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WS-Reliability Inter-op

WS-Reliability Inter-op. Now that we are done.. November 18, 2004. WS-Reliability 1.1. Oasis Standard as of November 15, 2004 Result of an standards process open to all with contributions by:

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WS-Reliability Inter-op

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  1. WS-Reliability Inter-op Now that we are done.. November 18, 2004

  2. WS-Reliability 1.1 • Oasis Standard as of November 15, 2004 • Result of an standards process open to all with contributions by: Arjuna Technologies Limited, Booz Allen Hamilton, Choreology Ltd, Cyclone Commerce. France Telecom, Fujitsu, Hewlett-Packard, Hitachi, Ben Bloch, Mark Hansen, Paolo Romano, Mitre Corporation, NEC Corporation, Nokia, Novell, Oracle, SAP, SeeBeyond Technology Corporation, Sun Microsystems, University of Hong Kong, webMethods Inc., WRQ Inc.

  3. Rationale for WS-Reliability • Web Services increasing being utilized for operations that require transactional integrity. • Unpredictable delay and multiple paths create havoc in complex applications with needs for coherent transmission of multiple messages. • Thus, a normative mechanism that supports mission-critical Web Services applications

  4. WS-Reliability’s Primary Features • Guaranteed Delivery • Messages are persisted at sender until responsibility for message has been transferred to receiver. • Duplicate Elimination • Duplicates caused by re-tries (or lost acknowledgements) are eliminated • Message Ordering and Grouping • Association of multiple messages into an ordered sequence. Guarantees application receipt in correct order • Support for Polled Status

  5. Specification to Implementation • During standards development: • Trial implementations • Limited interoperability test • After standard is created • More complete implementation • More extensive interoperability test • Deployment in commercial systems

  6. Business Grid Computing Project • One of the first commercial uses of WS-Reliability • Sponsored by the Ministry of Economy, Trade, and Industry of Japan • Collaborative with the Grid Technology Research Center of AIST • Industry members include Fujitsu, Hitachi, and NEC • Approaching third and final year

  7. Job Submission Standard job description and application contents service (using WS-Agreement protocol) Including self-healing & -optimizing policies Brokering allocates necessary IT resources From physical resource pool Automatic deployment and configuration of program and data Includes necessary hosting environment preparation Resource Virtualization realized through grid Middleware agents which provide a common interface Big Picture - how it works - Job Description Business Application AP Server DBMS Web Server Automatic Resource Allocation AP Server Standard Resource Description Business Applications Provisioning Service Logical Resource Pool 「仮想化」 Virtualization Physical Resource Pool

  8. Configuration Information Business Grid Standardization Map OASIS GGF GRAAP-WG JSDL-WG • Standardization of basic service interfaces, including protocols and schema, for each building block Self-healing & self-optimization Services Disaster Recovery Load Balancing Fail-over WSBPEL TC System Configuration Management Resource Management Job Execution Management Brokering Job Manager CMM-WG Security Workflow management Deployment Mgmt Job Restart management Policy management WSDM TC Business Grid Middleware WS-RM TC • CDDLM-WG Reliable Messaging OGSI-WG OGSI / WSRF WSRF TC WSN TC Hosting Environment • OGSA-SEC-WG • OGSA-AuthZ-WG ＯＳ

  9. Inter-op Demo Purpose • Test interoperability in a mixed-vendor environment. • Gain implementation experience. • Feedback that experience to the technical committee. • Promote the standard and demonstrate usefulness

  10. Demo Configuration Sender Test App Receiver Test App RMP2 RMP1 (WS-R node) (WS-R node) • Network • “trouble maker” • Message loss • Message duplicates • Message dis-ordering • Ack loss

  11. Demonstrations • Guaranteed delivery • Duplicate Elimination • Message Ordering • Composability with WS-S

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