Component Based Model Driven Development of Mission Critical Defense Applications
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The document discusses Northrop Grumman's Teton project, which aims to enable faster and lower-cost development of defense applications using model-driven development and component-based architectures. The Teton project uses open standards and commercial off-the-shelf technologies wherever possible. It leverages technologies like CORBA, DDS, and CBDDS to create reusable software components with well-defined interfaces. Evaluation of the Teton project found significant gains in productivity, reuse, complexity reduction, and portability compared to traditional development methods. Future work aims to further standardize component models and integrate additional programming languages and tools.
Component Based Model Driven Development of Mission Critical Defense Applications
- 1. Component Based Model Driven Development of Mission Critical Defense Applications Johnny Willemsen jwillemsen@remedy.nl This presentation is based on material from Northrop Grumman
- 2. The Northrop Grumman Teton project Teton Mission Statement • Primary: Provide processes, tools, and open architecture frameworks that enable faster and lower cost development of, and upgrades to, securable embedded processing subsystems, thereby reducing our customers’ acquisition and total ownership costs while enabling adaptability and interoperability with existing and emerging open systems • Auxiliary: Leverage Mainstream Market Driven (MMD) hardware and software technologies to the maximum extent, and apply open standards wherever possible The NGES Teton Project OA initiative started in 2007 • Baltimore-based Northrop Grumman Electronic Systems (NGES) is one of the 4 Northrop Grumman Corp. business sectors (NGAS, NGES, NGIS, NGTS) • Teton Project processes, tools and frameworks, including its primary OT Scalable Node Architecture (SNA) Platform, continue to be applied across the sector Copyright © 2013 2
- 3. Teton Architectural Tenets OA – Open Architecture MDA – Model Driven Architecture CBA – Component Based Architecture SOA – Service Oriented Architecture EDA – Event Driven Architecture 3 Copyright © 2013
- 4. The SNA Platform The Scalable Node Architecture (SNA) Platform consists out of: • SNA Software Development Kit COTS, FOSS, customer software, MDA, scripts Guidance, reference documentation, examples Installable on a development system • SNA Core Runtime environment Installable on a target system 4 Copyright © 2013
- 5. SNA Core Hardware Layer OS, Driver & Network Stack Layer Middleware Layer • Typically compressed to show Application Layer content instead, but exposed here to highlight CBDDS technologies used in the SNA Platform • Many layers are just protocols, templates or virtual function calls (light) Application Layer OS, Comms, Network Stack OS Abstraction & Utilities Framework Messaging Framework Application Framework - Run-Time Application Framework - Deployment KEY Middleware Framework Sub-Layers 5 Copyright © 2013
- 6. Component Based Software Development IDL CDP CDD • Zeligsoft CX • Artisan Studio • Eclipse • Zeligsoft CX • Artisan Studio Design Tool IDE Tool Deployment Planning Tool System Software Design & Component Definition Component Interface Design Component Packaging & Assembly Component Deployment, Integration & Reuse Component Software Design Component Implementation 1 2 5 643 Architecture &System Design System Integration, Test& Verification SNA CBD Software Lifecycle Process Key Artifacts CPP, H SO • IDE: Integrated Development Environment • CBD: Component Based Development • SNA: Scalable Node Architecture • IDL: Interface Definition Language (OMG) • CDP: Component Deployment Plan • CDD: Component Domain Descriptor Agile process iterations early & often, incrementally building up from an early executable “skeleton” architecture 6 Copyright © 2013
- 7. Design tools Multiple design tools support the MDD process Full iterative process Model is leading for the full MDD process 7 Copyright © 2013
- 8. IDL Interface Definition Language standard defined by the Object Management Group (OMG) Used by Component Based DDS (CBDDS) to • Define all data types • Define interfaces • Define ports • Define components Fully generated by the modeling tools 8 Copyright © 2013
- 9. Language Mappings Translate IDL to a certain programming language • Multiple language mappings exist • SNA currently uses the IDL to C++ language mapping • The C++ mapping has its challenges itself, new C++11 language mapping is much cleaner and easier to use Tooling generates starter code based on the IDL definition and the selected language mapping 9 Copyright © 2013
- 10. DDS Publish/subscribe middleware Delivers a global data space which is shared between all applications Each application can define its own Quality of Service (QoS) requirements Based on QoS definitions DDS will distribute all data in the system in an efficient matter No single point of failure SNA is using RTI DDS as implementation 10 Copyright © 2013
- 11. CORBA Request/response oriented middleware Capability of asynchronous requests Set of well defined optional services Rich set of Quality of Service features Multiple implementations for multiple languages exist SNA uses TAO as C++ implementation 11 Copyright © 2013
- 12. D&C Deployment and Configuration standard defined by the OMG Makes it possible to deploy containers, components, connectors based on a so called deployment plan 12 Copyright © 2013
- 13. CBDDS Integrates CORBA and DDS into one component framework Best of both worlds combined Programming API for the component developer independent of which middleware is used at runtime Flexible deployment of components fully generated by the deployment modeling tool 13 Copyright © 2013
- 14. Custom Connectors Domain specific connectors can embed special middleware solutions • Encapsulating special hardware like Infiniband • Vector Signal processing using VSIPL/VSIPL++ • Discovery of application services using DDS 14 Copyright © 2013
- 15. Teton project results Used on 14 programs and up to 20 IRAD efforts Results from programs • Significant productivity gains • Component and assembly reuse results into a new Software Reuse Library • Complexity & SLOC reductions (up to 56%) • Very high stability • Shortened development times • Excellent and extreme quick portability between hardware architectures 15 Copyright © 2013
- 16. Direction of future work Define Unified Component Model (UCM), which will be a revision of the OMG CCM standard that will make it middleware agnostic Integrate with tooling that support the MDD process for the component business logic Migrate to an implementation using the new IDL to C++11 language mapping Add support for Java for the IT kind of systems 16 Copyright © 2013
- 17. More information More information on the Internet • www.remedy.nl • www.orbzone.org • www.omg.org Contact me after this presentation in person or by email • Johnny Willemsen, jwillemsen@remedy.nl Special thanks to the Northrop Grumman Teton team 17 Copyright © 2013
- 18. Contact Copyright © 201318 Remedy IT Melkrijder 11 3861 SG Nijkerk (Gld) The Netherlands tel.: +31(0)88 053 0000 e-mail: sales@remedy.nl website: www.remedy.nl Twitter: @RemedyIT Slideshare: RemedyIT Subscribe to our mailing list