JSX serializes Java objects to XML. You can persist objects, evolve them, and send them over the network and between applications. Your object data becomes human-readable and human-writable. You can test it, search it, profile it, audit it, and edit it with ordinary text and XML tools. JSX handles all POJOs and also all classes that require Java's own object serialization. JSX also correctly and completely handles the content of Serializable classes - including when they evolve and add additional content, for both upgrading to a new version (e.g. of Java or third-party libraries) and downgrading to an older one. It does this by reusing a class's Serialization methods, which are maintained by the class's developer to handle its evolution.
CloverETL is Java-based tool/framework for data integration and creation of data transformations. It is component based and follows the concept of transformation graphs which consist of individual nodes/components performing simple (or complex) operations on data. Any transformation can be defined as a set of interconnected nodes through which data flows. CloverETL can be used as a standalone application or be embedded into a larger project.
MUSCLE (Multi User Server Client Linking Environment) is an N-way messaging server and networking API. It includes client-side networking APIs for various languages, including C, C++, C#, Delphi, Java, and Python. MUSCLE lets programs communicate over a network via streams of serialized Message objects. The included server program ("muscled") lets its clients message each other and store information in its server-side hierarchical database. The database supports flexible queries via hierarchical wildcarding, and "live" updates via a subscription mechanism.
JORA will simplify your development of database applications, establishing implicit mapping between relational database tables and Java classes. JORA uses JDBC for database connection, so it can be used with any database supporting JDBC or ODBC. JORA also allows you to use object-oriented features, such as polymorphism and complex objects, in your database applications.
PAT is an interpreter for a scheme-like functional language, also named PAT. It is written completely in Java and can run on any Java supported platform. Since the language is Turing-complete, it can be used for any type of computer application. It was originally developed to do performance analysis using list manipulation. However, it has grown into much more than that and can be used for many things, including: interactive testing of code written in Java, reading/writing Java objects from/to XML files, launching applications remotely. Some of the features of PAT are built-in lists and common list procedures such as filter, sort, map, append, and foreach; math primitives for arithmetic, statistics, trigonometry, and random numbers; built-in objects for dates and times; reflection primitives for introspection of Java objects; a table library; and simplified syntax for interactive Java object manipulation. It runs on Linux, All Java Platforms, Windows NT, Windows 2000
PilotBean is a package that provides a Java interface to the 3Com PalmPilot (TM) device via Pilot Desktop application. PilotBean's classes allow user Java applications to work with Pilot Desktop's data files, i.e. Memopad and Datebook. Datebook's and Memopad's entries can be added, edited and listed. Datebook and Memopad can also be "listened to" to detect new or updated entries.
Reliable Multicast SDK (aka Remade) is a set of Java-based APIs intended for the creation of reliable multicast delivery applications. A reliable multicast transport protocol is implemented and serves as the basis for Remade. The toolkit provides a high-level intuitive interface to the protocol. One can simply call "transmit file" function at the head-end server, "receive file" function at the end-user client, and not to worry about multicast address allocation, reliability repair mechanism, or other details.