Hyper fast diffing algorithm for real DOM nodes :zap:
var nanomorph = require('nanomorph')
var html = require('bel')
var tree = html`<div>hello people</div>`
tree = nanomorph(html`<div>nanananana-na-no</div>`, tree)
tree = nanomorph(html`<div>teeny, tiny, tin bottle</div>`, tree)
var update = require('nanomorph/update')
var html = require('bel')
// create the initial tree, save it and append to DOM
var tree = html`<div>hello people</div>`
var update = update(tree)
document.body.appendChild(tree)
// now each consecutive update will be rendered on the DOM
update(html`<div>hello people</div>`, tree)
update(html`<div>nanananana-na-no</div>`, tree)
Diff a tree of HTML elements against another tree of HTML elements and create a patched result that can be applied on the DOM.
Experimentin' is fun - all this is is a take on seeing how small we can get with real DOM node diffing. And if we can make some good heuristics happen for efficient tree updates (Merkle trees, anyone?) that'd be nice.
No, probably not but if you do it'll probably be the fastest thing ever. Seriously, I doubt this could be made a lot faster than it is right now, unless we're talking edge cases. But yeah, alright go ahead if you like.
$ npm install nanomorph
FAQs
Hyper fast diffing algorithm for real DOM nodes
The npm package nanomorph receives a total of 1,067 weekly downloads. As such, nanomorph popularity was classified as popular.
We found that nanomorph demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 29 open source maintainers collaborating on the project.
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