![]() ![]() ![]() Users must ensure sensitive data is properly protected in compliance with all VA regulations. Users must ensure their use of this technology/standard is consistent with VA policies and standards, including, but not limited to, VA Handbooks 61 VA Directives 6004, 6513, and 6517 and National Institute of Standards and Technology (NIST) standards, including Federal Information Processing Standards (FIPS). OpenJDK has its own TRM entry and users should consult that entry for decisions on OpenJDK. This entry does NOT cover or include approvals for OpenJDK Java. NOTE: This entry only covers the Oracle professional versions of Java. The JRE provides the libraries, the Java Virtual Machine (JVM), and other components to run applets and applications written in the Java programming language.Īs of this writing, Oracle has no plans to release a separate JRE for Java 11 and later and users will be required to install the full Oracle JDK to support Java 11 and beyond. The Oracle Java Standard Edition (SE) Development Kit (JDK) is a superset of the Java Runtime Environment (JRE), and contains everything that is in the JRE, plus utilities such as the compilers and debuggers necessary for developing applets and applications. More information on the proper use of the TRM can be found on the This is a builder interface created from a DataSource or XADataSource object, used to create a ShardingKey with subkeys of supported data types.Technologies must be operated and maintained in accordance with Federal and Department security and You can create a ShardingKey instance using the ShardingKeyBuilder interface. This interface is used to indicate that the current object represents a Sharding Key. This is a builder interface created from a XADataSource object, which you can use to establish a connection to the database that the data source object represents. Sharding support includes addition of the following APIs: You can use the DatabaseMetaData.supportsSharding method to determine whether a JDBC Driver supports sharding or not. All shards together make up a single logical database, which is referred to as a sharded database (SDB). Each database in such a configuration is called a shard. Sharding is a data tier architecture, where data is horizontally partitioned across independent databases. tObject(1, Integer.valueOf(empId), OracleType.NUMBER) The following code snippet shows how to use the setObject method:Ĭonnection.prepareStatement("SELECT FIRST_NAME, LAST_NAME FROM EMPLOYEES WHERE EMPNO = ?") The registerOutParameter method registers a specified parameter to be of JDBC type SQLType. The updateObject method takes the column index as a parameter and updates the designated column with an Object value. Void setObject(int parameterIndex, x, SQLType targetSqlType) throws SQLException The default implementation of this method throws SQLFeatureNotSupportedException. This method is similar to the setObject(int parameterIndex, Object x, SQLType targetSqlType, int scaleOrLength) method, except that it assumes a scale of zero. The setObject method sets the value of the designated parameter for the specified object. This release of Oracle JDBC drivers support the following methods introduced in JDBC 4.2 standard, which take SQLType parameters: Long updateCount = stmt.executeLargeUpdate("insert into BloggersData (FIRST_NAME,ID) values('John',1)") Stmt.executeQuery("create table BloggersData (FIRST_NAME varchar(100), ID int)") The following code snippet shows how to use the executeLargeUpdate(String sql) method: If the number of rows is greater than the value of Integer.MAX_VALUE, then your application must use the executeLargeUpdate method. For example, the executeUpdate method returns the number of rows updated as an int value, whereas, the executeLargeUpdate method returns the number of rows updated as a long value. The %Large% methods are identical to the corresponding non-large methods, except that they work with long values instead of int values. These new methods are available as part of the interface. This release of Oracle JDBC drivers support the following methods introduced in JDBC 4.2 standard, which deal with long values:ĮxecuteLargeUpdate(String sql, int autoGeneratedKeys)ĮxecuteLargeUpdate(String sql, int columnIndexes)ĮxecuteLargeUpdate(String sql, String columnNames) ![]()
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