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Azure Bicep

Azure Bicep is a domain-specific language (DSL) for deploying Azure resources. It simplifies the authoring of JSON ARM templates, making it easier to manage your infrastructure as code. Understand how Azure Bicep simplifies Azure resource deployment. Learn about its features, syntax, and how to use it for your infrastructure as code needs.

Methods To Test and Review Your Bicep Code

Testing your Bicep code is important to ensure the integrity and reliability of your infrastructure as code. Combining different testing methods provides a comprehensive validation process. This post will cover various techniques to test and review your Bicep code effectively. Using Bicep Build with the Bicep CLI One of the

Understanding Child Resources in Bicep

In Azure, certain resources are related to or attached to other resources, such as containers within a storage account. These are known as child resources. Defining child resources in a Bicep template can be done in two ways: nested and parent. Each method has its use cases and benefits, which

Understanding Bicep Scopes in Azure

When working with Azure Bicep, understanding the concept of scopes is crucial for effective resource management and deployment. Scopes in Bicep define the boundary or level at which your resources will be deployed. Bicep supports multiple levels of scope, including Management Group, Subscription, Resource Group, and Tenant levels. In this

Managing Secrets and Configuration in IaC with Azure Key Vault

If you've seen this error trying to handle secrets in Bicep deployments, this is your guide to resolve it: Warning outputs-should-not-contain-secrets: Outputs should not contain secrets. Found possible secret: function 'listConnectionStrings' [https://aka.ms/bicep/linter/outputs-should-not-contain-secrets] Managing secrets and configuration in your Infrastructure as Code

Efficiently Setting Up WildFly on Azure Using Cloud Init and Bicep

In today's fast-paced digital landscape, the ability to swiftly spin up pre-configured infrastructure is not just beneficial—it's essential. This speed facilitates quicker deployment of new features and improvements, contributing significantly to the agility of development teams. Moreover, consistency in infrastructure deployments across various environments like

Deploy a Container Application to Azure App Service with Bicep

In the fast-evolving landscape of cloud computing, the ability to deploy applications swiftly and consistently is crucial. Infrastructure as Code (IaC) has become a cornerstone in achieving this, allowing teams to automate the deployment process, ensure consistency, and document every step of the infrastructure setup. One of the tools at