Microsoft has invested billions in Azure to drive technology and also hired best of the minds on this planet. From last few months, Azure has been launching new container-focused products and services on a regular basis. One of these products is Azure Container Instances. It acts as a bridge between platform as a service and infrastructure as a service architecture. Perhaps it would be okay to call this service as “Container as a Service”. Azure Container Instances (ACI) allows to rapidly create and launch containerized applications, without any overhead and with an easily scriptable set of commands. Designed to work Read More »
Azure Web Apps or Azure App Service Web Apps or simply Azure Websites is a PaaS service from Microsoft Azure which can be used to host web apps or APIs build using a variety of programming languages like ASP.NET, ASP.NET Core, Java, Ruby, PHP etc. It is also optimized for hosting web applications and containers, in case the SDK version required is not already supported by Web Apps. Rather than using ACS (Azure Container Services) and AKS (Azure Kubernetes Service), Azure Web Apps are more suitable for deploying long running containers. Also they become more affordable in terms of pricing as compared to the ACS and AKS. In this post, we’ll discuss how to create a very basic ASP.NET Core App and then deploy it as a container on Azure Web App. Read More »
HashiCorp has launched 1.10 of the Terraform launching many more azure services than they used to for the Azure Provider. More details can be read here on their github page. Up until now, Azure ARM has been the choice of Azure Automation for DevOps practitioners. Since terraform can be used to automatically provision resources across major cloud providers, it is better to learn terraform sooner rather than later. In this blog post, we’ll see how the Terraform translates with respect to Azure ARM and understand its way of doing things.
Terraform allows to create, configure and manage almost all types of resources from on-premise physical machines to cloud based resources. Read More »
In one of our previous posts, we discussed what is terraform and how we can use install it on the server. Terraform is getting popular day by day to define resource configuration for the applications. One of the providers supported for terraform is Azure Provider which allows one to define Azure Resource configuration using the APIs offered by Microsoft Azure Resource Manager or AzureRM. However, before one can start defining the same, one needs to Authenticate oneself to the Azure. In this blog post, we’ll learn what methods can be used to authenticate oneself against Azure.
1. Configuring the Azure CLI
This method is to be used when one is interactively working with Terraform. Azure CLI or Azure command line interface is a cross platform command line tool offered by Microsoft to work with Microsoft Azure and manage azure resources.Read More »
Azure CLI or Azure command line interface is a cross platform command line tool offered by Microsoft to work with Microsoft Azure and manage azure resources. One can use it in the browser (in the azure cloud shell) or it can also be installed or major Operating Systems of one’s choice. Azure CLI 2.0 is optimized for managing and administering Azure resources from the command line, and for building automation scripts that work against the Azure Resource Manager.
Do note that azure is the prefix for old CLI – Azure CLI (i.e. version 1.0) , and that az is the prefix for the new CLI – Azure CLI 2.0. Read More »
Recently while deploying the source code using our CI/CD pipelines, we have got this error:
There were errors in your deployment. Error code: DeploymentQuotaExceeded.
2018-05-30T04:52:38.0042831Z ##[error]Creating the deployment ‘azuredeploy-20180430-045236-1abd’ would exceed the quota of ‘800’. The current deployment count is ‘800’, please delete some deployments before creating a new one. Please see https://aka.ms/arm-deploy for usage details.
2018-05-30T04:52:38.0051084Z ##[error]Task failed while creating or updating the template deployment.
One of the steps used by our release pipelines uses ARM template to make sure that resource being targeted has required azure configuration.
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Azure Web Apps is a peculiar case as it uses ARR (Application Request Routing) by using cookies. By enabling this, they get the functionality of the sticky sessions. A session is called as sticky session when subsequent requests that are made within an established session get processed by the same instance of an app that served the very first request of the session. However if you’ve built your app to be stateless ARR actually limits scalability of your system. It also disallows the Azure Web Apps to be configured behind a highly efficient web server like nginx.
In this blog post, we’ll learn how to configure nginx server so that you can configure multiple Azure Web Apps behind it. Read More »
Nested Virtualization is one of the cool new features in Windows Server 2016 that allows you to install hyper-v, create and run virtual machines inside a hyper-v virtual machine itself. In other words, a hyper-v virtual machine can act as a virtual host server. A great benefit of nested Hyper-V virtualization is for labs and training scenarios where you can, for instance, build a cluster of several virtual Hyper-V hosts on a single physical computer. This also allows one to use hyper-v containers and is required by Docker.
Also, provided you have required resource capacity, there are no depths of this feature. That means, you can create a virtual machine, inside a virtual machine, install hyper-v on guest virtual machine and then create virtual machines inside it. Well if you have seen inception, its something like it. In this blog post, we will learn how to do the same for Azure Virtual Machine. Read More »