Projects tagged ‘binary’ and ‘java’

Rserve acts as a socket server (TCP/IP or local sockets) which allows binary requests to be sent to R. Every connection has a separate workspace and working directory. Client-side implementations are ... [More] available for popular languages such as C/C++ and Java, allowing any application to use facilities of R without the need oflinking to R code. Rserve supports remote connection, user authentication and file transfer. A simple R client is included in this package as well. [Less]

BRAP is a Java remoting protocol that uses native Java object serialization, encapsulated in HTTP. It aims to be an alternative to Spring HttpInvoker and Spring Security especially when you don't ... [More] need or want the dependencies of Spring in your client, for example when building a rich client application where size might be an issue. The authentication mechanism lets you use your own domain objects as credentials. BRAP gives you "pass by reference" even though the object arguments are serialized and passed to the remote service - changes that happen on the remote side can be applied to the client side automatically. Server configuration can be expressed solely in web.xml or by subclassing the ProxyServlet but there is also an optional SpringProxyServlet available. [Less]

eXtensible Binary Universal Protocol (XBUP) project is an attempt to design general binary communication protocol and file format. It uses unlimited unary-binary encoding and minimalist block tree ... [More] structure and eligible syntax tier. There is prototype implementation in progress. [Less]

Java 1.5 library for mapping classes to binary message formats. Uses an annotation driven approach for mapping class fields.

Welcome! System.out.println("This is a university project, made in Java.");Martin Heras - Fransisco Siviero - Jorge Goldman

This is a non-source project that is encouraged to be used by other source based projects. It represents a container for binary distributions and their accompanying licenses. The purpose of this ... [More] repository is to enable other projects to be able to conveniently reference a specific distribution’s release binaries using “svn:externals”. Hence, this shared repository thus reduces the foot print of other source based repositories (typically their included libraries). Please note, this repository will only contain specific releases of distributions that have been linked into sources. You should always visit the original publishers site for other all releases of a given product. The reason why this repository is needed: * Most distribution bundles are either source or binary, but not both * Many source distributions force builders to go fetch their specific releases of their dependencies. This unnecessarily complicates the process of building a code base * Some binary distributions disappear with abandoned projects * Not all open source software is published under a subversion repository [Less]

VEGAVEGA is both a program for visualizing algorithms, as well as a library of Graph classes that can aid the programmer in the development of their own algorithms. LibraryThe VEGA library is ... [More] currently under development, but so far has a large set of base classes to work with. The code utilizes the Java Generics framework which allows for compile-time type checking, so as to prevent class cast errors. This is not a requirement for the developer, but is highly recommended. The code consists of a series of base classes that can be used to construct more complicated structures. All forms of Graphs, whether they be Trees or Networks, extend the base Abstract Graph class, which utilizes the Graph interface also included in the code. It should be noted that almost every class included in VEGA has a corresponding interface that allows for custom development of classes to meet specific requirements and expectations. VEGA ApplicationThe VEGA Application is a tool that is meant to help users see how an algorithm or data-structure works by visually representing it using Graphviz. The reasoning behind the development of the application is that it is far easier to understand how something works when one moves beyond abstract mathematical notation and is able to see working demos. VEGA has been developed such that it is not able to just represent a handful of algorithms and data-structures, but rather any algorithm or data-structure that adheres to some basic conventions. By implementing some basic methods, a user is able to take existing code of an algorithm or data-structure and output the necessary information to VEGA for representation. Current Algorithms and Data StructuresWe currently have implemented a handful of algorithms and data structures, and more are on the way. As of July 10, 2008, we have the following: Fibonacci Heaps Red Black Trees Dijkstra's Algorithm 2-OPT (TSP Algorithm) Nearest Neighbor Algorithm Heap sort Binary Search Tree Prim's Algorithm We anticipate having Thin and Thick heaps implemented by the end of summer 2008. [Less]

DescriptionStructBeans is a Java project that aims to use annotations and xml mappings to aid in interacting with binary files that were created using C structs. Think of StructBeans as like JAXB or ... [More] Hibernate for C structs. It makes reading binary files almost as much fun as drinking a warm cup of coffee. For more information how StructBeans works, please see the StructBeans wiki page. Important Project AnnouncementsMon Oct 26, 2009 - Migration to MavenThe project has migrated away from an Ant/Ivy build system to Maven. Hopefully this move will make things easier or both developers and users as it seems the majority of projects are headed towards Maven. Check out the compiling page for new instructions. Fri Oct 2, 2009 - Improved Bean MapperThe annotation mapper was improved from previous versions. Work started on a road map that will define the features in the first release. Sun Jun 21, 2009 - Google Groups CreatedCheck out the right hand side of the page for links. Sat Jun 20, 2009 - Project StartedThe StructBeans project was started. Logo AttributionThe logo is a photograph (http://www.flickr.com/photos/the_rev/2295096211) taken by the Flickr user: Stirling Noyes (http://www.flickr.com/people/the_rev) and is licensed under the Creative Commons License with Attribution [Less]

Gravitational Microlesing occurs when a background light source is magnified by the gravitational field of a massive foreground object. This project provides Java tools for the study of microlensing ... [More] events including binary lens, resolved source and blending in the model. Additional model effects to be added in the near future. [Less]