OpenCCM is the first public available open source implementation of the CCM (CORBA Component Model) defined by the OMG (Object Management Group). The CORBA Component Model (CCM) is the first vendor neutral open standard for Distributed Component Computing supporting various programming languages, operating systems, networks, CORBA products and vendors seamlessly. The CCM is an OMG’s specification for creating distributed, server-side scalable, component-based, language-neutral, transactional, multi-users and secure applications. Morever, one CCM application could be deployed and run on several distributed nodes simultaneously. Then OpenCCM allows you to design, implement, compile, package, assemble, deploy, install, instantiate, configure, execute, and manage distributed CORBA component-based applications. Give OpenCCM a try to see what it’s all about!


 

 

 

 

 

 

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OpenCCM’s goal is to cover, and compete with CORBA installations in the following areas: * Generation of distributed CORBA components * Support for various programming languages (C,C++) * Support for a wide range of operating systems * Support for various network technologies (TCP, UDP) * Support for multiple CORBA providers (IOP, ORBNET, IOP, IORB, ORB, POA) * Support for all aspects of Distributed Component Computing (Distributed Communication, Test Process, Transaction, and Security) * Support for a wide range of ORB environments * Support for many languages used in Distributed Component Programming (C++, Java, C#) * Support for C# 3.0 Requirements: * A valid OLPC-signed certificate for use with the network server * A Linux/BSD system. * A C/C++ development system. More Info about OpenCCM: More Info about OpenCCM at Distributed Components for Flexible and Independent Development (FIDO) The OpenCCM project was started to provide a release of the Common Component Model (CCM), an open standard for distributed component technology. The Common Component Model (CCM) was defined by the OMG. The Common Component Model is an Object-Oriented extension of the CORBA (Common Object Request Broker Architecture). It supports the creation of distributed CORBA components. We chose the Common Component Model as the basis for our distribution since it includes a Java implementation that allows it to be used with a wide range of operating systems. We also used Java to create the graphical user interface. OpenCCM is a Java library that provides a functional common component model to use with various programming languages. Moreover, it also provides the ability to monitor, assemble, install, and execute distributed components. OpenCCM, in conjunction with the Compiler for Common Object Request Broker Architecture (CORBA), provides the tools to create and distribute distributed components. Then OpenCCM can be used to create and package distributed CORBA components. Additionally, it can be used to create and distribute common objects distributed through CORBA. The OpenCCM distribution supports J2EE through the support of a Java 1.5 compatible JDK. OpenCCM can also be used to create and package distributed components written



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The OpenCCM project. A CCM (CORBA Component Model) compliant tool for Eclipse. The purpose is to provide a complete, automatic and simple integration between C/C++, Java and CORBA components. The main feature is the ease of use and the simplicity to create and manipulate C/C++ and CORBA components within the same Eclipse IDE. Create and manipulate CORBA components within an integrated environment with a set of functions for build, package, deploy, compile, execute, monitor, analyze, edit, debug and manage your code. Eclipse PDE (Plug-in Development Environment), the Eclipse Java Developer Tools Platform, CDT, GNU Emacs, and the ICCS (Eclipse Component Model Suite). OpenCCM comes with a set of plugins. OpenCCM is built upon Eclipse and CDT tools. Thanks to the CDT’s code navigator (the one you are already familiar with), a context-sensitive code navigation becomes available for components: In a few months from now, we will add some useful components to the Eclipse PDE’s distribution: first of all the OpenCCM’s ones, but also some plug-ins and extensions. If you want to contribute to the OpenCCM project, we suggest you to open bug reports, request patches or just ask for help. Open Source is and will always be a fundamental part of the OpenCCM project. All sources (patches, plugins and extensions) are public and free to share. OpenCCM’s code is licensed under the GNU LGPL (GNU Lesser General Public License). OpenCCM is the first open source implementation of the CCM (CORBA Component Model) defined by the OMG (Object Management Group). The CORBA Component Model (CCM) is the first vendor neutral open standard for Distributed Component Computing supporting various programming languages, operating systems, networks, CORBA products and vendors seamlessly. The CCM is an OMG’s specification for creating distributed, server-side scalable, component-based, language-neutral, transactional, multi-users and secure applications. Morever, one CCM application could be deployed and run on several distributed nodes simultaneously. Then OpenCCM allows you to design, implement, compile, package, assemble, deploy, install, instantiate, configure, execute, and manage distributed CORBA component-based applications. Give OpenCCM a try to see what it’s 2f7fe94e24



OpenCCM


OpenCCM is an open source implementation of the CORBA Component Model (CCM), an OMG specification for distributed, component-based, transactional, multi-users, and secure applications. Using OpenCCM, you can design, implement, compile, package, assemble, deploy, install, instantiate, configure, execute, and manage distributed CORBA component-based applications. OpenCCM has been under development for over 6 years. The OpenCCM for MS.NET (OLITE) developer’s kit and toolkit (which, for now, is limited to.NET, C/C++ and Java) are published with source code. The OpenCCM source code for developers can be downloaded from the webpage : OpenCCM is mainly running on the.NET platform. It offers a set of reusable.NET components/frameworks (available on that make your life easier in the creation of CCM applications. OpenCCM has been accepted into OMG’s Technology Compatibility Kit. OMG is expanding it and is now adding the OpenIML (Interface Model Language) language interoperability support. Once version 3.1 is released, it will contain a new C++ framework for C++ developers (available on that will allow you to get rid of a lot of work when writing new component for the CCM. When version 3.0 is released, it will contain : — Support for the CORBA C++ Interface (CCI). — Support for the common usecases of the CORBA Component Model for Microsoft.NET developers. — A.NET Framework for OpenCCM developers. — An OpenCCM source code kit for.NET developers. Give OpenCCM a try to see what it’s all about! Programmers can now take advantage of the latest specifications created by the popular Open Access Development (OAD) format. ODFtools developers have been busy laying the groundwork for a new specification: the Open Access Development (OAD) format. The OAD format is already on the cutting edge of e-book technology. It’s an open, royalty-free format that allows you to include multimedia and interactive content in your e-books. Although it’s based on open standards, the OAD



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*Extends CORBA Client Component Model (CCM) that allows you to write code in your language of choice and integrate it with distributed CORBA applications. *Maps well to the scenario of writing distributed CORBA applications. *This library allows you to write your code in your favorite programming language. *The library has no dependencies other than the current version of Java. *With a minimal effort, you can write your code for the distributed CORBA applications that scale out of the box. *Corba Component Model. *Extends the client side of the CORBA component model to support *Client side includes interop, service, and other features. *This means that to use the component programming model you need to *implement your client-side components by using the recommended CORBA application programming interface — the org.omg.CORBA.Orb. *or using a servlet like that of the ROME java server. *These are available from the OpenCORBA list (see links in the sidebar). *You can extend your library or your clients to use the features of *other ORBAs. *CCM 1.2 conformance. *This library conforms with the CORBA Component Model 1.2 specification (OMG Object Management Group). *OpenCORBA list of vendor extensions. *The library includes a set of extensions developed by *Igor V. Vovk, of IONA Technologies. *The original list of components is contained in * *Using the extensions you can build distributed CORBA component applications *involving whole classes or only few methods of application classes. *The component is based on a set of component-specific classes that *you must implement to build the application. *The extensions allow you to: *Have your components available with full functionality *Have your components accessible in any scope *Access your components from all the nodes of the CCM component *This functionality can be achieved through the com.ccm.Extensions interface that has the following methods: *get_application *get_component *get_node *get_scope *get_value *set_default_node *set_default_scope *set_default_value


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OS: Microsoft Windows 7 or later Microsoft Windows 7 or later Processor: Intel Core i3 or later Intel Core i3 or later RAM: 2 GB 2 GB Graphics: Intel HD Graphics 4000 (or later) Intel HD Graphics 4000 (or later) Hard Disk Space: 3 GB 3 GB Video: NVIDIA GeForce GTX 560 or AMD Radeon HD 7970 or later NVIDIA GeForce GTX 560 or AMD Radeon HD 7970 or later DirectX: Version 11 Version 11 Sound Card: DirectX compatible onboard sound Dedicated server:



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