Json to json transformation in mule
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This document discusses how to transform a JSON payload into a different JSON format in Mule. It provides an example of transforming an input JSON with name and id fields into an output JSON that adds a designation field. The document recommends using an expression transformer to dynamically modify the input JSON and produce the transformed output JSON in Mule without needing the enterprise Datamapper component. It includes an example Mule flow that uses JSON transformers and set variables along with an expression transformer to transform one JSON payload into another with an additional field.
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![<flow name="DynamicJSONFlow1" doc:name="DynamicJSONFlow1">
<http:inbound-endpoint exchange-pattern="request-response" host="localhost"
port="8085" path="test" doc:name="HTTP"/>
<json:json-to-object-transformer returnClass="java.lang.Object" doc:name="JSON
to Object"/>
<set-variable variableName="name" value="#[message.payload.name]"
doc:name="Variable"/>
<set-variable variableName="id" value="#[message.payload.id]"
doc:name="Variable"/>
<expression-transformer](https://image.slidesharecdn.com/jsontojsontransformationinmule-160518103908/85/Json-to-json-transformation-in-mule-8-320.jpg)
![expression="#[[
'name':flowVars.name,
'id':flowVars.id,
'designation':'Designation'
]
]" doc:name="Expression"/>
<json:object-to-json-transformer doc:name="Object to JSON"/>
<logger level="INFO" message="#[message.payload]"
doc:name="Logger"/>
</flow>](https://image.slidesharecdn.com/jsontojsontransformationinmule-160518103908/85/Json-to-json-transformation-in-mule-9-320.jpg)
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Transformation xmltoobjectesbGermano Barba The document discusses transforming XML payload into an Object format using DataWeave in Mule. An example XML payload of a user is provided. DataWeave code is used to define a user object type and transform the XML elements into a user object with firstName and lastName properties, which is output as application/java data. A Java User class is also defined to represent the user object.
Transformation xmltoobjectesb
Transformation xmltoobjectesbDavide Rapacciuolo This document discusses using DataWeave in Mule to transform XML payload into an Object format. An XML payload containing user data is provided as input. DataWeave is used to map the XML elements to fields in a User Java class, transforming the XML into a User object instance.
Transformation xmltoobjectesb
Transformation xmltoobjectesbDavide Rapacciuolo The document discusses using DataWeave in Mule to transform XML payload into an object format. An XML payload containing user data is provided as input. DataWeave is used to define a user object class and transform the XML elements into a User object instance with firstName and lastName properties matching the XML element values. The transformed User object is then logged.
Transform json to json
Transform json to jsonSon Nguyen The document discusses how to transform an input JSON payload into a modified output JSON payload in Mule. It provides an example of an input payload with two elements (name and id) and shows how to use an expression transformer to add a third element ("designation") to produce the output payload. The expression transformer allows modifying the existing input JSON and designing the output JSON payload in the required format within a Mule flow.
Json
Jsonmanavp Mule ESB allows creating dynamic payloads like JSON, XML, or text. This document demonstrates how to dynamically generate a JSON payload in a Mule flow and send it to an external service. The JSON is constructed using Mule expression transformers, which execute expressions to set the payload. Flow variables are used to populate the JSON elements, but values could also come from inbound properties or other dynamic sources. Testing the flow by hitting a URL generates the JSON request and posts it to the external service, returning a response.
Converting with custom transforme
Converting with custom transformeKhasim Saheb This document discusses how to use a custom transformer in Mule to directly transform an XML payload to JSON. It provides an example of a Mule flow that uses a custom Java transformer class to take the XML from a file, convert it to a JSON string using Jackson libraries, and write the JSON output to a new file. The custom transformer allows transforming the payload in a single step without using multiple standard transformers. The example demonstrates how to implement the custom transformer class and integrate it into a Mule flow to achieve direct XML to JSON transformation.
Converting with custom transformer 
Converting with custom transformer mdfkhan625 This document discusses how to use a custom transformer in Mule to directly transform an XML payload to JSON. It provides an example of a Mule flow that uses a custom Java transformer class to take the XML from a file, convert it to a JSON string using Jackson libraries, and write the JSON output to a new file. The custom transformer allows transforming the payload in a single step without using multiple standard transformers. The example demonstrates how to implement and use a basic custom transformer to achieve direct XML to JSON conversion in Mule flows.
Converting with custom transformer
Converting with custom transformerMohammed246 This document discusses how to use a custom transformer in Mule to directly transform an XML payload to JSON. It provides an example of a Mule flow that uses a custom Java transformer class to take an XML file, convert it to a JSON string, and write the output to a new file. The custom transformer uses the Jackson XML and JSON libraries to perform the actual conversion between the two formats. Testing the flow results in the XML payload being successfully transformed to JSON and written out as expected.
Converting with custom transformer 
Converting with custom transformer AbdulImrankhan7 This document discusses how to use a custom transformer in Mule to directly transform an XML payload to JSON. It provides an example of a Mule flow that uses a custom Java transformer class to take an XML file, convert it to a JSON string, and write the output to a new file. The custom transformer uses the Jackson XML and JSON libraries to perform the actual conversion between the two formats. Testing the flow results in the XML payload being successfully transformed to JSON and written out as expected.
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More from Antonio Pellegrino (13)
Example esb file-to-string flow
Example esb file-to-string flowAntonio Pellegrino This document provides instructions for creating a simple Mule HTTP flow that uses a File to String transformer and Logger component to read a text file and log its contents to the console. The steps are to create a Mule project, drag the necessary components into the flow, configure the File component to point to a local folder, add a Logger to print the message, and run the Mule application to see the file contents logged.
Example esb flow
Example esb flowAntonio Pellegrino This document provides instructions for creating a basic Mule ESB flow using file and logger components to transfer a file between folders. The flow involves:
1) Creating a Mule project in Anypoint Studio and designing a message flow with a File, Java, and another File component.
2) Configuring the File components to specify input, backup, and output folders.
3) Configuring the logger component to print messages about the file transfer to the console.
4) Running the flow by dragging a file into the input folder, which will copy it to the backup folder and move it to the output folder while logging the filename.
Example esb flow
Example esb flowAntonio Pellegrino This document provides instructions for creating a basic Mule ESB flow using file and logger components to transfer a file between folders. The flow involves:
1) Creating a Mule project in Anypoint Studio and designing a message flow with a File, Java, and another File component.
2) Configuring the input and output File components to specify the paths for the source, backup, and destination folders.
3) Configuring the Logger component to output messages to the console about the file being transferred.
4) Running the flow by dragging a test file into the source folder, which will trigger the flow to copy the file to the backup and destination folders.
Esb first http flow
Esb first http flowAntonio Pellegrino This document provides instructions for creating a simple HTTP flow in Mule using the HTTP and Java components to transfer a file. The steps include:
1) Creating a new Mule project in Anypoint Studio and adding an HTTP listener on port 8081 and path "/filetransfer"
2) Developing a Java class to create a text file when called
3) Configuring the Java component to call the Java class
4) Running the Mule application and testing it by making a HTTP request to "http://localhost:8081/filetransfer" which results in a new text file being generated.
Http component
Http componentAntonio Pellegrino The document discusses building a RESTful web service example using Mule ESB. It describes creating a Java class with a POST method that returns a greeting. It then shows configuring a Mule flow with an HTTP listener and REST component, specifying the Java class. When the service is accessed, it calls the method and returns the greeting output.
Configurare http mule
Configurare http muleAntonio Pellegrino This document describes how to configure an HTTP component in Mule to log HTTP requests. It instructs the user to drag an HTTP component into their flow, add a logger to print the payload, and configure the HTTP endpoint settings. An example Mule configuration is provided that uses an HTTP inbound endpoint at a specific address, with a logger to print the payload to the console.
Rest fullservices
Rest fullservicesAntonio Pellegrino This document discusses implementing a RESTful web service using Mule ESB. It explains how to configure Mule ESB to function as a RESTful endpoint without using the built-in REST component. The HTTP endpoint is configured for request-response and to listen on localhost port 8081. Parameters passed in the URL are mapped to XML using transformers. The example shows a request to the service returning a XML response with the name and age parameters.
Transformation csvtoxml
Transformation csvtoxmlAntonio Pellegrino This document discusses transforming CSV data to XML format in Mule. It describes the components used in a Mule flow: a File endpoint to pick up CSV files, a logger, a CSV to Maps component to convert CSV data to maps, and a Java component to process the maps. The CSV to Maps component uses a mapping file to define the CSV columns and converts each CSV line to a map. The maps are passed to the Java component, which prints the maps and size to the console.
Transformation jsontoxmlesb
Transformation jsontoxmlesbAntonio Pellegrino The document discusses using Mule's json-to-xml-transformer to transform JSON to XML. It provides an example of input JSON and the expected output XML. The json-to-xml-transformer is configured in a Mule flow to listen on port 8081 and transform the JSON payload to XML upon a HTTP request.
Transformation jsontojsonesb
Transformation jsontojsonesbAntonio Pellegrino This document discusses how to transform a JSON payload into a different JSON format in Mule. It provides an example of transforming an input JSON with name and id fields into an output JSON that adds a designation field. The document recommends using an expression transformer to dynamically modify the JSON and outputs a sample Mule flow that demonstrates transforming one JSON payload into another JSON payload with an added field using an expression transformer.
Create web services jax - ws3
Create web services jax - ws3Antonio Pellegrino This document discusses creating a web service using JAX-WS in Mule. It describes creating an interface for the web service using CXF, implementing the interface in a Java class, and running the Mule application to expose the WSDL at localhost:8081/soap?wsdl. The web service is deployed using HTTP on port 8081 and consumers can access it at this endpoint.
Create web services jax - ws2
Create web services jax - ws2Antonio Pellegrino This document discusses the creation of a web service using JAX-WS in Mule. It describes adding an HTTP connector, creating a flow called "web_service_calcolo_cliente", and specifying the host, port, and path to activate the flow. It also mentions adding a CXF component to define a JAX-WS/SOAP web service and creating a Java interface for the web service, which includes a method that receives a customer number, performs a drawing, and returns a SOAP message.
Create web services jax - ws1
Create web services jax - ws1Antonio Pellegrino A document describes creating a web service using JAX-WS that receives a customer identifier and returns an encrypted bank code or null if errors occur. It discusses setting up a sample project called "Mule Example1" that contains connectors, scopes, components, transformers, filters, flow control, error handling, and miscellaneous items to place on the canvas to build out the project.
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Json to json transformation in mule
- 1. JSON to JSON transformation in Mule
- 2. We often deals with JSON payloads in our application on a large scale, specially whenever we are exposing or consuming a REST API. One of the common scenario we get is to modify or transform the input JSON payload to another JSON format and produce it as an output.
- 3. if we consider the following { "name": “Maurizio Rorato", "id": 37 } This is a simple JSON payload taken as an example, which contains only 2 elements, that is name and id.
- 4. So, if this JSON payload is coming into our application as an input and we require to transform/modify the payload into another JSON format and produce it as an output, something like the following { "name": "John Rosso", "id": 37, "designation": "Director" }
- 5. Where you can see the modified JSON has a new element designation as a third element. The challenge here is to modify the existing input JSON payload and to design an output JSON payload from it, which will contain this additional element in it with the same format. So, the question is, how can be the input JSON format can be modified or transformed in another JSON format that we require, in a Mule application ??
- 6. The answer is Mule has a rich set of transformers and offers different options to transform form one format of payload into another. Mule also offers a powerful component called Datamapper, which is limited to Mule enterprise edition, and that can perform all these requirement in easy way.
- 7. But here for Mule community edition, we will choose a simplest way of doing it. We will be using Expression Transformer for doing this. Here is the following Mule flow, where we can transform the JSON input into another JSON format. So, you can transform from one JSON to another dynamically using Expression transformer in the following flow.
- 8. <flow name="DynamicJSONFlow1" doc:name="DynamicJSONFlow1"> <http:inbound-endpoint exchange-pattern="request-response" host="localhost" port="8085" path="test" doc:name="HTTP"/> <json:json-to-object-transformer returnClass="java.lang.Object" doc:name="JSON to Object"/> <set-variable variableName="name" value="#[message.payload.name]" doc:name="Variable"/> <set-variable variableName="id" value="#[message.payload.id]" doc:name="Variable"/> <expression-transformer
- 9. expression="#[[ 'name':flowVars.name, 'id':flowVars.id, 'designation':'Designation' ] ]" doc:name="Expression"/> <json:object-to-json-transformer doc:name="Object to JSON"/> <logger level="INFO" message="#[message.payload]" doc:name="Logger"/> </flow>