pullstate VS Twitter Text Obj

PullState - https://lostpebble.github.io/pullstate/

Pullstate. It's a lot like svelte's store.

And automatically, any components using uiStateStore.useState and watching the isSidebarOpen property will get updated, exactly the same as the normal useState hook - just shared.

It's so dead simple and has made complex app-building so much easier for me.

The one caveat is that if I have a component with many handlers, e.g. onClick, onMouseMove, onContextMenu, onMouseLeave, etc (and in some cases I do), components can get bloated. I haven't found a fix to that yet. But that's more an inherent issue with react than anything to do with state management.

[1] https://github.com/lostpebble/pullstate

Sounds like you're on the right track. React is very hire-able. Try out multiple store systems. The big one is react + redux. Then after you have some experience with that, try a simpler one like pullstate.

You could try out pullstate - its basically just global objects which you can mutate and which automatically update your state over your entire app, for whichever parts you have "pulled" the state into.

I recall that Twitter allowed 140 Chinese characters in tweets originally, but when they switched to 280 ascii characters, CJK languages were not included. The current documentation does say that some languages and emojis use 2 characters per symbol of the 280 limit, limiting those languages to 140. https://developer.twitter.com/en/docs/counting-characters

I assume you we’re going for half of the (new) character limit? That wouldn’t be bad as a rough guess, except Twitter uses UTF-8 encoding and what counts as a character is a bit complicated. Certain objects like usernames in a reply or image URLs hosted on Twitter are not counted, either. The maximum size of a modern tweet could therefore be upwards of 280 x 4 = 1,120 bytes.

Given the examples in this article it seems like it could potentially be used for this!

It turns out, working this out is non-trivial, as Twitter has a few rules around how it count's characters. These are basically:

Japanese, Korean and Chinese were excluded from that increased cap, because they already had a significant advantage in being able to put more information into a single character. (More specifically, it's implemented such that ideograms count as 2 characters now, and emoji do, too.)

The 280 character limit in a tweet isn't equal to the number of glyphs in a tweet.

https://developer.twitter.com/en/docs/counting-characters