![]() These dependencies include the ntimes_common collection, which helps facilitate the retrieval of the archive containing the JBoss Web Server server from the Red Hat customer portal. Installing 'ansible.posix:1.5.4' to '/root/.ansible/collections/ansible_collections/ansible/posix'Īnsible.posix:1.5.4 was installed successfullyĪnsible Galaxy fetches and downloads the collection's dependencies. ntimes_common:1.1.3 was installed successfully Installing 'ntimes_common:1.1.3' to '/root/.ansible/collections/ansible_collections/redhat/runtimes_common'ĭownloading to /root/.ansible/tmp/ansible-local-88isxfxlvv/tmpvujtdugq/ansible-posix-1.5.4-yie4utve Redhat.jws:2.0.0 was installed successfully Installing 'redhat.jws:2.0.0' to '/root/.ansible/collections/ansible_collections/redhat/jws'ĭownloading to /root/.ansible/tmp/ansible-local-88isxfxlvv/tmpvujtdugq/redhat-runtimes_common-1.1.3-pf34k4r_ Starting galaxy collection install processĭownloading to /root/.ansible/tmp/ansible-local-88isxfxlvv/tmpvujtdugq/redhat-jws-2.0.0-zf_lh9ed Once you have configured Ansible to use Automation Hub, install the certified collection: $ ansible-galaxy collection install redhat.jws If you are not familiar with Ansible, note that this configuration file lives in the same directory as the Ansible playbook we are going to design for our JWS deployment. Update the field with the token obtained from Automation Hub: Follow the instructions on Automation Hub to retrieve your token and update the ansible.cfg configuration on your Ansible controller. To install the Red Hat Certified Collection for JBoss Web Server, you will need to configure Ansible to use Red Hat Automation Hub as the preferred Galaxy server. Once you have Red Hat Enterprise Linux 9 set up and Ansible 2.14 ready to go, you need to install the Red Hat Ansible Certified Content Collection 2.0 for Red Hat JBoss Web Server. Installing the Red Hat Ansible Certified Content Collection Note: The procedure in this article may not execute successfully if you use a different Python version or target operating system. Verifying the version of Ansible is pretty straightforward, and it also provides the needed information on the Python version used to run it: $ ansible -versionĬonfigured module search path = Īnsible python module location = /usr/lib/python3.9/site-packages/ansibleĪnsible collection location = /root/.ansible/collections:/usr/share/ansible/collections Red Hat Enterprise Linux release 9.3 (Plow) To check with version of RHEL the controller is running, the following command can be used: $ cat /etc/redhat-release The controller for this demonstration has the following requirements: We'll use this configuration on both the Ansible control node (where Ansible is executed), which will be referred to from now on as controller, and the Ansible target (the system being configured). In this case, you'll be using Red Hat Enterprise Linux 9 with Python 3.9. Preparing the target environment Prerequisitesīefore we start with the automation work, we need to specify the target environment. Our Ansible playbook will fully automates all of those operations, so no manual steps will be required. Perform a health check to ensure that the deployed application is accessible.Deploy web applications along with enabling and starting the JBoss Web Server as a systemd service.Fine-tune the configuration of the JBoss Web Server server, such as binding it to the appropriate interface and port.Ensure the required Java Virtual Machine is installed.Configure the Red Hat Enterprise Linux (RHEL) operating system including the users, groups, and the required setup files to enable JBoss Web Server as a systemd service.Retrieve the archive containing the JBoss Web Server from the Red Hat Customer Portal and install the files on the system.This automation encompasses the following tasks: In this article, we will illustrate how Ansible can be used to completely automate the deployment of a JBoss Web Server 6 instance on a Red Hat Enterprise Linux 9 server. Ansible is an automation tool that provides a suite of tools for managing an enterprise at scale. ![]() Red Hat JBoss Web Server (JWS) combines the servlet engine (Apache Tomcat) with the web server (Apache HTTPD), and modules for load balancing (mod_jk and mod_cluster). Some of these instances have been containerized over the years, but many still run in the traditional setup of a Linux-based virtual machine or even on bare metal. When it comes to Java web servers, Apache Tomcat remains a strong favorite.
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