This blog is the first in a four-part series on infrastructure automation for government agencies that are modernizing digital systems while grappling with budget and staffing constraints and the challenges of COVID-19. The last 12 months have been a turning point for many government agencies. The COVID-19 pandemic has accelerated the drive towards modernization and, with it, the need to ensure security and compliance requirements across a host of legacy systems and processes.

We prepared WLSDM OID DevOps MBean blog about when OID shuts down due to external problems such as a network issue, the system will be provided to stand up. First of all, We are going to create WLSDM DevOps MBean then assign restart script on it. If the dummy LDAP search on DevOps MBean does not return any result, the opmnctl service will be restart by triggering the action script.

The wlsdm update process is quite simple. wlsdm_agent.jar and wlsdm.war are replaced by new packages. The update steps are exactly as follows.

Virtual machines (VM) offer great flexibility for hosting web applications. A developer/engineer is able to configure and control every piece of software and every setting that the application needs to run. Azure, one of the largest cloud hosting platforms, has virtual machine offerings for both Linux and Windows-based operating systems. In this tutorial, you will learn how to set up a continuous deployment pipeline to deploy a Node.js application to an Azure virtual machine.

In the first article in this series, you learned how to set up your developer environment, the first step toward creating your very own Mattermost plugins. Take my word for it: Your first attempts at writing Mattermost plugins can be quite confusing. Where do you start? What do you have to do to get your first plugin up and running? At the end of this series, you’ll be well on your way to writing your own plugin.

In today’s technology-driven world, network automation tools have evolved from convenience to necessity in practically every IT field. Traditionally, IT managers would issue manual command lines to manage networks, but given the size of today’s business networks, manual workflows dealing with repetitive network tasks have become time-consuming and counterproductive, often at risk of incurring errors from manual implementation.

There’s a big difference between the MySQL database powering your internet of things (IoT) lightbulb and the one powering your website. There’s a chasm between the SQL Server Express database in your lightly used application’s VM and the monster multi-region SQL cluster you have running on Microsoft Azure. This kind of database diversity is everywhere today. But what are the differences between these databases, and how can administrators justify database spend?

First, thanks for indulging the clickbait title joke. Serialization is the unsung hero of harmonizing network and application relations and deserves the occasional, snarky callout. Moreover, identifying how the unique mix of network clients in your environment consume your carefully manicured infrastructure is critical for managing network cost. Because today, a rapidly expanding, diverse pile of new technologies all assume the network is a magic grid, no tuning required.

You’ve solved database performance monitoring and documentation. Unfortunately, now you get lost between them.

Magisk is a very sophisticated systemless rooting technique that can bypass Google's SafetyNet attestation and allow apps like Google Pay, many banking apps, and even Fortnite and Pokémon Go games to be installed on a rooted Android device. Rooting an Android device is popular to allow the user to customize and tweak their device by allowing the installation of third-party apps and tools, removavl of bloatware, and speed up the processor and network.