http-proxy VS pgx

Take a look at https://github.com/http-party/node-http-proxy , specifically their .web() helper

I have been tasked with writing a proxy server that takes a clients requests and forwards it to a target server (normal proxy stuff). The client and the target are out of my control. The only change in the client is that the its requests to the proxy server instead of the target. Now, what I need to do is modify the response from target because the client expects it in a certain format and the server responds with a different format. I have a working implementation using http-proxy (https://github.com/http-party/node-http-proxy) that works over HTTP . But I need it to work over HTTPS, I can't make much sense of the documentation and I can't find any additional resources on how HTTPS can be implemented. The client-proxy and proxy-target connection both need to be encrypted(HTTPS). I found solutions using different tools but they mostly seem to be encrypted end to end, so the proxy can't read the response data(I need to be able to modify it). Any ideas on how I can do this?

What you're describing is a proxy server. If you wanted to use Node.js check out https://github.com/http-party/node-http-proxy. Notice that the examples there just forward the req though which potentially has identifying information like cookies, so you'll need to rework to anonymize. Should be straightforward.

There's several ways to have a blog path contain a separate setup from the marketing/product routes.

One is to run a reverse proxy on the root domain to pull in separate routes for various services.

https://github.com/http-party/node-http-proxy

You can do rewrites at the server level for the root domain

Or if the app on the root domain can do the routing for you (have done this before with a Rails app)

Check the documentation of the http-proxy-middleware library (and of the node-http-proxy library, used under-the-hood) to learn how you can manipulate the proxied request & response.

Relevant node-http-proxy issue: https://github.com/http-party/node-http-proxy/issues/230

I'm running Node app in Heroku which is using node-http-proxy, and I've given my Heroku app the domain "example.com"

It uses pgx (https://github.com/tcdi/pgx) which is our more generalized framework for developing Postgres extensions with Rust.

It's a great question, considering I've been using Rust for a number of years now, and I generally advocate its use for its rich ecosystem, safety and tooling. I actively contribute to pgx, a library for building Postgres extensions in Rust. Yet, Omnigres appears to be all done in C.

Our release today is a framework which extends this functionality to other databases/systems. If you’re familiar with Multicorn[1] or Steampipe[2], then it’s very similar. The framework is written in Rust, using the excellent pgx[3].

We have developed FDWs for Stripe, Firebase, BigQuery, Clickhouse, and Airtable (all in various “pre-release” states). The plan is to focus on the tools we’re using internally while we stabalize the framework.

There’s a lot in the blog post into our goals for this release. It’s early, but one of the things I’m most excited about.

[0] Postgres FDW: [https://www.postgresql.org/docs/current/sql-createforeigndat...

[1] Multicorn: https://multicorn.org/

[2] Steampipe: https://steampipe.io/

[2] pgx: [https://github.com/tcdi/pgx](https://github.com/tcdi/pgx)

BTW one nice easter egg is that with pgx there is actually no reason that we can't build even better search solutions inside the database itself.

> That thread led me to a project/product idea where you take an existing Postgres instance used for normal products or whatever, replicate it to various read only clusters with a custom search extension loaded and some orchestrator sitting on top (I’ve written most of one in rust that uses 0mq to communicate with it’s nodes) and create drop in search from existing databases with a nice guided web gui for automatic tuning suitable for most business use cases.

Very interesting idea -- just want to add one thing, write it in rust (with pgx?[0]) :)

[0]: https://github.com/tcdi/pgx

Hey HN,

It turns out choosing a good database-optimized UUID (and deciding whether to use serial, etc) isn't quite so simple, and I finally got a chance to do some exploration, write about it[0].

One of the reasons Postgres is the best open source database out there is it's extensibility -- so I hacked up a small extension for generating some of the more exotic (but crucially, lexicograhically sortable) UUID generation mechanisms:

https://github.com/t3hmrman/pg_idkit

This idea has been bumbling around my head for a while, but I finally got a chance to build it while working with Supabase on a post about IDs[0]!

Most of the heavy lifting is done by pgx[1] which is an amazing framework for building Postgres extensions in Rust. I think we are very early to the trend of amazing postgres extensions built in Rust, and it's yet another reason that it's an exciting time to be all-in on Postgres.

[0]: https://supabase.com/blog/choosing-a-postgres-primary-key

[1]: https://github.com/tcdi/pgx

[0]: https://supabase.com/blog/choosing-a-postgres-primary-key

The extension is still WIP but for those of ya'll that like Rust it's built on pgx which has excellent DX. The rust involved isn't complicated -- I'm basically laundering the functionality from other crates that are listed in the README.md.

Seems to be using this: https://github.com/tcdi/pgx

- https://github.com/furstenheim/is_jsonb_valid

pgx[0] is going to be pretty revolutionary for the postgres ecosystem I think -- there is so much functionality that can be utilized at the database level and I can't think of a language I want to do it with more than Rust.

[0]: https://github.com/tcdi/pgx