Mule debugging
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This document describes various techniques for debugging Mule applications, including the Studio Visual Debugger, troubleshooting, and logging. The Visual Debugger allows setting breakpoints to inspect messages at different points in a flow. Troubleshooting options include configuring stacktraces, debugging outside of Studio using Eclipse or standalone mode, and using log statements to follow message state.
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Mule requesterSindhu VL Mule requester is a Mule module that allows resources like files, messages, and emails to be requested at any point in a Mule flow. This provides more flexibility than only being able to request resources through message sources. The mule requester can consume messages from a queue on demand, such as after an HTTP request, rather than immediately. It provides reusable functionality for common use cases like loading a file in the middle of a flow or consuming messages from a queue at a specific point. The module is reusable, simple to use, can be installed in MuleStudio, and used with Maven. It supports expressions and automatic transformation of the requested resource to the specified return type.
Encrption in mule
Encrption in muleSindhu VL This document discusses how to configure Pretty Good Privacy (PGP) encryption in Mule. PGP provides cryptographic privacy and authentication for data communication. Configuring PGP in Mule involves setting up a security manager, key manager, and credential accessor. The security manager holds the encryption strategy and key rings. The key manager reads the key rings and requires configuration of the public/secret rings, alias ID, and passphrase. The credential accessor determines which key ID to use and can return different IDs for different messages. Examples show configuring these components and using encrypt and decrypt transformers.
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- 2. This section describes how to debug your Mule application using: Studio Visual Debugger TroubleShooting
- 3. Studio’s Visual Debugger allows you to run your application in Debug mode, stopping execution to check the contents of a message at previously-specified building blocks. To do this, you set a breakpoint at any building block in your flow that you wish to check or test (see image below). When you run your application in Debug mode, the application stops immediately after executing the building block with the breakpoint. Using the Mule Debugger View, you can browse through the contents of the message as it exists at that point in the flow, and evaluate Mule Expressions against the message.
- 4. Complete the following macro-steps to use the Visual Debugger in Studio. 1. Setting Breakpoints breakpoints on building blocks in your application. Regf 2. Running in Debug Mode the application in Debug mode. 3. Viewing Message Data at a Breakpoint and/or Evaluating Mule Expressions the data in the first building block with a breakpoint. 4. Resume application execution. 5. Repeat step 3 with the next building block with a breakpoint, if any.
- 5. Right-click a building block, then select Toggle breakpoint.
- 6. In the Package Explorer pane, right-click your application, then select Debug As> Mule Application. Studio begins running the application in Debug mode, and displays the Confirm Perspective Switch window.
- 7. When you begin running your application in Debug mode, Mule opens the Mule Debugperspective. Until a message arrives at the first breakpoint, the Mule Debugger View in the console displays a message that reads, "Connected with mule ESB. Waiting for a mule message to arrive!" The image below illustrates the Mule Debug perspective.
- 10. This section introduces a number of techniques useful in troubleshooting Mule problems and in gathering information for technical support. Configuring Mule Stacktraces Debugging Outside Studio Logging
- 11. By default Mule will filter out some internal class references from stacktraces to produce a more readable output. This behavior can be controlled one of three ways: Command-line arguments Setting properties in Mule Studio Using JMX
- 12. In Anypoint Studio, you can use the Studio Visual Debugger to help you troubleshoot your app. If you’re creating your Mule app oustide Studio, you can resort to the following options: When Running From Eclipse : Select the "Debug As > Mule Server" start-up mode from your configuration file. Any breakpoint you will have set in your custom code or Mule’s source code will suspend the
- 13. When Running Mule Standalone :You need to start Mule with the -debug to activate remote debugging, which gives (on Linux): $MULE_HOME/bin/mule -debug With this option, Mule will start normally with the only difference being the following message logged in the console: Listening for transport dt_socket at address: 5005
- 14. he less high-tech and most popular of all debugging techniques is the usage of log statements in order to follow the evolution of an application’s state. In Mule, the state you’re interested in resides in the messages that are flowing through your configuration and, possibly, custom code. If you’re running your Mule configuration from Eclipse, the log outputs are visible right in Eclipse console window. If you’re running