NonStop Server for Java 7.0 Programmer's Reference
For more information on the core packages of Java SE Development Kit 7.0, see “Oracle Java
documents” (page 11).
Java naming and directory interface (JNDI)
The JNDI provides naming and directory functionality to Java programs. It is independent of any
specific directory service implementation; therefore, it allows a variety of directories to be accessed
in a common way.
The JNDI architecture consists of an Application Programming Interface (API) and a Service Provider
Interface (SPI). Java programs use the JNDI API to access a variety of naming and directory services.
The JNDI SPI enables a variety of naming and directory services to be plugged in transparently,
allowing Java programs that use the JNDI API to access their services.
NonStop Server for Java supports JNDI, which is a standard interface in Java implementations.
For more information about the JNDI, see Oracle Java documentation Java Naming and Directory
Interface 1.1.1 Specification.
IPv6 support
The Java SE JRE 7.0 release includes Internet Protocol version (IPv6) support in Java Networking.
For more information, see Oracle Java Documentation Networking IPv6 User Guide.
NOTE: IPv6 support is provided only if you use the NonStop TCP/IPv6 or CIP subsystem with
NonStop Server for Java.
Associated Java based products
Consider a scenario in which you develop a standard Java application and then deploy and run
them on NonStop servers. You can develop these applications by using a wide-range of associated
Java based products that can use the NSJ7 runtime. The products are as follows:
• “JDBC drivers for NonStop SQL database access” (page 17)
• “JToolkit for NonStop servers” (page 17)
• “NonStop servlets for JavaServer pages” (page 18)
• “NonStop server for Java message service (JMS)” (page 18)
• “NonStop Tuxedo: Jolt client” (page 19)
• “Stored procedures in Java” (page 19)
Figure 1 (page 17) illustrates the high-level middleware products that appear working with NSJ7
and NonStop SQL databases.
16 Introduction to NSJ7










