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Assuming the default configuration and TLS is configured for your web application, the web server will receive all inbound traffic to ports 80 and 443.What the web server does with the traffic from there depends.There are countless options for how the web server can process those requests.The two main process models for web servers are to either handle all requests on a single thread, or to spawn a new thread for each request. While it’s possible to run IIS on Linux and Macs using Mono, it’s not recommended and will likely be unstable. Let’s define that in the abstract so we can have some context for how IIS fills this role.When you visit a website in your browser, you don’t typically specify the port number unless the web server is configured to receive traffic on ports other than the default. You could specify the port number if you’d like and https:// for TLS (Transport Layer Security).

It takes some getting used to, but there are a few things I can offer to help with, as it concerns getting around in here. Or when you select “Content View,” you’ll see the contents here in the middle instead. If you expand the “connection” in the connections pane, the first thing you should see is “Application Pools,” followed by “Sites.” We’re going to focus on those in the next two sections.

They can run as a different user (a domain account, for example) if they need special permissions.

Even though I removed the app pools from the server, the virtual users live on!

Although the single-thread model (Node.js, for example) has some worker threads available, it typically only uses them for certain kinds of work, such as file system access.

The thread-per-request model that IIS (and its lightweight cousin IIS Express) uses will grab a thread from a thread pool for each request.