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Curl ORB is to comunicate between Curl and server side java. It can generate Curl sourcecode from POJO which stands for Plain Old Java Object, and invoke the java methods on server side from Curl application.
Predefined CORBA architecture to develop software into two parts : the real computer kernel (server) and the exploitation or UI part (client). Sources are independant of the CORBA distribution (MICO, omniORB, ORBacus, TAO, Visibroker) and are fully portable. JAVA Servlets for HTTP tunneling. The Server is in C++ and the Client in C++ and JAVA.Very usefull in real time projects. This is a small sample to be adapted to your project.
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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.
The CCM Tools are CASE tools used for generating CORBA components, test components, and test programs based on source IDL files. Various target languages can be generated. Scripting language wrappers can also be generated to enable rapid prototyping.
This project provides an implementation of the CORBA Component Model (CCM). This includes a runtime (container) and various tools for developing and deployming software components.
Boiler-plate code for bootstrapping CORBA 2.5+ applications. The goal is to create a set of cooperative services and components needed by CORBA apps. Essentially, a pre-fabricated CORBA infrastructure that facilitates component based software engineering
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.
Goal of the Project is an implemenation of a CCM CORBA container in C++. <br>
This is something like an EJB container but based on CORBA standards and technology.
This Project ist developing a Java Applet, that allows visualising the components in a CORBA Component Server. The visualisation is realised in relation to a project at the Institute for Computer Science at Humboldt-University Berlin.
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++)
OpenORM is an OpenSource Object Relational mapping broker based on Scott Ambler whitepapers.
It's developed on C++ and the objects that it persist are CORBA objects.
We are currently using omniORB2 as our ORB and PostgreSQL as our database server.