Mule Sap Integration
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The document summarizes a presentation about integrating with SAP using MuleSoft. The presentation covers SAP integration challenges, common SAP interfaces like BAPI and IDoc, how Mule ESB can be used for SAP integration, the relationship between SAP and MuleSoft, example use cases of SAP integration with third party applications and Salesforce, and a demo. The presenters were Mariano Capurro from MuleSoft and Kira Patel moderating.
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The document discusses Mule's SAP Enterprise Connector which provides bidirectional communication between SAP and other applications using SAP technologies like IDocs, BAPIs, and JCo. The connector leverages the SAP Java Connector (JCo) libraries to execute BAPI functions, send and receive IDocs, and transform SAP objects to and from XML. The connector supports synchronous and asynchronous RFC processing for BAPI integration and inbound/outbound processing of IDocs. When integrated properly, SAP can streamline business processes, increase efficiency and visibility, and provide significant cost savings.
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The document discusses Mule's SAP Enterprise Connector which provides bidirectional communication between SAP and other applications using SAP technologies like IDocs and BAPIs. The connector leverages the SAP Java Connector (JCo) libraries to send/receive IDocs, transform SAP objects to XML, and execute BAPI functions. The connector supports synchronous and asynchronous RFC processing for BAPI integration and inbound/outbound processing of IDocs. When integrated properly, SAP provides benefits like increased business alignment, efficiency, visibility, and cost savings.
Sap integration by mule esb
- The document discusses using Mule ESB for SAP integration. Mule ESB supports SAP integration through a certified Java connector. The connector uses SAP Java Connector (JCo) libraries to enable bidirectional communication with SAP via interfaces like IDocs and BAPIs.
- The connector allows invoking SAP BAPIs and transmitting IDocs to and from SAP. For BAPIs, it supports synchronous and asynchronous RFC calls. For IDocs, it can receive and send documents to SAP.
- Integrating SAP with other applications via Mule ESB provides benefits like increased business efficiency, improved visibility, and cost savings. It allows automating and streamlining business processes across different systems
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The document discusses Mule's SAP Enterprise Connector which provides bidirectional communication between SAP and other applications using SAP technologies like IDocs, BAPIs, and JCo. The connector leverages the SAP Java Connector (JCo) libraries to execute BAPI functions, send and receive IDocs, and transform SAP objects to and from XML. The connector supports synchronous and asynchronous RFC processing for BAPI integration and inbound/outbound processing of IDocs. When integrated properly, SAP can streamline business processes, increase efficiency and visibility, and provide significant cost savings.
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The document presents an overview of enterprise service bus (ESB) technologies and concepts. It lists popular ESB products from vendors like IBM, Tibco, Oracle, Sonic and Microsoft. It then defines ESB as a modular architecture for designing and implementing interaction between software applications in a service-oriented architecture (SOA). Key functions of an ESB are listed as mediation, routing, transformation, orchestration and conversion. Finally, it distinguishes between enterprise application business logic and connectivity logic.
Mule sap connector
The document discusses Mule's SAP Enterprise Connector which provides bidirectional communication between SAP and other applications using SAP technologies like IDocs and BAPIs. The connector leverages the SAP Java Connector (JCo) libraries to send/receive IDocs, transform SAP objects to XML, and execute BAPI functions. The connector supports synchronous and asynchronous RFC processing for BAPI integration and inbound/outbound processing of IDocs. When integrated properly, SAP provides benefits like increased business alignment, efficiency, visibility, and cost savings.
Sap integration by mule esb
- The document discusses using Mule ESB for SAP integration. Mule ESB supports SAP integration through a certified Java connector. The connector uses SAP Java Connector (JCo) libraries to enable bidirectional communication with SAP via interfaces like IDocs and BAPIs.
- The connector allows invoking SAP BAPIs and transmitting IDocs to and from SAP. For BAPIs, it supports synchronous and asynchronous RFC calls. For IDocs, it can receive and send documents to SAP.
- Integrating SAP with other applications via Mule ESB provides benefits like increased business efficiency, improved visibility, and cost savings. It allows automating and streamlining business processes across different systems
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There are several ways to deploy Mule applications:
- Deploy to the Studio embedded test server for local testing.
- Export the application to a zip file and deploy it on an enterprise Mule server for production.
- Deploy to the Anypoint Platform for cloud-based deployment and management through Runtime Manager.
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This document provides an overview of web services and related technologies including:
- Web services allow for integration and communication between organizations through standardized XML messaging and protocols.
- A service-oriented architecture uses services that can be discovered and invoked over the web.
- Key technologies that enable web services are XML, XML Schema, SOAP, WSDL, and UDDI. These provide standards for messaging, data description, service description and discovery.
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- Mule allows SaaS applications to connect to each other and to on-premises systems through its hybrid architecture.
- It provides unified connectivity across different integration technologies like APIs and SaaS applications, from simple to complex enterprise-grade connections.
- Mule's platform offers low friction development with reusable connectors and developer tools and can run integrations both in the cloud and on-premises.
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2. Gateways handle marshalling requests between the message bus and external services like a credit agency EJB application and bank web services.
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SAP Integration: Best Practices | MuleSoft
Many organizations who utilize SAP as their ERP solution struggle to integrate SAP with other systems in their enterprise. Without integration to SAP, these organizations fail to automate and to optimize their business processes. However, many approaches to integrating with SAP are complex, expensive, and difficult to employ.
Mariano Capurro, Technical Engineering Manager at MuleSoft, discussed the fundamental SAP integration building blocks, SAP integration alternatives, how the MuleSoft SAP connector makes integration simple and effective, and common use cases for the MuleSoft SAP connector.
Topics of this session will include:
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An ESB is an architecture that integrates applications together over a communication bus. It decouples systems so they can communicate without dependencies on each other. This is preferable to point-to-point integration which becomes difficult to manage over time. Key principles of an ESB architecture include using a messaging server like JMS as the bus, representing data in a canonical XML format, and using adapters to translate between applications and the bus. An ESB provides orchestration, transformation, and transportation between systems. Choosing a lightweight ESB like Mule provides modularity, fast deployment, and the ability to host services and business logic without separate products.
Deploying mule applications
There are several ways to deploy Mule applications:
- Deploy to the Studio embedded test server for local testing.
- Export the application to a zip file and deploy it on an enterprise Mule server for production.
- Deploy to the Anypoint Platform for cloud-based deployment and management through Runtime Manager.
SOAP Service in Mule Esb
This document provides an overview of web services and related technologies including:
- Web services allow for integration and communication between organizations through standardized XML messaging and protocols.
- A service-oriented architecture uses services that can be discovered and invoked over the web.
- Key technologies that enable web services are XML, XML Schema, SOAP, WSDL, and UDDI. These provide standards for messaging, data description, service description and discovery.
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The document provides an overview of the Anypoint platform architecture and its components. The platform offers tools for designing, building, and managing APIs, applications, and products across their entire lifecycle. The core runtime engine is Mule, which combines data and application integration. The platform includes design tools, management interfaces, connectors, marketplaces, and platform services to enable integration across systems.
Enterprise resources and mule
An Enterprise Service Bus (ESB) is an architecture that integrates different applications by putting a communication bus between them, allowing each application to communicate without dependency on other systems. This decouples systems and moves away from point-to-point integration, which becomes difficult to manage over time. The core concepts of an ESB include using a messaging server as the "bus" to decouple applications, representing data on the bus in a canonical format like XML, and using adapters between applications and the bus to transform data formats and handle tasks like routing and security. When choosing an ESB platform, considerations include lightweight footprint, modular design for customization, and ability to host business logic and publish services rather than just medi
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The document discusses API layers in Mule and their uses. An API layer offers a decoupled interface for interacting with applications through a common language-agnostic way. Common uses of API layers include connecting to legacy systems that lack REST APIs and publishing APIs for partners to communicate with systems. The Anypoint Platform helps build, design, and manage APIs to expose enterprise data securely to various devices and apps. It includes an API gateway to connect to backends behind firewalls, an API manager to manage users and traffic, an API contract manager to issue keys and monitor compliance, and an API policy manager to apply security policies without downtime.
2. muleesb
Mule ESB is a lightweight, open-source integration framework that allows for quick and easy connection of applications to enable data exchange regardless of technology. It uses a service-oriented architecture and can integrate applications using technologies like JMS, web services, JDBC, and HTTP. Mule ESB is highly scalable and manages interactions between applications transparently whether they are on the same machine or across the internet. It is vendor-neutral so developers are not locked into a specific platform.
MuleSoft CloudHub FAQ
CloudHub is an integration platform as a service (iPaaS) that allows developers to integrate and orchestrate applications without managing infrastructure. Applications deployed to CloudHub run on "workers", which are Mule instances that can be scaled horizontally for availability. Integration applications connect different systems and services, while Anypoint Connectors provide pre-built integrations. Environment variables allow passing configuration into applications.
Mulesoft Solutions for SOA
Mulesoft provides a platform called Anypoint Platform that acts as an agility layer for service orchestration. It helps organizations connect legacy systems and unlock data to enable API-led connectivity and service-oriented architecture (SOA). Anypoint Platform allows organizations to connect heterogeneous systems across on-premises, cloud, and devices. It offers unified connectivity, low development friction through pre-built components, and future-proof flexibility. Customer examples highlight how eBay, Deakin, and UCSF Medical Center leveraged Anypoint Platform to modernize legacy systems, improve user experiences, and enable data sharing and collaboration.
Mule anypoint b2 b
Anypoint B2B enables customers to connect to trading partners using EDI over various protocols using Mule. It includes an EDI module for reading, writing, and validating EDI messages along with pre-packaged schemas. It also includes connectors for AS/2, FTPS, and a B2B portal for trading partner management and message tracking. Anypoint B2B requires Mule 3.6.0 and Anypoint Studio from March 2015.
Service orchestration and soa
SOA is an approach to developing enterprise systems by loosely coupling interoperable services from separate systems to perform discrete tasks. A crucial aspect of SOA is service orchestration, which is the coordination and arrangement of multiple services to create higher-level business services through message exchange according to a predetermined business logic. Service orchestration works through a central messaging engine like an ESB to route and transform messages between services so that composite applications can run as demanded. Mule ESB offers flexibility for service orchestration by allowing the reuse of any service component and message format both within and outside the enterprise.
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MuleSoft's Stripe connector allows developers to integrate their MuleSoft applications with the Stripe API to perform payment-related functions like accepting payments, creating invoices and customers. The document provides steps for setting up a Stripe developer account, configuring the Stripe API key, and using the Stripe connector in a Mule flow to create a customer and coupon in Stripe. Sample Mule flows are demonstrated to showcase how to trigger customer and coupon creation via HTTP requests.
Mule saas
The document discusses MuleSoft's Mule platform for connecting software as a service (SaaS) applications. Some key points:
- Mule allows SaaS applications to connect to each other and to on-premises systems through its hybrid architecture.
- It provides unified connectivity across different integration technologies like APIs and SaaS applications, from simple to complex enterprise-grade connections.
- Mule's platform offers low friction development with reusable connectors and developer tools and can run integrations both in the cloud and on-premises.
Oracle connector
This document provides an overview of Oracle connectors available through the MuleSoft Anypoint Platform. It describes connectors for Oracle Service Cloud (RightNow), PeopleSoft, Database, E-Business Suite (EBS), Siebel, and real-time synchronization between Siebel and Salesforce contacts. The connectors allow integration between these Oracle applications and third party systems, enabling automated processes and exchange of data.
Best practices for multi saa s integrations
Developers need to integrate the multiple SaaS systems that businesses use to operate across disparate clouds. The most important aspects of integration are accurately mapping business data between systems and ensuring reliability, availability and consistency. Developers also need to allow decentralized access to integrated SaaS solutions. An integration platform can abstract integration concerns and manage them, while an API-led approach builds reusable APIs that represent systems and processes without disrupting business. A good connectivity platform provides templates and connectors to make integrations easy and fast.
Mule Concur Connector
The Concur connector allows integration between Mule and the Concur SaaS platform from SAP via SOAP API calls. It requires a Concur developer sandbox account to obtain API keys and credentials. The connector configuration in Mule requires the sandbox credentials and API keys to authenticate and connect to Concur to perform operations over SOAP.
Mule introduction
Mule is a lightweight integration platform that allows for quick and easy connection of applications through a robust, secure, and scalable platform. It provides transports for connecting systems like JMS, HTTP, email and databases. Mule is based on the enterprise service bus concept and offers features for web services, routing, transformation, and transaction management. MuleSoft is the company that supports Mule, an open source Java-based enterprise service bus and messaging broker intended as a lightweight integration framework.
Mule esb presentation
This document provides an overview of Mule ESB, including what it is, why it is used, its architecture and components. Mule ESB is an open-source enterprise service bus that allows for integration between applications by providing services for message routing, transformation and processing. It uses a flow-based visual editor and runtime engine to configure integration logic and handle message exchange between endpoints like APIs, databases and message queues. The document demonstrates Mule ESB concepts through examples and includes an agenda for a presentation on Mule ESB.
Implementing an Esb using Mule
This document provides an overview of implementing a loan broker application using Mule as an enterprise service bus. The application allows customers to request loan quotes from multiple banks and returns the best offer. Key aspects summarized:
1. The loan broker service receives customer requests and sends messages to coordinate getting a credit check and requesting quotes from banks. Messages are routed via a JMS message bus.
2. Gateways handle marshalling requests between the message bus and external services like a credit agency EJB application and bank web services.
3. Banks return quotes by responding to a reply-to address, and responses are aggregated to select the lowest rate before returning to the client.
4. Mule components
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Many organizations who utilize SAP as their ERP solution struggle to integrate SAP with other systems in their enterprise. Without integration to SAP, these organizations fail to automate and to optimize their business processes. However, many approaches to integrating with SAP are complex, expensive, and difficult to employ.
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Ad507
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Mule Munit
1. Solution for JUnit Functional test cases By: Kiet Bui 22-Sep-2015
2. Abstract • The main motto of this white paper is what the issues to write test cases using JUnit are and how to overcome those issues.
3. Table of Contents • ABSTRACT 1. INTRODUCTION 2. PROBLEM STATEMENT 3. SOLUTION 4. BENEFITS 5. CONCLUSION 6. REFERENCES 7. ABOUT THE AUTHOR 8. ABOUT WHISHWORKS
4. Introduction • We have multiple unit test frameworks to write unit and functional test cases for our services. When we write functional test cases using JUnit we can’t mock mule components. To resolve this issues we have to use MUnit and I am going to explain what is the problem with JUnit and how to resolve using MUnit in the below.
5. Problem Statement • When we write functional test cases using JUnit, the test case will directly connect to original components like SAP, Salesforce etc. and insert/select the data. It is the issue in JUnit functional test case why because we are writing functional test cases to check whether entire functionality is working as expected or not without modifying the original components(SAP,Salesforce,Database) data, but in JUnit functional test cases it is directly connecting to original components and modifying the original data. • Examples: 1. SAP Connector • Mule flow:
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Mule Sap Integration
- 1. Integrating with SAP Presenters: Mariano Capurro, Technical Engineering Manager, MuleSoft Kira Patel, Moderator, MuleSoft Author : Kiet Bui Email : luis.goldster@gmail.com
- 2. Housekeeping Items Recording: Will be made available and sent via email Slides: Will be made available and also sent via email Questions: Submit questions via the text box on the bottom right; Q&A will be at the end of the presentation. All contents Copyright © 2010, MuleSoft Inc. 2
- 3. Presenter Mariano Capurro, Technical Engineering Manager, MuleSoft Argentina Office 10+ years of experience designing, building and using enterprise software Native Spanish speaker, Advanced English speaker and Fluent Java speaker Main areas of interest: – Application integration – Identity Management – Scuba Diving All contents Copyright © 2010, MuleSoft Inc. 3
- 4. Integrating with SAP Presenters: Mariano Capurro, Technical Engineering Manager, MuleSoft Kira Patel, Moderator, MuleSoft
- 5. Agenda Overview of SAP integration challenges Introduction to SAP integration interfaces SAP – MuleSoft relationship Using Mule ESB for SAP integration Mule and SAP use case examples Demo Q & A All contents Copyright © 2010, MuleSoft Inc. 5
- 6. SAP Integration Challenges SAP to Non-SAP applications – SAP to/from other application (LAN) – SAP to/from external application (Internet / VPN) – SAP to/from cloud application (Internet) Challenges – Understand SAP integration options – Develop the integration application • Train developers on SAP integration technologies – Reduce time to develop new use cases – Build an architecture tolerant to new integration scenarios All contents Copyright © 2010, MuleSoft Inc. 6
- 7. Introduction to SAP interfaces - BAPI RFC interface – RFC-enabled Function Modules – A Business Application Programming Interface (BAPI) is a precisely defined interface that can be used by SAP and non-SAP(external) applications. – Works both master data and transactional data – BAPI are synchronous in nature All contents Copyright © 2010, MuleSoft Inc. 7
- 8. Introduction to SAP interfaces - IDoc IDoc (ALE Interface) – IDoc(Intermediate Document), is a SAP document format for transferring data within SAP and non-SAP applications. – Works both master data and transactional data – IDoc are asynchronous in nature – XML representation All contents Copyright © 2010, MuleSoft Inc. 8
- 9. Other SAP interfaces Files – Programs to import/export files handle a specific file format – Challenge of moving files in a network SAP Netweaver XI/PI – Middleware component to centralize all integration through a hub and spoke approach – Expensive – Lack of support for many applications (SalesForce.com, QuickBooks, ...) SOA / Web Services – SAP NetWeaver AS ABAP – Harder to manage transactions All contents Copyright © 2010, MuleSoft Inc. 9
- 10. Introduction to SAP concepts - JCo JCo – SAP Java Connector (SAP JCo) is a middleware component that enables the development of SAP-compatible components and applications in Java. – SAP JCo supports communication with the SAP Server in both directions: • inbound calls (Java calls ABAP) • outbound calls (ABAP calls Java) – SAP JCo can be implemented with Desktop applications and with Web server applications – SAP JCo can also be implemented as a standalone component, for example to establish communication with the SAP system for individual online (web) applications. All contents Copyright © 2010, MuleSoft Inc. 10
- 11. Mule ESB Lightweight standalone Enterprise Service Bus – can operate without outside app servers or other infrastructure components – allow organizations to service-enable SAP without a massive upfront investment, developer-training program or multi-year rollout Mule ESB – Connectors – Modules / Scopes / Flow Control – Transformation / Filtering – Connection Management – Exception / Error Management – Security / Logging / Alerting All contents Copyright © 2010, MuleSoft Inc. 11
- 12. SAP – MuleSoft Relationship SAP Ventures is a major investor in MuleSoft MuleSoft Enterprise Java Connector for SAP is certified by SAP – Solution Manager ready → System Landscape Directory All contents Copyright © 2010, MuleSoft Inc. 12
- 13. MuleSoft Enterprise Java Connector for SAP Mule ESB calls BAPIs and RFC-enabled Function Modules (RFM) on the ABAP side and acts as a client. ABAP calls functions on the Mule ESB side that acts as a server. Mule ESB sends and receives IDocs For easier usage and integration, all SAP objects can be treated as XML documents All contents Copyright © 2010, MuleSoft Inc. 13
- 14. Why use Mule for SAP integration? Take advantage of Mule ESB capabilities in your SAP integration – Orchestation – Plenty of connectors (Cloud Applications, Databases, JMS, ...) – Support – Need more? Visit http://www.mulesoft.org/what-mule-esb Connector abstracts complicated interfaces (JCo) Increases ability to quickly build new applications Any Mule/Java developer can interact with SAP apps Lower costs, faster time to market, less developer training All contents Copyright © 2010, MuleSoft Inc. 14
- 15. What's Next? Mule Studio Support – Reduce development time (browse functions, IDocs and manage their metadata) – Reduce the SAP knowledge required to create IDocs and BAPI calls – Improve the way testing can be done Multi Transaction Support – JCo is not XA compliant, so this will allow implementing mixed transactions from Mule All contents Copyright © 2010, MuleSoft Inc. 15
- 16. Use Case 1: SAP to 3rd Party Application All contents Copyright © 2010, MuleSoft Inc. 16
- 17. Use Case 2: SAP to Supplier Applications All contents Copyright © 2010, MuleSoft Inc. 17
- 18. Use Case 3: Salesforce.com to SAP All contents Copyright © 2010, MuleSoft Inc. 18
- 19. Demo All contents Copyright © 2010, MuleSoft Inc. 19
- 20. Questions & Answers How to Submit Questions – Submit using the chat box located on the lower part of your screen. Additional Questions: Ask an Expert – tinyurl.com/AskMuleSoft Recording – A link to this presentation will be sent to you Presentation – A link to the recording of this presentation will also be sent to you Thank you for your time and participation! All contents Copyright © 2010, MuleSoft Inc. 20