Mule esb - How to make CRUD operations to a MySql Database in 5 minutes
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This document provides steps to perform CRUD operations on a MySQL database using Mule ESB in 5 minutes. It describes creating a Mule flow connected to a MySQL database, performing a select query to check existing data, configuring components to insert a new record which is verified, and then deleting the inserted record which is also verified. The process demonstrates how to create, read, update and delete data from a MySQL database using Mule ESB components.
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![Let’s start the server and point our browser to the configured url to trigger the flow,
The output on console should be something like this:
[[db_test].HTTP_Listener_Configuration.worker.0
1]
org.mule.api.processor.LoggerMessageProcessor:
1
The «1» in the payload is a boolean value saying that everything was ok!
So, we are ready to show the inserted record:
As you can see, we have now our record!](https://image.slidesharecdn.com/muleesbdb2-160518085141/85/Mule-esb-How-to-make-CRUD-operations-to-a-MySql-Database-in-5-minutes-4-320.jpg)
![Our next goal is to delete our newly created record. To do it, configure the db component in
this way:
Let’s start the server and point our browser to the
configured url to trigger the flow,
The output on console should be something like this:
[[db_test].HTTP_Listener_Configuration.worker.0
1]
org.mule.api.processor.LoggerMessageProcessor:
1
The «1» in the payload, again, is a boolean value saying
that everything was ok!
So, we are ready to show the the user table:](https://image.slidesharecdn.com/muleesbdb2-160518085141/85/Mule-esb-How-to-make-CRUD-operations-to-a-MySql-Database-in-5-minutes-5-320.jpg)
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Mule esb - How to connect to a MySql Database in 5 minutes
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Mule with stored procedure
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Mule esb db_1
Mule esb db_1Davide Rapacciuolo This document provides steps to connect a Mule ESB flow to a MySQL database:
1) Create a database called "mule_test" and a table called "User" in a MySQL instance.
2) Populate the "User" table with sample data.
3) Create a Mule project with a flow called "db_testFlow" that contains a HTTP listener endpoint.
4) Add the MySQL JDBC driver and configure the database connector.
5) Create a database query in the flow to retrieve data from the "User" table and log the results.
Stored procedure in mule
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Mule with stored procedure
Mule with stored procedureMohammed625 The document discusses how to call stored procedures from a Mule application using Mule's database component. It explains how to create a stored procedure in a database like MS SQL, then call it from a Mule flow by configuring the database connector and invoking the stored procedure using SQL. Testing the application by hitting a URL in the browser returns results from executing the stored procedure in the Mule console.
Mule with stored procedure
Mule with stored procedurejaveed_mhd The document discusses how to call stored procedures from a Mule application using Mule's database component. It explains how to create a stored procedure in a database like MS SQL, then call it from a Mule flow by configuring the database connector and invoking the stored procedure using SQL. Testing the application by hitting a URL in the browser returns results from executing the stored procedure in the Mule console.
Mule stored procedure
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Getting started with AWS
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4. Adding a domain name with Route53
5. Adding a load balancer with ELB
6. Adding session storage with Elastic Cache Redis
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Calling database with groovy in mule
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Understand Chef
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MongoDB Server Provisioning - From 2 Months to 2 Minutes
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Infrastructure as-code-guide-en-v6 299129
Infrastructure as-code-guide-en-v6 299129Ai K The document discusses automating infrastructure provisioning on Azure using infrastructure as code approaches with Puppet and Chef. It provides steps to set up a Chef workstation and deploy a virtual machine on Azure that is configured with IIS using a Chef cookbook. It also outlines how to deploy a Puppet master virtual machine on Azure and access the Puppet Enterprise console.
Cache for community edition 
Cache for community edition Khasim Saheb This document discusses implementing a cache in Mule Community Edition using a custom interceptor since Community Edition does not include the cache scope feature of Enterprise Edition. It provides an example of a custom interceptor class that caches payload data and includes a code sample. The document then demonstrates configuring and testing the custom cache interceptor on a web service that retrieves database records, showing that it continues returning the cached response even after the underlying database record is deleted.
Cache for community edition
Cache for community editionMohammed246 This document discusses implementing a cache in Mule Community Edition using a custom interceptor since Community Edition does not include the cache scope feature of Enterprise Edition. It provides an example of a custom interceptor class that caches payload data and includes a code sample. The document then demonstrates configuring and testing the custom cache interceptor on a web service that retrieves database records, showing that it continues returning the cached response even after the underlying database record is deleted.
Cache for community edition 
Cache for community edition javeed_mhd This document discusses implementing a cache in Mule Community Edition using a custom interceptor, as the cache scope is only available in the Enterprise Edition. It provides an example of a custom interceptor that caches payload data and applies a filter expression. The flow is divided into two parts connected by a VM component. The interceptor is used and configured with a filter expression property. Testing is done using SoapUI to call the web service and validate that the cached response is returned even after deleting the cached data from the database.
Cache community edition 
Cache community edition AbdulImrankhan7 This document discusses implementing a cache for Mule Community Edition using a custom interceptor, as Community Edition does not include the cache scope feature of Enterprise Edition. It provides an example of a custom interceptor that caches payload data and includes a filter expression. The document then demonstrates configuring and testing the custom interceptor by calling a web service that retrieves and caches database records, even after the records are deleted from the database directly. So the custom interceptor allows implementing caching capabilities in Community Edition similarly to the cache scope in Enterprise Edition.
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Mule esb - How to use Idempotent Filters in 5 minutes
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Mule esb - How to convert from Json to Object in 5 minutes
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- 1. Mule ESB How to make CRUD operations to a MySql Database in 5 minutes Gennaro Spagnoli - 2016
- 2. Gennaro Spagnoli - 2016 Let’s assume you have a fully configured MySql instance in local environment, and you can access to phpmyadmin administration tool. As a first step, we will be creating a flow with a configured database instance:
- 3. Gennaro Spagnoli - 2016 Now let’s making a select query on our db administration tool to check the data already present on the db: Having done this, we’re now ready to configure the mule component in order to write some new data on the database:
- 4. Let’s start the server and point our browser to the configured url to trigger the flow, The output on console should be something like this: [[db_test].HTTP_Listener_Configuration.worker.0 1] org.mule.api.processor.LoggerMessageProcessor: 1 The «1» in the payload is a boolean value saying that everything was ok! So, we are ready to show the inserted record: As you can see, we have now our record!
- 5. Our next goal is to delete our newly created record. To do it, configure the db component in this way: Let’s start the server and point our browser to the configured url to trigger the flow, The output on console should be something like this: [[db_test].HTTP_Listener_Configuration.worker.0 1] org.mule.api.processor.LoggerMessageProcessor: 1 The «1» in the payload, again, is a boolean value saying that everything was ok! So, we are ready to show the the user table: