Azure Event Grid is an eventing back plane that enables event-driven and reactive programming. In this blog post series we will understand Azure Event Grid and look at developing an event driven application using Azure Event Grid as the backplane
Azure Event Grid is an eventing back plane that enables event-driven and reactive programming. In this blog post series we will understand Azure Event Grid and look at developing an event driven application using Azure Event Grid as the backplane
Azure Event Grid is an eventing back plane that enables event-driven and reactive programming. In this blog post series we will understand Azure Event Grid and look at developing an event driven application using Azure Event Grid as the backplane
I have been part of a couple of build outs where we built Kubernetes clusters to run our cloud workloads. These builds involved deploying AKS clusters using terraform and AzDO. Designing the AKS infrastructure is key to ensure that the cloud workloads running on them can be deployed, secured, and hosted effectively. In this post I am documenting the general steps involved in building out a Kubernetes infrastructure on Azure Kubernetes Service (AKS) using terraform and deploy workloads using Azure devops (AzDO) and Helm charts. ...
Creating Cosmos Db Infrastructure The azure Cosmos DB team provides SQL API SDK’s for various languages. At the time of writing this post the NuGet package for .NET core is at version 4 preview 3. The GitHub repo for this NuGet package is here . To get started we can use the Cosmo Db emulator locally or create a Cosmos Account on Azure. We can log onto Azure portal to create a Cosmos Account or use Azure CLI. I am using the below Azure CLI command to create a Cosmos DB account. This command creates a Cosmos DB Account named eCommerceDb-AC in the eCommerce-RG resource group. ...
It is imperative to understand core concepts involved in modelling data in Cosmos Db to harness its power. It is an extremely powerful cloud native database.
Cosmos DB is a cloud native database engine on Azure. It is a born-in the-cloud database with no legacy compatibility requirements. It can expose data using a variety of models and API’s.