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Oracle fusion soa online training in africa
- 1. oracle fusion soa Online Training in Africa CONTACT US: USA:+1-6786933994,+1-6786933475 INDIA:+91-9052666559,040-69990056 Mail:info@magnifictraining.com
- 2. High Level Reference Architecture Composite Applications Process Portals Mashups Docs Collab Business Processes Orchestration Services & Event Infrastructure Connectivity Legacy Data Access ERP Core Events SOA Governance Partners SOA Security Messaging SOA Management Systems, data & services Integration
- 19. Adaptive Messaging Adaptive Messaging In a Nutshell… Enterprise Services Oracle Service Bus Service Clients Service Messaging Application Client Application Client JMS Application Client FTP Application Client REST Application Client File WS-RM HTTP/SOAP Service Request / Response • Any to Any Protocol • Any to Any Payload • XML • non-XML • Binary • No WSDL Required TUX Service Synch / Asynch MQ Service Split / Join EJB Service Publish / Subscribe JCA Service • Multiple communications paradigms – – – – – Request/response Synchronous and asynchronous One-to-many, many-to-one Pub-sub Mix-and-match (e.g. sync-to-async)
- 20. Adaptive Messaging Applications & Database Integration Message Enrichment and Chaining • Adapter Certifications – Packaged with OSB install • AQ • Database • EBusiness Suite – Packaged separately • SAP • PeopleSoft • Siebel • JD Edwards
- 21. Connectivity • Web Service Transports – – – – – HTTP/SOAP WS-Security WS-Policy WS-Addressing WS-RM Messaging Services Transport Layer Transport SDK • Traditional Messaging – – – – – – – – JMS MQ EJB/RMI Tuxedo FTP / SFTP SMTP File Native Database Lookup Service Service Service Service • Transport SDK – Enterprise-specific custom transports • Interoperability – NET, Tibco EMS, IBM MQ, IBM WebSphere, Apache Axis, B2B Interchange, iWay 5.5 adapters . Reliably connects services by leveraging standards
- 26. OSB Solves Brittle Integration • Costs – OSB reduces complexity and increases visibility and re-use • Time to Market – OSB insulates business logic from “overhead” • Scalability – Proven to handle all dimensions of scalability • Multi-channel Delivery – Separates service functionality from presentation layers • Risk – Allows cached cloud service results to ensure high availability and retain control 28
- 27. Value Proposition Oracle Service Bus Oracle Service Bus delivers business agility, scalability, and performance into the business infrastructure to allow businesses to rapidly respond to new business requests Unlike traditional ESBs… Oracle Service Bus provides predictable scalability for reducing risk, automated service pooling for high availability, and service virtualization for agility delivered within a single solution for a lower total cost of ownership 29
- 28. Key Deliverables Solutio Oracle Service Bus Scalability and Performance Agility Oracle Service Bus Rapid Service Enablement 30 Complete, Open & Integrated
- 29. Business Challenge Brittle Architecture Worklist MAINFRAME 31 Process Portal MS Office Online Shopping Mobile Devices
- 30. Oracle Service Bus Feature Overview Agile Architecture - Rapidly Respond to Change Worklist Process Portal MS Office Online Shopping ORACLE SERVICE BUS MAINFRAME 32 Mobile Devices
- 31. Service Virtualization Feature Overview Agility within OSB Worklist Proxy Services • Enforces agility by replacing direct coupling with a flexible virtual endpoint to the consumer MS Office Online Shopping Service Consumer Proxy Services ORACLE SERVICE BUS Service Endpoints 33 Portal MAINFRAME Mobile Devices
- 32. Automated Service Pooling Agility within OSB Proxy Services Worklist Portal MS Office Online Shopping • Enforces agility by replacing direct coupling with a flexible virtual endpoint to the consumer ORACLE SERVICE BUS Business Services • Access service from multiple endpoints • Automated Service Pooling ensures high availability when apps go down and during maintenance 34 X MAINFRAME Application Instance 1 Application Instance 2 Application Instance 3 Mobile Devices
- 33. Feature Overview Business Challenge Expanding Infrastructure into the Cloud Increased Risk Cloud Vendor A • Less control with increasing dependence on multiple cloud service providers Dependence on cloud vendor reliability Performance Degradation Higher latency with Internet vs. LAN & Firewalls • Increasing cloud service usage results in higher latency due to Internet vs. LAN based communication Unpredictable Scalability Cloud Vendor B ENTERPRISE SERVICE BUS • Uncertain ability to handle spike in load X CRM 35 Business Apps ERP Sales
- 34. Service Result Cache Feature Overview Reliability, Performance and Predictable Scalability Reduced Risk Cloud Vendor A Cloud Vendor B • Service results available even when application is down Improved Performance • Eliminate repeated application requests for static data Result accessed from cache Predictable Scalability • Cached results maintained internally resulting in less dependence on 3rd party service provider availability ORACLE SERVICE BUS Result accessed from cache Failure X CRM 36 Business Apps ERP Sales
- 35. Service Result Cache Feature Overview Leveraging Coherence and Oracle Fusion Middleware Checkbox enabled Cache Results? Cache Token Time To Live 37
- 36. Service Change Center Rapid Service Enablement with OSB • Change Center • Allows for fine-grained tuning of infrastructure • No need to redeploy entire project • Intuitive interface for nondeveloper/administrator • View & resolve conflicts • Undo, Re-do tasks • Audit changes 38 Feature Overview
- 37. Leverage Existing Infrastructure Rapid Service Enablement with OSB • “Embrace & Extend” Strategy – Reassure customer they don’t have to re-invent the wheel – E.g. Retain existing services and existing ESB – OSB will make all existing services (even tightly coupled ones) and enforce loose coupling to introduce agility to their existing architecture • Ease of Use – “Fit-to-Purpose” interfaces - Available in a Web-based console and deeper-dive IDE • Any-to-Any Protocol Support – 39 Regardless of new business request, OSB is pre-configured to handle the format
- 38. Feature Overview Market Leading ESB… Complete - Single ESB…not three like IBM Integrated - Seamless onramp to SOA and Governance Open - Any-to-Any protocol support for open standards Best of Breed - Forrester ESB Wave “Leader” 2009 Complete Integrated Open Best of Breed # #1 1 40
- 39. Overview – The goal: Give customers the ability to extend the set of standard functions used in XQuery expressions and XQuery/XSLT resources with their own implementations, written in Java. – The rationale: Certain transformations are too complicated or too inefficient to be done with XQuery/XSLT language. For example, reuse utility complex transformation functions already existing in java or even to do something with a database or some external system. OSB XQuery Expression / resource BEA/Oracle XQuery 1.0 2004 draft engine XQ Standard functions fn:concat fn:abs … OSB built-in extensions fn-bea:uuid fn-bea:isUserInRole … Custom functions ns0:myfunc … 41 OSB XSLT resource XSLT Engine (e.g. Apache Xalan)
- 40. Feature Highlights – Java Support • OSB enhanced to support Java Objects • In the Pipeline, Java Object is represented as <ctx:java-content ref=”key1” xmlns:ctx="http://www.bea.com/wli/sb/context”/> Request Pipeline Application Client POJOs Request Pipeline Transport Layer $body Register to Object Repository Key1={obj} 42 <ctx:javacontent ref=“key1”/>
- 41. Feature Highlights – Java Support • Message Format in the Pipeline – – – – The invocation point is the top element Each argument is listed as a sub-element Primitives and string arguments are inlined POJO parameters referred by java-content ref. <soap:Body> <tes:some-method xmlns:tes=”default/someURI" <arg0>99</arg0> <arg1>true</arg1> <arg2><con:java-content ref=”key1” xmlns:con="http://www.bea.com/wli/sb/context”/></arg2> <arg3><someXML .../></arg3> </tes:some-method> </soap:Body> – XmlObject arguments can be inlined or passed as ref. • 43 POJOs can only be modified in the pipeline through Java Callout
- 42. Feature Highlights – JEJB Inbound Client Application Invocation Point = “Method1” Args= {Pojo1, …} Method1 • • 44 Stateless Session Bean Method1(Pojo1,…) Request Pipeline Result Method2(Pojo2,…) Response Pipeline Inbound EJB Transport exposes the Pipeline as a Stateless Session Bean – Communication between the client and proxy service is an EJB invocation – Client defines the SLSB interface exposed by the JEJB Proxy service – EJB artifacts are generated on the fly at the time of proxy creation Transaction and security context is propagated from the client into the Bus
- 43. Feature Highlights – JEJB Outbound • Business Service URI points to the JNDI Provider and JNDI name of the Remote EJB 45
- 44. Feature Highlights – JEJB Outbound • User Configurations: – – – – – Dispatch Policy EJB Spec Version Pass XMLBeans by value Security Information Client Jar • Client Jar contains the remote/home or business interfaces to be accessed by the Business Service – User selects the EJB Interface to be accessed by the JEJB Business service 46
- 45. Feature Highlights – JMS Transport JMS Register the Object with Object Repository • • 47 $body Request Pipeline <ctx:java-content ref=”jcid" /> Object Message JMS JMS Business Service JMS Queue Object Message JMS Proxy Oracle Service Bus Busine ss Queue Retrieve the Object from Object Repository JMS Services configured with Messaging type ‘Java’ can receive/send JMS Objects messages Java Object Support for both JMS inbound and outbound
- 46. Overview - Message Flow Transaction Service Clients Application Client FTP Oracle Service Bus HTTP HTTP/SOAP JMS Prox y Busine ss JMS Enterprise Services Service • Atomic Message Flow – Simple as checking a box – All transactional work in message flow committed or aborted •E.g. Publish, Service Callouts (QOS EO), Reporting, Java Callout, Route • Two settings for Proxy – Transaction Required ? – Same Transaction For Response ? Benefits Message flow can execute within TX regardless of the Inbound Protocol 48
- 47. Demo JMS store 49 JMS store Publish QOS = EO Request path route Response Path JCA DB business service JMS proxy (NON XA) Diagram of Use Case Oracle XE
- 48. Overview - Service Result Caching Service Provider Process Flow / Orchestration 50 Oracle Service Bus Service Consumer • Legacy Problem – External service is invoked every time for results that may be reasonably static • Eg. Product details, discount info • Solution – Service Result Caching • Benefits – Faster response times to clients/users – Reduce load on potentially slow (legacy) backend systems – Cache data is always consistent and available – Operational ease in managing cache capacity
- 49. Overview - Service Result Caching If results not in cache, invoke service & cache results Oracle Service Bus Service Consumer Service Provider Side Cache Pattern Check cache 51 Coherence Data Grid Primary Node Get / Put (Cachekey) P OSB Result Cache Process Flow / Orchestration Legacy Service Data Backup Node B
- 50. Feature Highlights Business Service - Configuration Details ow to calculate the Cache Token How long the cached result will be kept for 52
- 52. Feature Highlights Business Service - Operational Settings 54
- 53. Feature Highlights Dashboard - Service Health How often the external service is invoked How often the cache is hit How often the cache is hit compa to the external service 55
- 54. Should you require any further information please do not hesitate to contact us • http://www.oraclecourseonline.com • -oracle apps technical training contact us: • info@magnifictraining.com or +919052666559 • By Real Time Experts from Hyderabad, • Bangalore • ,India,USA,Canada,UK, Australia,South • Africa.
Editor's Notes
- The protocol contains specifications on how integrity and confidentiality can be enforced on Web Services messaging. The WSS protocol includes details on the use of SAML and Kerberos, and certificate formats such as X.509. WS-Security describes how to attach signature and encryption headers to SOAP messages. In addition, it describes how to attach security tokens, including binary security tokens such as X.509 certificates and Kerberos tickets, to messages. WS-Security incorporates security features in the header of a SOAP message, working in the application layer. Thus it ensures end-to-end security. Transport level security is point to point, while Message level security can truly be end to end WS-Policy is a specification that allows web services to use XML to advertise their policies (on security, Quality of Service, etc.) and for web service consumers to specify their policy requirements. WS-Policy is now a W3C recommendation since September 2007 WS-Policy represents a set of specifications that describe the capabilities and constraints of the security (and other business) policies on intermediaries and end points (for example, required security tokens, supported encryption algorithms, and privacy rules) and how to associate policies with services and end points. WS-Addressing is a specification of transport-neutral mechanisms that allow web services to communicate addressing information. It essentially consists of two parts: a structure for communicating a reference to a Web service endpoint, and a set of Message Addressing Properties which associate addressing information with a particular message. WS-Addressing supports the use of asynchronous (from the point of view of the HTTP protocol) interactions by specifying a common SOAP header (wsa:ReplyTo) that contains the endpoint reference (EPR) to which the response is to be sent. The service provider (the thing doing the responding) transmits the response message over a separate connection to the wsa:ReplyTo endpoint HTTP HTTPS JMS Tuxedo EJB/RMI FTP File Email Custom WSDL Untyped SOAP XML w Schema Untyped XML Text Binary MFL Attachments Custom Java transport/RMI transport. Created custom XQuery functions to instantiate and destroy objects. Objects are stored in thread local.
- Key component of Oracle Applications and Middleware strategy for customers Pre-integrated solutions & components Share information across processes & applications Critical for building custom applications with Oracle tools, middleware, and web application platform Continue to build best-in-breed standalone ECM product Leverage Fusion Middleware to enhance ECM ECM consolidation + federation strategy & tools Reducing overall ECM cost within an organization
- MAIN POINT: SOA provides change insulation through a tiered, loosely coupled architecture to minimize disruption to processes and applications from changes to underlying infrastructure and vice-versa. SCRIPT: SOA offers a standards based, technology neutral, non-invasive approach to application customization that overcomes the short-comings of conventional point to point integration approaches and proprietary technologies that we see highlighted here with numerous fragile connections and infrastructure brittleness. The tiered service oriented architecture eliminates architectural chaos, promotes re-use and rapid composition of business processes for faster multi-channel delivery.
- MAIN POINT: SOA provides change insulation through a tiered, loosely coupled architecture to minimize disruption to processes and applications from changes to underlying infrastructure and vice-versa. SCRIPT: SOA offers a standards based, technology neutral, non-invasive approach to application customization that overcomes the short-comings of conventional point to point integration approaches and proprietary technologies that we see highlighted here with numerous fragile connections and infrastructure brittleness. The tiered service oriented architecture eliminates architectural chaos, promotes re-use and rapid composition of business processes for faster multi-channel delivery.
- MAIN POINT: SOA provides change insulation through a tiered, loosely coupled architecture to minimize disruption to processes and applications from changes to underlying infrastructure and vice-versa. SCRIPT: SOA offers a standards based, technology neutral, non-invasive approach to application customization that overcomes the short-comings of conventional point to point integration approaches and proprietary technologies that we see highlighted here with numerous fragile connections and infrastructure brittleness. The tiered service oriented architecture eliminates architectural chaos, promotes re-use and rapid composition of business processes for faster multi-channel delivery.
- URI is non-responsive Automatically removed from pool Automatically returned when responsive Alerts generated when endpoint status changes
- MAIN POINT: SOA provides change insulation through a tiered, loosely coupled architecture to minimize disruption to processes and applications from changes to underlying infrastructure and vice-versa. SCRIPT: SOA offers a standards based, technology neutral, non-invasive approach to application customization that overcomes the short-comings of conventional point to point integration approaches and proprietary technologies that we see highlighted here with numerous fragile connections and infrastructure brittleness. The tiered service oriented architecture eliminates architectural chaos, promotes re-use and rapid composition of business processes for faster multi-channel delivery.
- Overview – Give high level description of the new feature. - What problem does it solve ? - What is the benefit of this feature ? Talking points if this does not fit nicely on slide. Use slide as backdrop for your discussion. Slide only needs to include high-level bullet points since you are presenting all the content through your presentation. (Shoot me an email if you want ideas about the benefits of particular feature)
- Previous model: Some transport endpoints can start transactions Some transport endpoints can propagate transactions Some do not support transactions all together Today the transactional model in OSB message flow is completely dependent upon the transactional semantics of the inbound transport.
- Service Result Caching allows us to cache the response from a Business Service. This can dramatically improve performance if the response from the Business Service is relatively static. This slide shows how it currently works - we always invoke the external service.
- This slide shows how it works when Service Result Caching is enabled and configured.
- The business service must be updated to “support” service result caching. It is important to note that pipelines are not impacted if service result caching is enabled on the business service. This means you can enable service result caching on a business without having to update any pipelines.
- This allows us to globally enable/disable service result caching for ALL business services.
- This (along with the “supported” flag) turns on service result caching for a business service.
- Hit Ratio can be used to: - Determine the performance improvement from hitting the cache vs invoking the external service - Fine-tune the caching strategy for best performance - eg. Increasing or decreasing Cache TTL