instanceof String) {
type = STRING_TYPE;
attributeArray = Serializer.serialize((String) attribute);
} else if (attribute instanceof Boolean || attribute == null) {
// null value are serialized as a null Boolean
type = BOOLEAN_TYPE;
attributeArray = Serializer.serialize((Boolean) attribute);
} else if (attribute instanceof Byte) {
type = BYTE_TYPE;
attributeArray = Serializer.serialize((Byte) attribute);
} else if (attribute instanceof Short) {
type = SHORT_TYPE;
attributeArray = Serializer.serialize((Short) attribute);
} else if (attribute instanceof Integer) {
type = INTEGER_TYPE;
attributeArray = Serializer.serialize((Integer) attribute);
} else if (attribute instanceof Long) {
type = LONG_TYPE;
attributeArray = Serializer.serialize((Long) attribute);
} else if (attribute instanceof Float) {
type = FLOAT_TYPE;
attributeArray = Serializer.serialize((Float) attribute);
} else if (attribute instanceof Double) {
type = DOUBLE_TYPE;
attributeArray = Serializer.serialize((Double) attribute);
} else if (attribute instanceof Enum<?>) {
type = ENUM_TYPE;
attributeArray =
Serializer.addArrays(
Serializer.serialize(attribute.getClass().getName()),
Serializer.serialize((Enum) attribute));
} else if (attribute instanceof byte[]) {
type = BYTE_ARRAY_TYPE;
attributeArray = Serializer.serialize((byte[]) attribute);
} else {
type = SERIALIZABLE_TYPE;
attributeArray = Serializer.serializeObject((Serializable) attribute);
}
data.add(attributeName, type, attributeArray).generateArray();
}
return CRC.addCRC(data.generateArray(), CRCBytes, true);
}