Mule Standalone 3.9 Download

[Geppe Warton]

Thisprocedure assumes that you have launched Studio and that you have opened a new or existing project. If you have not yet opened your first project in Studio, click File > New > Mule Project, and observe the default value in the Server Runtime field in the wizard.

To view the Studio version, right-click the project name in Package Explorer. The version appears next to the mule-project.xml file name. You can also double-click the mule-project.xml file name and view the version in the Server Runtime field:

The standard download provided at the top of the Downloads page includes the latest version of Anypoint Studio bundled with a 30-day trial of the Mule Enterprise runtime versions. See Adding Community Runtime for instructions on how to add the Community runtime, or other Mule runtimes, into your instance of Studio.

The latest version of Anypoint Studio includes the latest runtime version. See Installing Extensions for instructions on how to add other Mule runtime versions into your Studio instance. When you create new projects or import projects into Studio, you can select the runtime on which you want to deploy your project.

That is it. I have wrapper worked on trial license for 15 minutes each run.I can install mule as Windows service by command mule install and start/stop it with commands mule start/stop

If I run Mule standalone, all documentation is asking me to register the standalone instance with Mule Runtime Manager (which is by default Cloud but I assume it can be on a private cloud too). This launches an agent that registers the Mule instance with Cloud based Runtime manager.

We run standalone instances that we used to connect to MMC, even without support for a while. Our sales rep urged us to switch to Anypoint Runtime Mgr(ARM) and with his assistance we did so, including help with logins for our staff mbrs needing it. That means we connected/logged in to Mulesoft site remotely via browser, connecting to anypoint.mulesoft.com plus some more URL detail that i won't reveal herein. We then identified our local standalone test Mule Server (our standalones are all Windows Servers) within ARM to monitor(which provides stopped/started failed/successful statuses) at deployment time and during regular operations of our apps from our local filesystems to the standalone.-------------There are many other benefits to ARM which i won't go into at this time, but it(ARM) works well, has been reliable and gives us both application and server statuses on demand. Alerts can be set as well but we haven't set any of those up as yet. In ARM we are running Gateway version:3.9.3 Agent version:1.14.2.Please note that we are remaining at Mule V3.9.x for the time being. (No time for app flow conversion to Dataweave in 4.x.x)Hope this helps some to convince you of ARM usefulness, especially as versus to staff server access for the migration/depoyment process, even in test.--MPC

With our field knowledge, we have seen multiple customers successfully migrate from on-premises standalone Mule runtimes to Runtime Fabric. Below are some guidelines to help on your migration journey to Runtime Fabric.

Although Runtime Fabric is provided to customers as an appliance, we found that fundamentals of Linux, Docker, and Kubernetes are a must to support Runtime Fabric clusters. When troubleshooting Runtime Fabric issues, some commonly used Kubernetes and gravitational commands will come in handy. We recommend the operations teams that maintains Runtime Fabric environments also design, implement, and architect production-level Runtime Fabric clusters. Also, invest in getting certified in the underlying technologies, such as Kubernetes, MuleSoft Certified Platform Architect, and Linux administration.

Before you install Runtime Fabric cluster, you will need to determine which level in the organization structure Runtime Fabric will be created. When you are creating a Runtime Fabric cluster, you can create them at any level of the organization structure. If you choose to create the cluster at the master-org level it will allow you to share the cores in Runtime Fabric with the business group created under the master organization. Runtime Fabric cluster can be shared vertically down in Anypoint Platform, but not across. Runtime Fabric cluster inherited in the child group will have all the settings in read-only mode. Some of the common scenarios are mentioned below:

Some customers want to govern the number of cores used by a line of business (LOB). In those cases, we recommend you create Runtime Fabric cluster at the business group level of the LOB. In this setup, you will incur additional infrastructure costs to setup controller and worker nodes for each LOB, but you will be able to allocate part of the cores to a LOB to create a chargeback model. Each LOB should be capable to support operations for Runtime Fabric cluster.

Some of the known Runtime Fabric limitations are mentioned here.

Anypoint Security secrets manager uses secure vault technology to store and control access to certificates. In Runtime Fabric, to enable the inbound traffic for an incoming request you will need to add the CA certificate in Runtime Manager Runtime Fabric configuration. You can store TLS artifacts in the secrets manager and then configure Anypoint Runtime Fabric inbound traffic configurations using the TLS context from secrets manager. When you are creating a certificate for Ingress, a common name (to which the certificate applies) must be specified. You have two options:

When migrating the application to Runtime Fabric, you will need to tweak the CICD pipelines to support the Runtime Fabric deployments. Runtime Fabric has some additional steps to upload deployment jar in Exchange. Before a MuleSoft application can be deployed into Runtime Fabric, the deployable jar should be uploaded to Anypoint Exchange. Anypoint Exchange acts as an artifact repository for MuleSoft applications. You should make sure that no other artifact with the same artifact ID as the MuleSoft application name exists inside Anypoint Exchange with a different artifact type or else it will return an error. Multiple versions of the deployment jar in Exchange helps you with rollback and rolling updates. MuleSoft application jar can be published into Exchange using:

If the on-premises system has any log aggregation agents installed, like SPLUNK or ELK, you will need to change the strategy as agents cannot be installed into the running app/Mule runtime container, nor can sidecar container be created as we cannot change the container orchestration process in Runtime Fabric. You can forward the logs to external, service such as Cloudwatch, Azure log, SPLUNK, etc.

You can disable or enable log forwarding per application in Runtime Fabric. Shared log4j.xml for multiple Mule applications on-prem is not supported in Runtime Fabric. Each Runtime Fabric application will need to package a custom log4j.xml with appenders added for the external logging system if needed. If you have to change the log levels using the runtime manager UI or Properties, on-prem has a logging tab in Runtime Manger which will allow you to change the logging levels of different packages (Eg: HTTP). If you need to change the log levels you will have to use the properties tab with logging.level syntax to change the log level of packages.

In this blog post, we covered the migration steps that you will need to consider when moving from a standalone on-prem setup to Runtime Fabric. Runtime Fabric also supports Mule 3.x runtimes but to reduce technical debt consider this as an opportunity to move your Mule 3 applications to Mule 4 on Runtime Fabric. In the next blog, we will discuss the migration steps for CloudHub to Runtime Fabric.

To learn more about Runtime Fabric, take our Anypoint Platform Operations: Runtime Fabric course. If you would need help with the migration implementation, contact MuleSoft Professional Services or a MuleSoft Partner.

##Pre-requirementsWe will use Anypoint Studio (the May 2014 release) to develop the Mule applications and Mule ESB 3.5.0 Community Edition standalone runtime to execute the applications. They can both be downloaded from here. For the scope of this blog we assume that Mule ESB 3.5.0 CE standalone runtime is installed in the folder $MULE_HOME.

##Develop the Mule applicationsIn Anypoint Studio create a new project using File --> New --> Mule Project, set the project name to http-one, ensure that the runtime named Mule server 3.5.0 CE is selected and hit the Finish button, e.g.:

The project will be created and a graphical flow editor will be opened.Create a simple HTTP service by dragging in a HTTP connector and an Echo component. Set the HTTP port and path to values of your choice, 8081 and one in my case:

You can now try to run the Mule flow inside Anypoint Studio by right-clicking on the flow file (http-one.mflow and select Run As --> Mule Application. Then within a Web Browser try out the application. A request sent to :8081/one/hello should respond /hello like:

Anypoint Studio does not yet support the concept of shared resources so we have to edit the underlying XML configuration file. Switch to the Configuration XML tab in the flow editor and add connector-ref="my-shared-http-connector" to the http-inbound-endpoint, see:

Now we can create the deployable file for our application by right-clicking on the project folder http-one and select Export... --> Mule --> Anypoint Studio Project to Mule Deployable Archive and specify a proper name of the zip-file, e.g. http-one.zip.

To create the other application repeat the steps above, but name the application http-two instead. Ensure that you use the same HTTP port, but another path as in the first application. I used 8081 and two for my second application.

##Start Mule ESBWe should now be able to start Mule ESB with the shared HTTP connector and the two applications that expose HTTP services using one and the same HTTP port. The startup should result in an output like:

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