Using parse template component
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The document discusses using a parse template component in Mule to load an external file as a template, insert data from Mule message variables into the template, and set the output as the message payload. Specifically, it provides an example of using a parse template to load an HTML template, insert employee data from a database query into the template using Mule expressions, and return the dynamic HTML as an HTTP response. The parse template allows pulling external files into flows, populating them with message data, and setting the results on the message.
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<html>
<body>
<table>
<tr>
<th>First Name</th>
<th>Last Name</th>
<th>Department</th>
<th>Job Title</th>
<th>Start Date</th>
<th>Employee Type</th>
</tr>
<tr>
<td>#[payload[0]['first_name']]</td>
<td>#[payload[0]['last_name']]</td>
<td>#[payload[0]['department']]</td>
<td>#[payload[0]['job_title']]</td>
<td>#[payload[0]['start_date']]</td>
<td>#[payload[0]['employee_type']]</td>](https://image.slidesharecdn.com/usingparsetemplatecomponent-160901210610/85/Using-parse-template-component-5-320.jpg)
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Creating custom transformerRahul Kumar The document discusses how to create a custom transformer in Mule by implementing the AbstractTransformer interface and overriding its methods. It provides an example of a KeyTransformer class that takes the source object, gets its string value, and prepends "Hello " to a substring. The document explains that this custom transformer can then be added via the Custom Transformer component in Mule to apply this transformation.
Creating custom aggregation strategy
Creating custom aggregation strategyRahul Kumar This document discusses creating a custom aggregation strategy for the Scatter-Gather routing component in Mule. It describes implementing the AggregationStrategy interface and overriding the default CollectAllAggregationStrategy. The snippet provided shows an example aggregation strategy class that collects successful responses even if errors occur, logging any exceptions. To use it, the custom strategy class would be provided in the Scatter-Gather component configuration.
Creating custom aggregator
Creating custom aggregatorRahul Kumar This document provides instructions for creating a custom message aggregator in Mulesoft. It explains that a custom aggregator can be implemented by extending the AbstractAggregator interface and overriding its standard implementations. It includes a code snippet for a custom TestAggregator class that overrides the getCorrelatorCallback method to aggregate event payloads by appending them to a string buffer. The custom aggregator can then be added to Mule flows via the Custom Aggregator component.
Byte array to hex string transformer
Byte array to hex string transformerRahul Kumar This document describes a Byte Array to Hex String Transformer that can convert between byte arrays and hexadecimal strings. It requires knowledge of hexadecimal numbers and involves placing the transformer where transformations are needed between byte arrays and hex strings.
Creating custom filter
Creating custom filterRahul Kumar This document discusses how to create a custom filter in Mule by implementing the org.mule.api.routing.filter interface and overriding existing filter implementations. It provides an example of a custom InputStreamFilter that checks if the message payload is a java.io.InputStream. The filter can then be configured in a Mule flow using the <custom-filter> element.
Hex string to byte array transformer
Hex string to byte array transformerRahul Kumar This document describes a transformer that converts hexadecimal strings to byte arrays. It requires knowledge of hexadecimal numbers and involves placing the transformer where transformations between hex strings and byte arrays are needed. The transformer allows converting between those two data types.
XML to DOM Transformer
XML to DOM TransformerRahul Kumar The XML to DOM Transformer transforms an XML message payload into an org.w3c.dom.Document object. To use it, place the XML to DOM Transformer where needed and specify the returnClass as org.w3c.dom.Document or any supported org.w3c.dom.Document implementation. The transformer then converts the XML payload into a DOM document for further processing.
Dom to xml transformer
Dom to xml transformerRahul Kumar This document describes a DOM to XML Transformer that converts an XML payload such as a Document Object Model (DOM), XML stream, or Source object into a serialized String representation. It accepts common XML data types like DOM documents, XML streams, and Sources. To use it, place the transformer where transformation of the XML payload is needed.
Object to input stream transformer
Object to input stream transformerRahul Kumar The Object to Input Stream Transformer converts serializable objects to an input stream by taking objects and converting them to byte arrays using the String.getBytes() method. It should be placed where transformations are needed and converts objects to streams for further processing.
Byte array to object transformer
Byte array to object transformerRahul Kumar The Byte Array to Object Transformer converts a byte array to an object by either de-serializing the array or converting it to a string. It is used by placing the transformer where transformation is needed and specifying the return class to validate the correct object type is returned, such as an array using a class name postfixed with '[]'.
Byte array to string transformer
Byte array to string transformerRahul Kumar This transformer converts a byte array to a string. It allows specifying the MIME type like text/plain or application/json for the output. To use it, place the Byte Array to String transformer where transformation is needed from a byte array to string.
Object to string transformer
Object to string transformerRahul Kumar This transformer converts objects to human-readable strings, useful for debugging. It can transform input streams to strings. To use it, place the object to string transformer where object transformation is needed.
Csv to json transform in simple steps
Csv to json transform in simple stepsRahul Kumar Mule supports converting CSV data to JSON format using the Dataweave component. The document describes setting the output to application/json and designating the payload as the output, which converts CSV data containing billing addresses for three companies into a JSON array with each company's data in an object.
Using scatter gather
Using scatter gatherRahul Kumar Overview of Mulesoft's Scatter-Gather Router.
Default behavior of Mulesoft's Scatter-Gather Router.
Overriding Default behavior of Mulesoft's Scatter-Gather Router.
Choice router
Choice routerRahul Kumar Overview of Mulesoft's Choice Router.
Example of configuration.
Sample snippets using the Choice Router.
Sample use cases using the Choice router
Using idempotent filter
Using idempotent filterRahul Kumar Overview of Mulesoft's idempotent filter.
This presentation includes sample Snippets, considerations.
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Using parse template component
- 1. Using Parse Template Component - By Rahul Kumar
- 2. Parse Template Component Use a parse template to load the content of a flow-external file into a Mule flow, then use the file as a template into which you can insert data returned as the result of evaluated Mule expressions. Groovy also allows the developer to configure interceptors and alter the values or references of particular properties in a script. Interceptors are configured to provide additional services to a message as it flows through a component
- 3. Parse Template Component For example, perhaps you want a Mule flow to send an "order complete" HTTP response to a caller to indicate the new order’s number and the number of widgets ordered (both values that you previously set on the Mule message as variables). You can use a parse template to load a file from an external location – a file which, behaving as a template, expects values for "order number" and "number of widgets". Then, the parse template extracts info from the Mule message variables to insert as values into the template and set the resulting contents as the message payload. In essence, a parse template pulls a template file into a Mule flow, fills in the blanks, then sets results on the message as the payload. In the example, after the parse template sets the payload on the message using the external file as a template, the Mule flow returns the HTTP response to confirm the order
- 4. Configuratio : Location : Define the location of the file that Mule uses as a template into which to insert values extracted from the message properties or variables.
- 5. Examples <html> <body> <table> <tr> <th>First Name</th> <th>Last Name</th> <th>Department</th> <th>Job Title</th> <th>Start Date</th> <th>Employee Type</th> </tr> <tr> <td>#[payload[0]['first_name']]</td> <td>#[payload[0]['last_name']]</td> <td>#[payload[0]['department']]</td> <td>#[payload[0]['job_title']]</td> <td>#[payload[0]['start_date']]</td> <td>#[payload[0]['employee_type']]</td>
- 6. Examples <flow name="exampleTemplateFlow1" > <http:listener config-ref="HTTP_Listener_Configuration" path="/" doc:name="HTTP" doc:description="Send GET request with a parameter, for example, http://localhost:8081/getEmployee?id=12345"/> <jdbc-ee:outbound-endpoint exchange-pattern="request-response" queryKey="getEmployeeById" queryTimeout="-1" connector-ref="Database" doc:name="Database" doc:description="Returns list of maps containing records; only the first one is required."/> <parse-template location="src/test/resources/responseHtml.template" doc:name="Parse Template"/> <set-property doc:name="Content Type" propertyName="Content-Type" value="text/html"/> </flow>
- 7. Examples To use the application in this example, you must send an HTTP request with a URL that includes an id query parameter, such as http://localhost:8081/getEmployee?id=12345. Dynamic HTML is returned according to the Mule expressions in the template
- 8. Thank You !!