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IIOP.NET allows a seamless interoperation between .NET, CORBA and J2EE distributed objects. This is done by incorporating CORBA/IIOP support into .NET, leveraging the remoting framework.
opalORB (a Perl ORB) is an implementation of the OMG CORBA ORB standard and follows the CORBA/e Micro Profile plus DSI/DII. This Perl ORB is written completely in Perl and does not require a C compiler, but contains interoperability tests in C++ & Java.
The IIOP Toolset provides a graphical user interface to analyze end-to-end connectivity thru firewalls and NAT-gateways between the location of CORBA client and the service endpoint of the CORBA server.
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The Distributed Real-time Embedded Analysis Method (DREAM) is a tool and method for the real-time verification and performance estimation of distributed real-time embedded (DRE) systems. Publications: http://www.ics.uci.edu/~gabe/publications.html.
CORBA::omniORB is a Perl interface to the omniORB ORB. It was originally based on CORBA::MICO, and shares with it the feature of being completely dynamic, making it unnecessary to pregenerate "stubs" or "skeletons"
Open Streaming Server is an digital media delivery. Main characteristics are: - Streaming of mp4, 3gp, WMF, QT files - Dynamic Bandwidth adaptation - Load balancing - Content distribution Technology: C++, Java and CORBA.
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The Ocean Distributed Component Reference Framework for machinetools provides
CORBA 3.0 compliant Component Interfaces for controlling machinetools based on CIAO, TAO and ACE/RTAI.
CORBA for PHP is a PHP Extension to use CORBA objects in PHP5(Zend Engine 2). It uses MICO as its ORB and will also provide an Idl-to-PHP language mapping specification and compiler.
For a PHP4 CORBA support look at the great Universe-phpext.
Fnorb is a CORBA 2.0 ORB for Python first developed by DSTC (http://www.dstc.edu.au). Our project will take the formerly closed Fnorb source-base and turn it into a pure-python ORB with up-to-date Python mapping and CORBA 2.4 compliance (ie POA support).
Generic SOAP to CORBA bridging software, using the CORBA Interface repository to match the incoming SOAP request to the corresponding CORBA service, build the dynamic invocation of the CORBA service and to generate the SOAP response or possibly SOAP fault
MICO - DCM stands for MICO - Dynamically loaded CORBA Modules
This is an API built over MICO 2.3.7 (www.mico.org) based on modules that are dynamically loaded and used to create distributed applications.
When writting portable C++ CORBA code one finds that each ORB vendor has its own set of libraries, include files, caracteristics, etc. This project's goal is both:
1. to provide a set of autoconf/automake/libtool macros to support as many ORBs (C & C++)
CORBA for Ruby.
The goal of this project is to create 100% pure Ruby CORBA implementation based on the <a href="http://sourceforge.net/projects/corba-ruby/">CORBA-Ruby Mapping Specification</a>.
There are 3 programs in this project. RIDL the IDL compi