Create database with mule
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The document discusses how to initialize a database by clearing existing data when a Mule application starts on the server. It provides an example of a Mule flow that uses a Groovy script to delete all rows from a database table before the flow runs. When the application is deployed, the Groovy script clears the table so that a new row can be inserted. Checking the database before and after starting the application demonstrates that the initialization worked as intended.
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Mule can run web applications using its embedded Jetty container. This allows a web application deployed in Mule, like a JSP application, to interact with and integrate with Mule flows. For example, a web form in a JSP can capture input which is passed to a backend web service flow in Mule. This flow can then interface with a database and return a response. So the web application and Mule flows can seamlessly pass data between each other to build a full web application integrated with Mule's capabilities like ESB functionality and orchestration.
Mule with stored procedure
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
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.
Stored procedure in Mule
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
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 confirms that the stored procedure runs successfully from Mule.
Mule with stored procedure
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 MS SQL, call the stored procedure from a Mule flow, and test the application by hitting a URL that triggers the flow. The goal is to demonstrate how simple it is to leverage stored procedures through Mule's database capabilities.
Stored procedure in mule
The document discusses how to call stored procedures from a Mule application. It explains that Mule's database component allows connecting to JDBC databases and running SQL operations like stored procedures. It then demonstrates creating a stored procedure in MS SQL, calling it from a Mule flow, and testing the application.
Deploy with maven
Maven can be used to develop and deploy Mule applications. To deploy a Mule application using Maven, you first create a Maven project in Anypoint Studio with a pom.xml file, add dependencies to the pom.xml, and build the project. The build will generate a deployable zip file that gets copied to the Mule standalone server apps folder. You can then start the standalone server to deploy the application.
Deploy apps in standalone with maven
This document discusses how to deploy a Mule application to a Mule standalone server using Maven. It explains that you need to create a Mule project with Maven in Anypoint Studio, which will generate a pom.xml file. The pom.xml file needs to be configured to copy the generated deployment ZIP file to the Mule standalone server's apps folder. Running Maven from the command line or in Anypoint Studio will then build the project, deploy it to the standalone server, and allow it to be tested by hitting the configured URL.
Backup your tables to SQL Azure using SQL Stretch
From SQL Server 2016 onwards you can migrate whole or a portion of you cold data to Microsoft Azure.
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Cache for community edition
This document discusses implementing a cache in Mule Community Edition using a custom interceptor since Community Edition does not have the cache scope feature of Enterprise Edition. It provides an example of a custom interceptor class that can be used to cache payload data and filter expressions. The document also includes an example Mule configuration and flow that divides the flow into two parts connected by a VM component and uses the custom interceptor. It demonstrates testing the flow by calling a web service, deleting database data, and calling the service again to show the cached response is returned rather than hitting the database again.
Cache for community edition
In Mule Community Edition, cache can be implemented using a custom interceptor since it lacks the cache scope feature of Enterprise Edition. The document demonstrates implementing a cache using a custom interceptor in Community Edition. It shows the flow configuration divided into two parts connected by a VM component. The custom interceptor class is used along with a filter expression property. Testing is done using SoapUI to call the web service and validate that responses come from the cache rather than hitting the database after deleting data.
Cache for community edition
This document discusses implementing a cache in Mule Community Edition using a custom interceptor since Community Edition does not have the cache scope feature of Enterprise Edition. It provides an example of a custom interceptor class that can be used to cache payload data and filter expressions. The document also includes an example Mule configuration and flow that divides the flow into two parts connected by a VM component and uses the custom interceptor. It demonstrates testing the caching by calling a web service, deleting database data, and calling the service again to show it returns the cached response without hitting the database.
Mule esb - How to connect to a MySql Database in 5 minutes
This document provides instructions for connecting Mule ESB to a MySQL database in 5 steps: 1) Create a database called "mule_test" and a table called "User" with sample data using phpMyAdmin; 2) Populate the "User" table with sample data; 3) Create a new Mule project with an empty flow called "db_testFlow" and an HTTP inbound endpoint; 4) Add the MySQL JAR client to the project build path; 5) Configure the database connector and create a query to retrieve the "User" table data and print it to the console using a logger component.
Cache for community edition
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
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.
Community edition Cache
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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Finance connectors with mule
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MuleSoft provides solutions for integrating Microsoft applications and platforms like .NET, Microsoft SharePoint, Microsoft Dynamics CRM, and MSMQ. This allows organizations to leverage existing Microsoft investments by connecting applications across diverse codebases on-premises and in the cloud on a modern integration platform. MuleSoft's solutions for Microsoft give IT organizations using .NET the ability to connect different applications and services wherever needed.
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Mule ESB is an open source enterprise service bus (ESB) that allows for lightweight and flexible integration. It uses a loosely coupled architecture and supports major protocols and technologies. Mule ESB uses a staged event-driven (SEDA) architecture that decomposes services into stages for modularity and code reuse. It processes messages using universal message objects (UMOs) and endpoints, with transports handling specific protocols and connectors sending/receiving messages. Transformation and routing are done through transformers, routers, and an exception strategy handles errors.
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Create database with mule
- 1. Create Database with Mule
- 2. We can easily initialize the database by using a Groovy script. Let us consider we need to clear all the database value when our Mule application will start in server.
- 3. Let us consider we have the following Mule flow, which will use the database component to insert a new value into database table. But we also require when this flow will start at server it will initialize the database by clearing (deleting) the old values from the table
- 4. So, before we will start the flow in the server we will check the existing values in database table which will be cleared when the application will be deployed into server:- As you can see the current database table has the above rows which we need to clear when our Mule application will be deployed
- 5. The corresponding Mule flow will be as follows:- Here is you can we are using Groovy script which will call database query “Delete from table1” at the start of the application
- 6. Now let’s start our application and deploy it into Mule server So, you can see that whenever the Mule application is started the database is initialized at the start and the data are cleared from the table
- 7. You can see now the table is empty and no data is there in database
- 8. And now if we hit http://localhost:8081/initial in our browser we will get the following The Mule flow has inserted a new row in the database table
- 9. And if we check the database now, we will find a new row is inserted there in the Database table
- 10. In my next slide I will bring some other techniques in Mule implementation . Hope you have enjoyed this simpler version. Keep sharing your knowledge and let our Mule community grow