Searching We Love Privacy Club

Twts matching #cache
Sort by: Newest, Oldest, Most Relevant
In-reply-to » The original twt is unavailable. It may have been edited or deleted, or is from an unknown or muted feed.

Web interface is deleted in https://git.mills.io/saltyim/saltyim/commit/376de2702319686c902ec03b8ca1e17b020fc639 but seems incorrectly (in source i see git lfs metadata). Can be builded if you grab https://git.mills.io/saltyim/saltyim/src/commit/15a64de82829/internal/web/app.wasm and place it in source (go directory has cached source) and rebuild

⤋ Read More
In-reply-to » The original twt is unavailable. It may have been edited or deleted, or is from an unknown or muted feed.

I share I did write up an algorithm for it at some point I think it is lost in a git comment someplace. I’ll put together a pseudo/go code this week.

Super simple:

Making a reply:

  1. If yarn has one use that. (Maybe do collision check?)
  2. Make hash of twt raw no truncation.
  3. Check local cache for shortest without collision
    • in SQL: select len(subject) where head_full_hash like subject || '%'

Threading:

  1. Get full hash of head twt
  2. Search for twts
    • in SQL: head_full_hash like subject || '%' and created_on > head_timestamp

The assumption being replies will be for the most recent head. If replying to an older one it will use a longer hash.

⤋ Read More
In-reply-to » The original twt is unavailable. It may have been edited or deleted, or is from an unknown or muted feed.

It has twts cache which used if timeline is set to jew. Maybe i.should fork twet to make wishes like newlines (i see two squares), showing conversations, showing twts if not found in cache and parsing medata to configure url, nick and followers (currenly it duplicated in config and twtxt file)

⤋ Read More

x86 Embedded Controller with PC/104 Compatibility for Legacy Systems
The VDX3-6757 PC/104 family of low-power x86 embedded controllers meets PC/104 specifications, offering backward compatibility for projects facing end-of-life x86-based controllers. It is suited for applications like data acquisition, industrial automation, process control, and automotive control. Powered by a DM&P Vortex86DX3 1GHz dual-core CPU with 32KB L1 cache and 512KB L2 cache, the VDX3-6757 supports … ⌘ Read more

⤋ Read More
In-reply-to » The original twt is unavailable. It may have been edited or deleted, or is from an unknown or muted feed.

@prologic@twtxt.net Thanks for writing that up!

I hope it can remain a living document (or sequence of draft revisions) for a good long time while we figure out how this stuff works in practice.

I am not sure how I feel about all this being done at once, vs. letting conventions arise.

For example, even today I could reply to twt abc1234 with “(#abc1234) Edit: …” and I think all you humans would understand it as an edit to (#abc1234). Maybe eventually it would become a common enough convention that clients would start to support it explicitly.

Similarly we could just start using 11-digit hashes. We should iron out whether it’s sha256 or whatever but there’s no need get all the other stuff right at the same time.

I have similar thoughts about how some users could try out location-based replies in a backward-compatible way (append the replyto: stuff after the legacy (#hash) style).

However I recognize that I’m not the one implementing this stuff, and it’s less work to just have everything determined up front.

Misc comments (I haven’t read the whole thing):

  • Did you mean to make hashes hexadecimal? You lose 11 bits that way compared to base32. I’d suggest gaining 11 bits with base64 instead.

  • “Clients MUST preserve the original hash” — do you mean they MUST preserve the original twt?

  • Thanks for phrasing the bit about deletions so neutrally.

  • I don’t like the MUST in “Clients MUST follow the chain of reply-to references…”. If someone writes a client as a 40-line shell script that requires the user to piece together the threading themselves, IMO we shouldn’t declare the client non-conforming just because they didn’t get to all the bells and whistles.

  • Similarly I don’t like the MUST for user agents. For one thing, you might want to fetch a feed without revealing your identty. Also, it raises the bar for a minimal implementation (I’m again thinking again of the 40-line shell script).

  • For “who follows” lists: why must the long, random tokens be only valid for a limited time? Do you have a scenario in mind where they could leak?

  • Why can’t feeds be served over HTTP/1.0? Again, thinking about simple software. I recently tried implementing HTTP/1.1 and it wasn’t too bad, but 1.0 would have been slightly simpler.

  • Why get into the nitty-gritty about caching headers? This seems like generic advice for HTTP servers and clients.

  • I’m a little sad about other protocols being not recommended.

  • I don’t know how I feel about including markdown. I don’t mind too much that yarn users emit twts full of markdown, but I’m more of a plain text kind of person. Also it adds to the length. I wonder if putting a separate document would make more sense; that would also help with the length.

⤋ Read More
In-reply-to » I wrote some code to try out non-hash reply subjects formatted as (replyto ), while keeping the ability to use the existing hash style.

@david@collantes.us Well, I wouldn’t recommend using my code for your main jenny use anyway. If you want to try it out, set XDG_CONFIG_HOME and XDG_CACHE_HOME to some sandbox directories and only run my code there. If @movq@www.uninformativ.de is interested in any of this getting upstreamed, I’d be happy to try rebasing the changes, but otherwise it’s a proof of concept and fun exercise.

⤋ Read More
In-reply-to » I wrote some code to try out non-hash reply subjects formatted as (replyto ), while keeping the ability to use the existing hash style.

BTW this code doesn’t incorporate existing twts into jenny’s database. It’s best used starting from scratch. I’ve been testing it using a custom XDG_CACHE_HOME and XDG_CONFIG_HOME to avoid messing with my “real” jenny data.

⤋ Read More