GitHub Copilot Customization Explained for Beginners: Instructions, Prompt Files, Skills, Agents, and Hooks  Introduction If you've recently started using GitHub Copilot, you've probably come across terms like Instructions , Prompt Files , Skills , Agents , and Hooks . At first glance, they all seem to do the same thing—they tell Copilot what to do. So why does GitHub have five different customization features? The answer is simple: each feature solves a different problem. Think of GitHub Copilot as a new developer joining your team. On their first day, you don't just hand them code. You explain your coding standards, give them reusable templates, teach them specialized knowledge, assign them a role, and automate repetitive tasks. That's exactly how GitHub Copilot customization works. In this article, you'll learn what each feature does, when to use it, and how they all work together. By the end, you'll know which feature to start with and which ones can wait un...

Azure Front Door - Boost Your Web Application

If you are developing a new or an existing web application that is internet facing and can be accessed globally or deploying the new or existing web application in multiple regions then it's high time to consider Azure Front Door in your application architecture. 

Azure Front Door Service (AFD) a scalable and secure entry point for the fast delivery of your global applications. Azure Front Door allows you to transform your global (multi-region) applications into robust, high-performance applications, APIs. AFD makes use of Microsoft Global Network which provides better network performance and reliability. Azure Front Door is a global service and is not tied to any specific Azure region. Azure Front Door is a globally distributed multi-tenant service. The infrastructure for Front Door is shared across all its customers.

Reference Architecture with AFD
Reference Architecture with AFD
Image Source: Microsoft

Benefits of using Azure Front Door:

  • Accelerate application performance, AFD significantly increases application network performance by reducing the round trip time that the end-user spends on the network while trying to access the application. Also AFD route users to the most performant application. In short, it supports multi-geo redundancy and closest region routing.
  • TLS termination at the edge (AFD) saves application backend from encryption and decryption.
  • Session affinity to handle sticky sessions
  • Redirect traffic to your application based on the region it's been accessed
  • AFD makes application resilient, by providing automatic failover by monitoring application in terms of latency and availability using health probes
  • AFD supports URL-based routing which is an added advantage for Microservice architecture.
  • AFD provides integration with WAF to define custom rules and to provide security from DDoS attacks.
  • Rewrite URLs capability supported.
  • Multiple site hosting, which means you can have 2 different domains configured on the same front door.
You can find all the Azure Front Door locations here: https://docs.microsoft.com/en-us/azure/cdn/cdn-pop-locations

Now if you are thinking about how Azure Front Door is different compared to Azure Traffic Manager, I highly recommend visiting my another blog post (AFD vs ATM) where I have tried to show the similarities and differences between those 2 Azure services.

Reference

Comments

John Clay said…
I truly appreciate the time and work you put into sharing your knowledge. I found this topic to be quite effective and beneficial to me. Thank you very much for sharing. Continue to blog.

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