Mule soap
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This document outlines a Mule flow that calls a SOAP web service, retrieves response data from the service, and writes the response to a file in JSON format. The flow first reads a name from an input text file. It then calls the SOAP service, passing the name. Due to the streaming response, the flow uses a "File to String" transformer to convert the stream to a string payload containing the SOAP response. Finally, it transforms the response object to JSON and writes it to an output file. The key is embedding the SOAP response in an XML payload to properly extract the response object properties rather than just the raw SOAP message.
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- Surveys show adoption of web services increasing, with over half of enterprises deploying them by 2004 and most planning to increase spending on web services.
- The architecture involves service providers publishing services to brokers using WSDL
API-Testing-SOAPUI-1.pptx
This document provides an overview of API testing and web services protocols. It discusses XML, SOAP, REST, and introduces the tool SoapUI for testing web services. Key points include:
1. XML is used to transport and store data on the web. It has elements, attributes, and syntax rules. XML Namespaces avoid element name conflicts.
2. SOAP is a protocol for accessing web services. It uses XML, includes envelope, header and body elements. WSDL describes SOAP web services operations.
3. REST services use HTTP to manipulate resources via operations like GET, PUT, POST and DELETE. It can output JSON, XML and is language/platform independent.
4.
Web services automation from sketch
The document discusses two main standards for web services - REST and SOAP. It provides details on how each one works and how data is handled. It also outlines steps for building a framework for web service automation, including creating classes to represent requests and responses, a SOAP client, and tests to validate responses. Examples of requests and responses are given for login and user creation operations.
Web-Services!.pptx
This document discusses key concepts related to web services including SOAP, WSDL, and UDDI. It defines a web service as a service available on the web that enables communication between applications. It explains that SOAP is a standard protocol for communication and WSDL provides an XML interface that describes a web service's location, methods, and data types. UDDI allows service providers to publish their WSDL files so consumers can discover and access available web services.
SOAP WEB TECHNOLOGIES
web technologies,SOAP,SOAP envelope,SOAP header,SOAP HEADER CODE,SOAP BODY,SOAP SECURITY,XML,RPC,WSDL STRUCTURE,SOAP,WSDL USING SOAP,SUBMITTED BY,TAMILMOZHIYAL
Mulesoft Consuming Web Service - Web Service Consumer
The document discusses consuming a SOAP web service using Mulesoft's Web Service Consumer. It recommends using the Web Service Consumer because it is the quickest and easiest way to consume a web service. It provides steps to create a simple flow with an HTTP inbound endpoint, transform message, and web service consumer. It also describes how to configure the web service consumer by providing the WSDL file or URL and selecting the service, port, and address. The flow can then be tested by sending a request and viewing the SOAP web service response.
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Mulesoft Consuming Web Service - Web Service Consumer
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Mule web services
This document provides an overview of Mule Web Services. Mule can be used to build and integrate web services. It supports various web service standards like SOAP, WSDL, WS-Addressing. The document demonstrates how to create a bookstore web service using JAX-WS annotations, generate a client, and configure Mule to expose the service and route messages to and from it. It also shows how to transform CSV files to web service requests and send email messages after orders are placed by routing through Mule.
Mule enterprise service bus
Mule is an open-source enterprise service bus (ESB) that allows for flexible movement of data between different endpoints and systems. It uses a staged event-driven architecture and non-blocking Java I/O to provide scalability. Core Mule concepts include universal message objects, endpoints, transports, connectors, routers, filters and transformers that allow data to be routed and transformed declaratively between systems and applications. Mule provides capabilities for XML validation, transformation and routing through its built-in components.
File connector
The Mule File Connector allows applications to exchange files with a file system by implementing the File connector as either an inbound or outbound endpoint, and it can be configured by placing the File endpoint in a Mule flow and providing values for fields like path, polling frequency, and file name on various property tabs.
Box connector
The document discusses the Box Connector for Anypoint Platform, which allows synchronization of data and automation of processes between Box and third party applications. It provides instructions on installing the connector, configuring it using OAuth 2.0 authentication with a developer token, and includes an example use case of creating a folder in Box. Requirements include Anypoint Studio 5.4 or higher and a Box developer account.
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Mule flows allow developers to implement message processing in multiple stages by using standard synchronous flows, asynchronous flows, and subflows. Using multiple flows provides advantages like performing time-consuming tasks asynchronously, handling errors differently across flows, improving readability, and enabling reuse of processing logic. Multiple flows also allow for load balancing and higher performance applications.
Http connector
The HTTP connector can be used as an HTTP listener connector to receive HTTP requests at a specified address and generate responses, or as an HTTP requester connector to send requests to an address and receive responses. It supports TLS encryption for HTTPS and authentication via basic, digest, and OAuth. When used as a listener, it is placed in the source of a flow, and as a requester, in the process section. Debugging HTTP activity can be done by enabling loggers for listener/request activity and packet metadata. The connector also supports non-blocking processing.
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This document provides steps to install Tcat Server and the Tcat Administration Console on a single machine or multiple machines. The steps include downloading the installer, running the installer, starting the Tcat server, registering the server with the Console, managing and monitoring the server instance, deploying new applications, and pairing additional servers with the Administration Console.
File Connector
The Mule File Connector allows applications to exchange files with a file system by implementing the File connector as either an inbound or outbound endpoint, with the inbound endpoint acting as a message source and the outbound writing files to a destination directory; the File endpoint is configured by placing it in a Mule flow and providing properties for the endpoint like the file path, polling frequency, and transformers; and the endpoint can be used to read, write, move, and filter files through its various configuration tabs.
Mule transform
The document discusses how Mule message processors transform messages as they pass through a flow. It provides an example of a message before and after it passes through a Transform Message component. The message contains a header, payload, and properties. Before being transformed, the example message's payload is a simple string and it contains certain inbound and outbound properties. After transformation, the payload is now an XML document, while the message header and properties remain unchanged.
Fpt connector
The FTP Connector allows a Mule application to exchange files with an external FTP server. It can be configured as an inbound endpoint to receive files or an outbound endpoint to send files. When configuring an FTP endpoint, values must be provided for properties on the General, Advanced, Reconnection, and Transformers tabs such as the host, port, username, password, transfer mode, polling frequency, and transformers. Global connector configurations can also be associated with endpoint instances.
Mule transformers
Mule Transformers can alter message properties, variables, or payloads to prepare them for further processing. Standard transformers are provided to handle common data conversion scenarios, such as XML-to-Object. If no single transformer achieves the needed output, multiple transformers can be used sequentially. Transformer categories include those for Java Objects, Content, SAP, Scripting, Properties/Variables/Attachments. The DataWeave transformer provides powerful data querying and transformation capabilities.
Http connector
The HTTP connector can be used as an HTTP listener connector to receive HTTP requests at a specified address and generate responses, or as an HTTP requester connector to send requests to an address and receive responses. It supports TLS encryption for HTTPS and authentication via basic, digest, and OAuth. When used as a listener, it is placed in the source of a flow, and as a requester, in the process section. Debugging HTTP activity can be done by enabling loggers for listener/request activity and packet metadata. The connector also supports non-blocking processing.
Mule mongodb connector
MongoDB is a document-oriented database designed for scalability and developer agility. The MongoDB connector provides a connection between Mule and MongoDB servers, implementing the MongoDB API. It includes various transformers for data management. The connector configuration wizard allows configuring properties like connection details, pooling profiles, and reconnection strategies when establishing connections to MongoDB.
Mule message state
The document describes the state of a message before and after being transformed by a message processor in a Mule application. Before transforming, the message contains a header, payload, inbound properties containing metadata, and variables indicating where to move files and polling frequency. After transforming, the message header and payload remain, but inbound properties are unchanged and no outbound properties or variables were added or removed by the transform message component.
Mule transformers
Mule Transformers prepare messages for further processing by altering message properties, variables, or payload. Transformers include the Anypoint DataMapper Transformer which can both transform data formats and map input fields to different output fields. Out of the box, Mule provides standard transformers to handle common data transformation scenarios with minimal configuration.
Elements in a muleflow
This document describes various elements that compose Mule flows, including connectors, components, transformers, and exception handling strategies. Connectors receive and send messages from external sources and can act as sources, processors, or destinations in a flow. Components enable custom business logic without code. Transformers prepare messages for further processing by altering properties, variables, or payloads. Exception strategies precisely handle errors that occur in flows.
Mule maven
Maven is a project management utility that can be used to develop Mule projects. Mule provides built-in Maven functionality including building Mule apps with Maven in Anypoint Studio, enabling Maven support for existing Studio projects, and importing Maven projects into Studio. The muleesb-maven-plugin and Maven-Mule ESB plugin provide Maven integration, allowing development of Mule apps from within Maven. The document provides steps for building a simple HTTP request-response app with Maven in Studio, enabling Maven support for an existing Studio project, and importing an existing Maven project into Studio.
Mule schedule
The document discusses using Mule's poll scheduler to trigger scheduled tasks. Poll can be used to extract data from a database to CSV every 15 seconds, or call a web service to check an application's status periodically. The example Mule configuration shows a poll scheduled to run every 15 seconds that calls a HTTP request, with simple logging to demonstrate how the poll mechanism works.
Mule flows
Mule Flows enable the orchestration of services through message processing. A flow contains a chain of message processors with a message source that processes incoming messages. Flows are configured in XML using the <flow> element and can include transformers, filters, routers, and message enrichers leveraging expressions. Private flows cannot be accessed from outside the JVM as they have no defined message source and are only used if referenced from another construct running in the same Mule instance.
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Mule soap
- 1. Mule SOAP
- 5. Endpoints • WSDL – http://demo.bromose.eu/DemoService.svc?single Wsdl • Service – http://demo.bromose.eu/DemoService.svc
- 6. The Mule Demo • Pickup the ”Name” in a text file • Call the webservice with the ”Name” • Write the response in a text file i JSON format
- 7. The Flow • Set up the flow
- 8. Input File
- 9. File to String • The ”File-toString” is needed due to the fact that the File endpoint passes a stream – not the content of the file. • The ”File to String” read the content from the stream into a string payload.
- 10. SOAP I • The tricky part ! • First you need to build the needed Java classes – Select ”JAX-WS service” as operation
- 11. SOAP II • Select ”Generate from WSDL” and fill in WSDL URL and Package Name
- 12. SOAP III • The trick part one – Select ”JAX-WS client” as operation and fill in info
- 13. SOAP IV • Add http endpoint
- 14. SOAP V • Fill in HTTP settings
- 15. Problems I • HTTP returns a stream • Lets try out the File to String trick to get a result.
- 16. Problems II • Seems to work • Lets have a look of the payload
- 17. Problems III • Hmm. That is the SOAP responce – not the properties from the GreetingResponse class •
- 18. The ”magic trick” • You need to embed the SOAP in the HTML endpoint – has to done in XML • Bonus – You do not need File to String anymore
- 19. The ”Magic” flow
- 20. Test I • Voila – the GreeatingResponse object properties are now payload properties
- 21. Test II • The Object to JSON result:
- 22. Test III • Written to the file