Mule UDP Transport
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User Datagram Protocol (UDP) is a stateless protocol used for sending and receiving datagrams (messages) over a network in a fast but unreliable manner. It allows programs running on different computers to send short messages known as datagrams with no guarantee of delivery. UDP is defined in RFC 768 and was created by David P. Reed. The UDP transport in Mule allows sending and receiving messages using UDP sockets.
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The document discusses Mule's servlet connector, which allows Mule applications to listen for messages received via HTTP servlet requests. The servlet connector configuration involves specifying properties like the servlet path, response timeout, encoding, and reconnection strategy on various tabs. Transformers can also be configured to transform the request before sending and response after receiving from the servlet.
Mule SSL(TLS) component
This document discusses the Mule SSL(TLS) component in Mulesoft. It describes what SSL and TLS are, and provides details about the configuration options for the SSL(TLS) component in Mule, including settings on the General, Advanced, Reconnection, and Transformers tabs. The Notes and Metadata tabs are also mentioned.
Mule MongoDB connector
This document provides information about the Mule MongoDB connector. It describes what MongoDB is, which is a document-oriented database with dynamic schemas and scalability. It then explains that the MongoDB connector provides a connection between Mule and MongoDB servers, implementing the MongoDB API and including data transformers. It outlines the various configuration tabs for the MongoDB connector, including the general, pooling profile, and reconnection tabs, listing the properties available on each tab for configuring connections and behavior.
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 AMQP Connector
The document discusses the Mule AMQP connector configuration in Mule. It describes the options available on different tabs when configuring the connector - the general tab allows configuring properties like exchange name, queue name, routing key etc. The advanced tab has options like response timeout, encoding. The reconnection tab deals with reconnection strategies. The reference tab allows selecting global configurations. The notes and metadata tabs are used to add additional notes and metadata for the connector.
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The document discusses the Mule Microsoft Sharepoint 2010 connector. It provides an overview of Microsoft Sharepoint and explains that the connector enables integration with Sharepoint 2010 through its SOAP API. It then lists the supported operations for lists/items and files/folders. The remainder of the document describes the configuration wizard for the connector, including the general, pooling profile, reconnection, and notes tabs.
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The document discusses the Mule Microsoft Sharepoint 2013 connector. It describes how the connector enables integration with Sharepoint 2013 through its REST API. It covers authentication schemes like NTLM, claims-based authentication, and authentication for Sharepoint Online. It also provides details on configuring the connector, including configuring claims-based authentication, general connector settings, pooling profiles, and reconnection strategies.
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The document discusses Mule Microsoft Service Bus connector configuration in Mule. It describes that the connector enables integration with Windows Service Bus and Azure Service Bus through AMQP 1.0. It provides details about the various tabs in the connector configuration wizard including general, pooling profile, reconnection tabs. It explains the different properties and options available to configure the connector for operations with queues, topics and event hubs on Service Bus.
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Mule LDAP Connector
The document provides information about Mule's LDAP connector including:
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- Configuring the LDAP connector involves specifying connection details like the LDAP server URL and credentials, as well as cache, reconnection, and logging settings.
- The configuration wizard guides users through settings for general connection properties, cache configuration, and reconnection strategy.
Mule HDFS Connector
The document discusses the Mule HDFS Connector configuration options. It describes the General, Connection, Config Reference, Pooling Profile, and Reconnection tabs in the configuration wizard.
The General tab contains options like display name, config reference, operation, path, and buffer size. The Connection tab adds the connection key. The Config Reference tab sets properties like name, connection key, file system, and resources. The Pooling Profile tab controls pooling with properties like max active, max idle, and initialization policy. Finally, the Reconnection tab sets reconnection strategies and properties like frequency, attempts, and reconnector forever.
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Mule Collection Aggregator
The Aggregator is a message handler that receives multiple messages and combines them into a single message. The Collection Aggregator specifically groups incoming messages that have matching group IDs before forwarding them together. It uses a timeout to determine how long to wait for messages to complete a group before forwarding or throwing an exception. Configuration options include the timeout, message mapping expressions, store prefix, and tracking business events.
Mule Collection Splitter
The Splitter component partitions incoming messages into multiple parts that can be processed independently. The Mule Collection Splitter splits a message into fragments using an expression, then sends the fragments one by one to the next processor. A Collection Aggregator can then reassemble the original message after asynchronous processing on separate servers. Configuration involves setting the display name, enabling correlation, and mapping message attributes like ID and correlation.
Mule Custom Aggregator
An aggregator joins messages from multiple connectors into a single flow by correlating them. A custom aggregator is implemented as a user-written class that aggregates messages by implementing the MessageProcessor interface. Configuring a custom aggregator involves specifying its class name, timeout, message info mapping, and optional properties. The message info mapping tab defines expressions to map message attributes to the message ID and correlation ID.
Mule Message Chunk Aggregator
The Mule Message Chunk Aggregator can be used to aggregate messages that are split into parts by a message splitter. It accepts incoming message parts and uses message attributes to correlate the parts into complete messages that are then sent to downstream flows. The aggregator can be configured with options like a timeout, message ID and correlation ID expressions to map attributes, and a store prefix for object stores. Additional tabs allow adding business events tracking and notes or metadata.
Mule Message Chunk Splitter
The Splitter Flow Control splits messages into fragments and sends them individually to the next processor. It identifies segments based on an expression, usually in Mule Expression Language. Splitting and aggregating allows processing message parts asynchronously across servers while still reassembling the full message. The splitter configuration wizard provides options for the display name, correlation IDs, message size, and mapping message attributes to IDs. The advanced tab adds business event tracking, while notes and metadata tabs include additional information.
Mule Expression Transformer
The Expression Transformer evaluates expressions on a message and returns the results. It can return a single result or an array of results from multiple expressions. It has configuration options to set the display name, return class, encoding, MIME type, and expressions to transform the message data. The Advanced tab allows adding multiple evaluators to transform message properties. The Notes and Metadata tabs add notes and metadata to the transformer.
Mule Schema Validation Filter
The Schema Validation filter validates incoming XML messages against an XSD schema. It can be used before message processors to determine if the message should continue in the flow based on validation results. The filter configuration allows specifying the schema location, language, and error handling. A resource resolver can also be configured to locate schemas, with options to define its class, scope, initialization, and factory settings.
Mule Resequencer Filter
The Resequencer filter sorts messages by their correlation sequence property and issues them in the correct order. It uses timeout and failOnTimeout attributes to determine when all messages in a set are received. The filter configuration wizard includes tabs for general settings like the display name and timeout, advanced tracking of business events, message info mapping, and notes/metadata.
Mule object to-xml transformer
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The XML-to-JAXB object transformer in Mule allows serialization of objects to XML and back using JAXB binding. It has configuration options like the display name, return class, encoding, MIME type, and reference to a global JAXB context. The context configuration specifies the context name and package names for which JAXB binding will be generated. Additional notes and metadata can also be added.
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Mule UDP Transport
- 1. By – Ankush Sharma
- 2. User Datagram Protocol (UDP) is part of the Internet Protocol suite used by programs running on different computers on a network. UDP is used to send short messages called datagrams but overall, it is an unreliable, connectionless protocol.UDP is officially defined in RFC 768 and was formulated by David P. Reed.
- 3. Universal Datagram Protocol, or UDP, is a stateless protocol for sending or receiving large amounts of messages (datagrams) quickly. The UDP transport in Mule allows sending messages to or receiving messages with Mule using UDP sockets.
- 5. Following are the options on general tab – Display Name – The display name to be displayed in Mule flow. Exchange Pattern – The type of exchange pattern to be used with this component. Host – The host for this component. Port – The port for this component. Connector Configuration – Reference to the global connector configuration.
- 7. Following are the options on advanced tab – Address – The address to this component. Response Timeout – Response timeout time in milliseconds. Encoding – Encoding standard to be applied on message data. MIME Type – MIME type of the message data. Connector Endpoint – Reference to the global connector endpoint configuration.
- 9. Following are properties on reconnection tab – Do not use a Reconnection Strategy – This is the default radio button which specifies do not try to reconnect if there is error connecting to the web address URL. Standard Reconnection – Use this radio button to enable a standard reconnection strategy. Frequency (ms) – The frequency time in milliseconds after which the File connector will try to access the web address URL. Reconnect Attempts – This tells how many times the File connector will try to connect to web address URL. Reconnector Forever – Check this box if there is need to make File connector connect to web address URL until there is a successful connection with it. Custom Reconnection – Use this radio button to create a custom Reconnection strategy. Class – The java class which will come in action after a failed connection attempt. Run the connection in a separated thread – Check this box if there is need to use this custom reconnection operation in separate thread.
- 11. Following are properties on Transformers tab – Global transformers – Enter a list of synchronous transformers that are applied to the request before it is sent to the FTP transport. Transformers to be applied - Enter a list of synchronous transformers that are applied to the response before it is dispatched from the FTP transport.
- 12. Notes tab - This tab is used to add special notes for the UDP transport. Metadata tab – This tab is used to add any metadata entry for UDP transport.