In this part, we’ll show you how to take advantage of the .NET Aspire programming model for best practices and for connecting dependent resources like cache layers and datastores. We will also show you how to use OpenTelemetry to get telemetry data out of an application, which can be viewed in the .NET Aspire dashboard.
In a recent post we gave some background on .NET Aspire and introduced our AWS integrations with .NET Aspire that integrate AWS into the .NET dev inner loop for building applications. The integrations included how to provision application resources with AWS CloudFormation or AWS Cloud Development Kit (AWS CDK) and using Amazon DynamoDB local for local development. These features can keep .NET developers in the development environments they are most productive in.
In this article, we are going to learn how to integrate Azure Blob Storage with .NET Aspire. As you know, .NET Aspire is used to build cloud-native applications.
You have to make sure your app is ready to tolerate transient failures and that it can tell you if it is not ready to do the job due to dependency issues so you can do something about it. There are a few ways to prepare .NET apps for those scenarios, but today I want to show you the zero-cost way by writing less code than before.
Did you know .NET Aspire and AWS play well together? Learn how Aspire and AWS simplify building observable, production-ready, distributed applications. You will learn how to build apps using Aspire to integrate AWS into your development environment. The combined integration of Aspire and AWS can simplify tooling to a simple F5 debug session that starts your application with all AWS resources provisioned and connected to your application.
This #dotnet #tutorial shows how to use experimental connection tracing in .NET 9.
Learn how to deploy .NET Web API application with .NET Aspire to Azure using Neon Serverless Postgres that offers instant provisioning, autoscaling and scale to zero, Branching support and you can start for free
.NET Aspire 9 adds new control over the lifetime of containers on your local developer environment. Let's look at how to manage them with the new APIs!
In this post, we will cover installing and configuring Jupyter AI with Jupyter while driving configuration from .NET Aspire. The approach documented here provides out of the box solution using Jupyter AI without having to manually set it up.
.NET Aspire is a new way of building cloud-ready applications. In particular, it provides an orchestration for local environments in which to run, connect, and debug the components of distributed applications. Those components can be .NET projects, databases, containers, or executables. .NET Aspire is designed to have integrations with common components used in distributed applications. […]