/**
* Inserts the provided {@code statement} after the the node this inserter was created for. Tries
* to put the {@code statement} as close to the {@code marker} as possible.
*
* @param statement The statement to insert after the insertion node.
*/
void insertAfter(final Statement statement) {
Validate.notNull(statement);
Validate.validState(
this.insertionList != null,
"Insertion is only possible after the inserter has been set up.");
Validate.validState(
this.insertionList.isPresent(),
"Insertion is only possible if setting up the inserter succeeded.");
if (this.differentAfterList) {
this.afterList.add(0, statement);
} else if (this.breakDetector.containsControlFlowBreakingStatement(this.markedStatement)) {
// we are trying to insert after a control flow breaking statement. That’s
// dangerous, better surround with try…finally
final AST factory = this.markedStatement.getAST();
final TryStatement tryStatement = factory.newTryStatement();
tryStatement.setFinally(factory.newBlock());
@SuppressWarnings("unchecked")
final List<Statement> tryBodyStatements = tryStatement.getBody().statements();
@SuppressWarnings("unchecked")
final List<Statement> finallyStatements = tryStatement.getFinally().statements();
final Statement copy = (Statement) ASTNode.copySubtree(factory, this.markedStatement);
tryBodyStatements.add(copy);
finallyStatements.add(statement);
this.insertionList.get().set(this.markerIndex, tryStatement);
this.markedStatement = tryStatement;
this.differentAfterList = true;
this.afterList = finallyStatements;
} else {
this.insertionList.get().add(this.markerIndex, statement);
}
}
/**
* Inserts the provided {@code statement} before the node this inserter was created for. Tries to
* put the {@code statement} as close to the node as possible.
*
* @param statement The statement to insert before the insertion node.
*/
void insertBefore(final Statement statement) {
Validate.notNull(statement);
Validate.validState(
this.insertionList != null,
"Insertion is only possible after the inserter has been set up.");
Validate.validState(
this.insertionList.isPresent(),
"Insertion is only possible if setting up the inserter succeeded.");
this.insertionList.get().add(this.markerIndex, statement);
this.markerIndex++;
}
private void addFaviconToStatusResponse(ServerStatusResponse response) {
File var2 = this.getFile("server-icon.png");
if (var2.isFile()) {
ByteBuf var3 = Unpooled.buffer();
try {
BufferedImage var4 = ImageIO.read(var2);
Validate.validState(var4.getWidth() == 64, "Must be 64 pixels wide", new Object[0]);
Validate.validState(var4.getHeight() == 64, "Must be 64 pixels high", new Object[0]);
ImageIO.write(var4, "PNG", new ByteBufOutputStream(var3));
ByteBuf var5 = Base64.encode(var3);
response.setFavicon("data:image/png;base64," + var5.toString(Charsets.UTF_8));
} catch (Exception var9) {
logger.error("Couldn\'t load server icon", var9);
} finally {
var3.release();
}
}
}
private void a(ServerPing serverping) {
File file = this.d("server-icon.png");
if (file.isFile()) {
ByteBuf bytebuf = Unpooled.buffer();
try {
BufferedImage bufferedimage = ImageIO.read(file);
Validate.validState(
bufferedimage.getWidth() == 64, "Must be 64 pixels wide", new Object[0]);
Validate.validState(
bufferedimage.getHeight() == 64, "Must be 64 pixels high", new Object[0]);
ImageIO.write(bufferedimage, "PNG", new ByteBufOutputStream(bytebuf));
ByteBuf bytebuf1 = Base64.encode(bytebuf);
serverping.setFavicon("data:image/png;base64," + bytebuf1.toString(Charsets.UTF_8));
} catch (Exception exception) {
MinecraftServer.LOGGER.error("Couldn\'t load server icon", exception);
} finally {
bytebuf.release();
}
}
}
@Override
public GenericValue transformOne(
final String entityName,
final EntityCondition entityCondition,
final String lockField,
final Transformation transformation) {
final List<GenericValue> transformedValues =
transform(entityName, entityCondition, null, lockField, transformation);
Validate.validState(
transformedValues.size() == 1,
"Expected one match for %s but found %d: %s",
entityCondition,
transformedValues.size(),
transformedValues);
return transformedValues.get(0);
}
public void processLoginStart(C00PacketLoginStart packetIn) {
Validate.validState(
this.currentLoginState == NetHandlerLoginServer.LoginState.HELLO,
"Unexpected hello packet",
new Object[0]);
this.loginGameProfile = packetIn.getProfile();
if (this.server.isServerInOnlineMode() && !this.networkManager.isLocalChannel()) {
this.currentLoginState = NetHandlerLoginServer.LoginState.KEY;
this.networkManager.sendPacket(
new S01PacketEncryptionRequest(
this.serverId, this.server.getKeyPair().getPublic(), this.field_147330_e));
} else {
this.currentLoginState = NetHandlerLoginServer.LoginState.READY_TO_ACCEPT;
}
}
/** 检查ApplicationContext不为空. */
private static void assertContextInjected() {
Validate.validState(
applicationContext != null,
"applicaitonContext属性未注入, 请在applicationContext.xml中定义SpringContextHolder.");
}
public void processEncryptionResponse(C01PacketEncryptionResponse packetIn) {
Validate.validState(
this.currentLoginState == NetHandlerLoginServer.LoginState.KEY,
"Unexpected key packet",
new Object[0]);
PrivateKey var2 = this.server.getKeyPair().getPrivate();
if (!Arrays.equals(this.field_147330_e, packetIn.func_149299_b(var2))) {
throw new IllegalStateException("Invalid nonce!");
} else {
this.secretKey = packetIn.func_149300_a(var2);
this.currentLoginState = NetHandlerLoginServer.LoginState.AUTHENTICATING;
this.networkManager.enableEncryption(this.secretKey);
(new Thread("User Authenticator #" + AUTHENTICATOR_THREAD_ID.incrementAndGet()) {
private static final String __OBFID = "CL_00002268";
public void run() {
GameProfile var1 = NetHandlerLoginServer.this.loginGameProfile;
try {
String var2 =
(new BigInteger(
CryptManager.getServerIdHash(
NetHandlerLoginServer.this.serverId,
NetHandlerLoginServer.this.server.getKeyPair().getPublic(),
NetHandlerLoginServer.this.secretKey)))
.toString(16);
NetHandlerLoginServer.this.loginGameProfile =
NetHandlerLoginServer.this
.server
.getMinecraftSessionService()
.hasJoinedServer(new GameProfile((UUID) null, var1.getName()), var2);
if (NetHandlerLoginServer.this.loginGameProfile != null) {
NetHandlerLoginServer.logger.info(
"UUID of player "
+ NetHandlerLoginServer.this.loginGameProfile.getName()
+ " is "
+ NetHandlerLoginServer.this.loginGameProfile.getId());
NetHandlerLoginServer.this.currentLoginState =
NetHandlerLoginServer.LoginState.READY_TO_ACCEPT;
} else if (NetHandlerLoginServer.this.server.isSinglePlayer()) {
NetHandlerLoginServer.logger.warn(
"Failed to verify username but will let them in anyway!");
NetHandlerLoginServer.this.loginGameProfile =
NetHandlerLoginServer.this.getOfflineProfile(var1);
NetHandlerLoginServer.this.currentLoginState =
NetHandlerLoginServer.LoginState.READY_TO_ACCEPT;
} else {
NetHandlerLoginServer.this.closeConnection("Failed to verify username!");
NetHandlerLoginServer.logger.error(
"Username \'"
+ NetHandlerLoginServer.this.loginGameProfile.getName()
+ "\' tried to join with an invalid session");
}
} catch (AuthenticationUnavailableException var3) {
if (NetHandlerLoginServer.this.server.isSinglePlayer()) {
NetHandlerLoginServer.logger.warn(
"Authentication servers are down but will let them in anyway!");
NetHandlerLoginServer.this.loginGameProfile =
NetHandlerLoginServer.this.getOfflineProfile(var1);
NetHandlerLoginServer.this.currentLoginState =
NetHandlerLoginServer.LoginState.READY_TO_ACCEPT;
} else {
NetHandlerLoginServer.this.closeConnection(
"Authentication servers are down. Please try again later, sorry!");
NetHandlerLoginServer.logger.error(
"Couldn\'t verify username because servers are unavailable");
}
}
}
})
.start();
}
}
private Table updateOrDeleteManagedEntity(
final ClassOrInterfaceTypeDetails managedEntity, final Database database) {
// Update the attributes of the existing JPA-related annotation
final AnnotationMetadata jpaAnnotation = getJpaAnnotation(managedEntity);
Validate.validState(
jpaAnnotation != null,
"Neither @%s nor @%s found on existing DBRE-managed entity %s",
ROO_JPA_ACTIVE_RECORD.getSimpleTypeName(),
ROO_JPA_ENTITY.getSimpleTypeName(),
managedEntity.getName().getFullyQualifiedTypeName());
// Find table in database using 'table' and 'schema' attributes from the
// JPA annotation
final AnnotationAttributeValue<?> tableAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName("table"));
final String errMsg =
"Unable to maintain database-managed entity "
+ managedEntity.getName().getFullyQualifiedTypeName()
+ " because its associated table could not be found";
Validate.notNull(tableAttribute, errMsg);
final String tableName = (String) tableAttribute.getValue();
Validate.notBlank(tableName, errMsg);
final AnnotationAttributeValue<?> schemaAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName("schema"));
final String schemaName = schemaAttribute != null ? (String) schemaAttribute.getValue() : null;
final Table table = database.getTable(tableName, schemaName);
if (table == null) {
// Table is missing and probably has been dropped so delete managed
// type and its identifier if applicable
deleteManagedType(managedEntity, "no database table called '" + tableName + "'");
return null;
}
table.setIncludeNonPortableAttributes(database.isIncludeNonPortableAttributes());
table.setDisableVersionFields(database.isDisableVersionFields());
table.setDisableGeneratedIdentifiers(database.isDisableGeneratedIdentifiers());
// Update the @RooJpaEntity/@RooJpaActiveRecord attributes
final AnnotationMetadataBuilder jpaAnnotationBuilder =
new AnnotationMetadataBuilder(jpaAnnotation);
final Set<JavaSymbolName> attributesToDeleteIfPresent = new LinkedHashSet<JavaSymbolName>();
manageIdentifier(
managedEntity.getName(), jpaAnnotationBuilder, attributesToDeleteIfPresent, table);
// Manage versionField attribute
final AnnotationAttributeValue<?> versionFieldAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName(VERSION_FIELD));
if (versionFieldAttribute == null) {
if (hasVersionField(table)) {
attributesToDeleteIfPresent.add(new JavaSymbolName(VERSION_FIELD));
} else {
jpaAnnotationBuilder.addStringAttribute(VERSION_FIELD, "");
}
} else {
final String versionFieldValue = (String) versionFieldAttribute.getValue();
if (hasVersionField(table)
&& (StringUtils.isBlank(versionFieldValue) || VERSION.equals(versionFieldValue))) {
attributesToDeleteIfPresent.add(new JavaSymbolName(VERSION_FIELD));
}
}
final AnnotationAttributeValue<?> sequenceNameFieldAttribute =
jpaAnnotation.getAttribute(new JavaSymbolName(SEQUENCE_NAME_FIELD));
if (sequenceNameFieldAttribute == null) {
if (!table.isDisableGeneratedIdentifiers()) {
attributesToDeleteIfPresent.add(new JavaSymbolName(SEQUENCE_NAME_FIELD));
} else {
jpaAnnotationBuilder.addStringAttribute(SEQUENCE_NAME_FIELD, "");
}
} else {
final String sequenceNameFieldValue = (String) sequenceNameFieldAttribute.getValue();
if (!table.isDisableGeneratedIdentifiers() && ("".equals(sequenceNameFieldValue))) {
attributesToDeleteIfPresent.add(new JavaSymbolName(SEQUENCE_NAME_FIELD));
}
}
// Update the annotation on disk
final ClassOrInterfaceTypeDetailsBuilder cidBuilder =
new ClassOrInterfaceTypeDetailsBuilder(managedEntity);
cidBuilder.updateTypeAnnotation(jpaAnnotationBuilder.build(), attributesToDeleteIfPresent);
typeManagementService.createOrUpdateTypeOnDisk(cidBuilder.build());
return table;
}
