oak VS deno_install

Are you using Oak? If not you should check it out https://oakserver.github.io/oak/

oak

oak - web framework

Hey @cjonas, I'm a developer on Supabase Edge Functions team. We do have plans to improve the current database trigger behavior. Will share more updates on this in the coming months.

Can you explain what do you mean by template URLs? Do you mean route params like `/v1/functions/users/:id`? If so, you can use a framework like Oak[1] to handle them. Edge Functions will make the full path including querystring available to the router.

Source maps, is it broken during local dev or when you deploy the function? Also, by broken you mean in a stack trace the file / line numbers aren't accurate?

[1] https://github.com/oakserver/oak

Oak framework [Website]

If you don’t want to use a full stack framework, you can develop your frontend and backend separately. With Cloudflare, you can serve your frontend and static assets with Pages or Workers Sites. With Deno Deploy, you can serve static assets from the filesystem. As for the backend, you probably want to use an HTTP framework such as Sunder (if you target Cloudflare Workers), oak, Router, or Sift (if you target Deno Deploy).

Oak server - middleware framework for Deno's native HTTP server. 'destjs' use it under the hood.

The issue about resources vanishing does happen, e.g. this example, meaning things like CI outages / non-deterministic builds / etc are possible, especially under a decentralized package hosting model.

Here's an example that uses Oak, a web application framework for Deno, to create a basic web server:

import { App, Router } from "https://deno.land/x/[email protected]/mod.ts"; const app = new App(); const router = new Router(); // Define your API routes router.get("/hello", (ctx) => { ctx.response.body = "Hello, World!"; }); app.use(router.routes()); app.use(router.allowedMethods()); // Start the server app.listen({ port: 8000 }); console.log("Server is running on http://localhost:8000");

Deno: Deno with one of it's frameworks (like Fresh

lspconfig.denols.setup({ root_dir = lspconfig.util.root_pattern("deno.json", "deno.jsonc"), init_options = { lint = true, unstable = true, suggest = { imports = { hosts = { ["https://deno.land"] = true, ["https://cdn.nest.land"] = true, ["https://crux.land"] = true, }, }, }, }, on_attach = on_attach, })

https://deno.land/install.sh is a redirect to https://deno.land/x/install.sh, which is treated as any /x/ (community) module. These modules are immutable clones of github tags (in this case, https://github.com/denoland/deno_install/). If someone would manage to breach the AWS S3 buckets that we use for module storage, it wouldn't be just a problem for installation of the deno CLI, but a problem for any module on the registry.

In any case, Deno ships a lot more things but this is enough to get us started. Any additional information can be found on the official repository url that I will be linking at the end of the article. As for a little start, since nodejs has been used as a very popular web server, I thought it might be interesting to start building a deno version of it. To start off, let's install deno. Depending on your OS you might want to refer to Install Docs

You can find a list of different installation methods on the official deno.land documentation and the deno_install repo.

You can install Deno in a few different ways. I chose to install it with brew install deno, but you can check their docs for other methods.

See deno_install and releases for other options.