This reference architecture shows a serverless web application, which serves static content from Azure Blob Storage and implements an API using Azure Functions.

With the help of Azure Application Gateway, it's now possible to protect and restrict the access of APIs that are served through Azure API Management. This article describes a solution where you can manage both internal and external APIs through a single API Management instance.

Apr 1, 2017 · In this post, we’ll explore that idea, and sketch out an approach to automatically generate diagrams, visualizing bindings and code dependencies for a code base. We will only support a subset of the full functionality available in Azure Functions, mainly because we are lazy, and create graphs such as the one below, using F# and GraphViz.

Sep 28, 2020 · Through UML diagrams, you can clearly illustrate how your core function works, how you are interacting with APIs, or how other companies will call on your API and what that will look like to their developers.

Functions can provide scalable and serverless hosting for your code projects written in the most productive language for you. You can use Functions to build web APIs, respond to database changes, process IoT streams, manage message queues, and more.

Oct 1, 2024 · The following diagram demonstrates how API Management and the Function App backend API have been deployed. The deployment is split into two stages: Deploy an API Management Service Instance. Deploy respective Backend, …

Mar 19, 2024 · In this article, we’ll detail the steps to build out a full-stack React application with backend Functions that can access databases or backend APIs (GitHub repo). Architecture diagram of React and Function apps deployed to Azure Static Web Apps.

Oct 17, 2021 · Refer to the flow diagram below. In this demo, API Consumer will be the Postman tool. Refer here for more information on client credentials grant. Add both Logic App and Function App to the...

Feb 1, 2021 · API architecture diagrams are visual representations of the structure and interactions of the components of an API. They can help developers and architects plan the interface structure, users understand the intended use of the API, and they can also help QA engineers better test and debug the API.

Use an API diagram to think about and record key decisions such as: What calls are you using for each API? What order do they go in? What will other developers need from your API to integrate? How can you make it as simple as possible for them to access? How will errors be handled?