An open-source implementation of the Java Platform, Standard Edition,
The Java 3D API enables the creation of three-dimensional graphics
applications and Internet-based 3D applets. It provides high-level
constructs for creating and manipulation 3D geometry and building the
structures used in rendering that geometry. With this sof tware, you
can efficiently define and render very large virtual worlds.
Java Development Kit 1.6 Documentation. Contains release information,
API documentation, guides to new features and tool documentation.
The documentation will be installed in ${PREFIX}/share/doc/jdk1.6/
OpenJDK is an open-source implementation of the Java Platform, Standard Edition.
Much of the OpenJDK code is licensed under the GPL version 2 with the
Classpath exception. The Java Hotspot virtual machine source code is
licensed under the GPL version 2 only.
The Java Advanced Imaging (JAI) API provides a set of object-oriented
interfaces that support a simple, high-level programming model which lets
you manipulate images easily.
The Oracle Java 8 Runtime Environment for Linux.
The Oracle Java Development Kit 8 for Linux.
Java Development Kit 7 Documentation. Contains release information,
API documentation, guides to new features and tool documentation.
The documentation will be installed in ${PREFIX}/share/doc/jdk7/
Java Development Kit 8 Documentation. Contains release information,
API documentation, guides to new features and tool documentation.
The documentation will be installed in ${PREFIX}/share/doc/jdk8/
This is a pure-Java implementation of Berkeley DB by SleepyCat (now
Oracle). Java-1.7 is required for building. From the
"Berkeley DB JE was designed from the ground up in Java. It takes full
advantage of the Java environment. The Berkeley DB JE API provides a
Java Collections-style interface, as well as a programmatic interface
similar to the Berkeley DB API.
Berkeley DB JE is different from all other Java databases available
today. Berkeley DB JE is not a relational engine built in Java. It
is a Berkeley DB-style embedded store, with an interface designed
for programmers, not DBAs. Berkeley DB JE's architecture employs a
log-based, no-overwrite storage system, enabling high concurrency and
speed while providing ACID transactions and record-level locking.
Berkeley DB JE efficiently caches most commonly used data in memory,
without exceeding application-specified limits. In this way Berkeley
DB JE works with an application to use available JVM resources while
providing access to very large data sets.
The Berkeley DB JE architecture provides an underlying storage layer
for any Java application requiring high performance, transactional
integrity and recoverability."