oso VS keyring

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Not OP but Authentication is easy, authorization is a cross-cutting concern that often requires custom code. E.g., there are people and teams, both of which can have different kinds of access to something (read/write). Sometimes teams have sub-teams. Do the sub-teams have access to the parent teams' resources and/or vice versa? Also what kind of sharing are you going to support? Do people have to have an account to view stuff shared to them or can you just send a link? There are some efforts to make custom DSLs for describing authorization policies, to avoid cross-cutting code[1].

Computed fields require different treatment at every level of the stack. This isn't inherently hard, but it is an extra feature these low-code/no-code platforms need. Where things get difficult is inn migrations. It's common for a field that is computed at the beginning to become customizable, or for the computation to change. When that happens, what should the value be for old columns? Computed fields also often pull data from multiple other tables, which may require some combination of custom queries and database optimization.

[1] https://github.com/osohq/oso

Oso and OpenFGA are two alternatives that implement Zanzibar-style authorisation.

There's Oso as well

Well this was fun to see! I'm the CTO of Oso, where we're building Polar (the second of the links mentioned https://docs.osohq.com/).

I have a few really minor nitpicks, so will try and make up for it by adding to the discussion :)

First of all, it doesn't really make sense to talk about Datalog as a good language for authorization, because much like with Prolog there doesn't really exist a single implementation of it. OPA's language Rego is a datalog variant, and Polar started out as a Prolog variant (although it's not really recognisable as one any more).

And that's an important point because otherwise it would be pretty reasonable to decide that: logic programming is good for authorization => you should go find the most battle-tested language out there and use that. For example, there's SWI Prolog [1] and Scryer Prolog [2] as two of my favourites.

To me, the thing that is mind-blowing about logic programming, is (a) how powerful the paradigm is, and (b) how concisely you can implement a logic programming language. Take miniKanren [3] which is a full-blown logic language in a few hundred lines of code.

In my mind, the original article makes a decent case that logic programming is a good fit for authorization. And just generally I love anyone bringing attention to that :)

But to me, the reason logic programming is such a solid foundation for authorization logic is the pieces you can build on top of it. For Polar, we've added:

- Types! So you can write authorization logic over your data types and help structure your logic. We've implemented this by simply adding an additional operator into the language that can check types

First time hearing about rhai, but there's a project in that space called Oso that's authored in Rust and uses a different DSL than Rego. You may or may not find it appealing.

Authentication is probably the aspect of it that's the weakest. Authorization has a few nice libs, with Oso probably being the nicest, but authentication is mostly roll your own from what I've seen.

> Hopefully Oso open source their library.

https://github.com/osohq/oso seems to have the core, C FFI, and language bindings.

Thanks! PHP is a highly requested language for us and we've been rolling them out based on demand. You can vote for it if you want here https://github.com/osohq/oso/issues/791

pi@raspberrypi:/etc $ pip show keyring Name: keyring Version: 23.13.1 Summary: Store and access your passwords safely. Home-page: https://github.com/jaraco/keyring Author: Kang Zhang Author-email: [email protected] License: Location: /usr/local/lib/python3.9/dist-packages Requires: importlib-metadata, jaraco.classes, jeepney, SecretStorage Required-by:

There were 2 major pain points for me:

* USB access is more difficult than just plugging something in.

* Debugging tools like perf, RR, etc were either unsupported because they needed hardware counters or custom builds (no system headers in apt to help either).

* The VM takes a lot of disk space.

The rest of the experience was fairly smooth. WSL2 can access the entire filesystem through /mnt//. Windows -> WSL is a bit janky, but it works. GPU access is supported. Network access works. You can use a remote X session to get GUIs working, though you need to be comfortable with linux. Unfortunately having DISPLAY set caused pip to hang for long periods due to [1], but apparently that's been resolved.

[1] https://github.com/jaraco/keyring/issues/531

I used the keyring command which stores credentials securely in macOS keychain or Windows credential locker, etc. but you could also have it read a text file stored in a secure location of something else, lots of ways to do it