As we walk through this chapter, we will show you how to deploy two applications.

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One application does not require database connectivity, while the second is a database-aware application which requires some WebSphere Application Server WAS configuration to provide database connectivity to the application. We will also cover a new feature of WAS 8, where an application can be deployed simply by placing the application in a special monitored directory.

These applications may be written in-house or delivered by a thirdparty vendor. For the purpose of understanding a manual deployment, we are going to install the default application EAR file. The following steps will show how we deploy the EAR file. Open the Administration console and navigate to the Applications section and click on New Application, as shown in the following screenshot: 2.

You now see the option to create one of the following three types of applications: Application type Description Enterprise Application An EAR file on a server configured to hold installable Web Applications, WAR, Java archives, library files, and other resource files. Business-level Application A business-level application is an administration model, similar to a server or cluster. However, it lends itself to the configuration of applications as a single group of modules.

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More about this topic is covered at the end of this chapter. Asset An asset represents one or more application binary files that are stored in an asset repository, such as Java archives, library files, and other resource files.

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Assets can be shared between applications. We cover managing assets as part of BLAs later on in this chapter. Click on New Enterprise Application.

As seen in the following screenshot, you will be presented with the option to either browse locally on your machine for the file, or remotely on the Application Server's filesystem. Since the EAR file we wish to install is on the server, we will choose the Remote file system option. It can sometimes be quicker to deploy large applications by first using Secure File Transfer Protocol SFTP to move the file to the application server's file system and then using the remote file system option. Using the Local file system option is slower, as it will require an HTTP file transfer from your local machine to the server.

The following image depicts the path to the new application. Click Browse: 6. You will now see the name of the application server node. If there is more than one profile, select the appropriate instance. You will then be able to navigate through a web-based version of the application server's filesystem, as shown in the following screenshot: [ 79 ] Deploying your Applications 7.

Locate the DefaultApplication. Click Next to begin installing the EAR file.

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On the Preparing for the application installation page, there are two options to choose from: Install option Description Fast Path The deployment wizard will skip advanced settings and only prompt for the absolute minimum settings required for the deployment. Detailed The wizard will allow, at each stage of the installation, the user to override any of the J2EE properties and configurations available to an EAR file.

The Choose to generate default bindings and mappings setting allows the user to accept the default settings for resource mappings or override with specific values. Resource mappings will exist depending on the complexity of the EAR.

Bindings are JNDI to resource mappings, which have been preset in the application. Not all applications will contain XML-based binding files. EAR files also contain pre-configured XML descriptors which specify the JNDI name that the application resource uses to map to matching application server provided resources. By choosing the Detailed option, you get prompted by the wizard to decide on how you want to map the resource bindings. By choosing the Fast Path option, you are allowing the application to use its pre-configured default JNDI names, which can also be pre-set using the aforementioned binding files.

We will cover the details of resources in later chapters. For now, select Fast Path. Click on Next: [ 80 ] Chapter 3 2. In the Path to the new application screen, browse the remote filesystem and select DefaultApplication. Click Next: 3.

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In the next screen, we are given the ability to fill out some specific deployment options. The default is not to precompile JSP files. You can change this if you want the application to be physically located outside of the WebSphere Application Server file structure. Distribute application The default is to enable application distribution.

You can override this and choose not to distribute the application across multiple nodes. Use Binary Configuration Specifies whether the application server uses the binding, extensions, and deployment descriptors located within the application deployment document, the deployment. Its default value is false.

Application name A logical name for the application. The default name is the same as the EAR file. An application name must be unique within a cell.

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The default is to create MBeans. Override class reloading settings for Web and EJB modules Specifies whether the WebSphere Application Server runtime detects changes to application classes when the application is running. If this setting is enabled and if application classes are changed, then the application is stopped and restarted to reload updated classes. The default is not to enable class reloading.

Reload interval in seconds Specifies the number of seconds to scan the application's filesystem for updated files. Process embedded configuration Specifies whether the embedded configuration should be processed. An embedded configuration consists of files such as resource. When selected or true, the embedded configuration is loaded to the application scope from the.

File Permission Allows all files to be read but not written to. Allows executables to execute. Allows HTML and image files to be read by everyone. Application Build ID A string that identifies the build version of the application. Once set, it cannot be edited.

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Allow dispatching includes to remote resources Web modules included in this application are enabled as remote request dispatcher clients that can dispatch remote includes. Allow servicing includes from remote resources Web modules included in this application are enabled as remote request dispatcher servers that are resolved to service remote includes from another application.

Business level application name Specifies whether the product creates a new business-level application with the enterprise application that you are installing or makes the enterprise application a composition unit of an existing business-level application. For most applications, you will not have to change these previous settings. Click on Next to move on to the Map modules to server page and map the application to the appropriate server. At this stage, we only have one application server profile.

We are going to look at managing multiple server nodes in Chapter 9, Administrative Features. We want to ensure that both of these are mapped to the same server, server01, which we created in Chapter 1, WebSphere Application Server 8.