Generate gzip web-safe strings on the browser. Built in 10 minutes. 😄
Dead simple mash-up of pako and
js-base64 to create gzipped URL-safe base64 strings
from any data on the browser. Very useful for passing large datasets via shareable web links.
48kb minified, 15kb gzipped, pun not intended.
This package is used in JSON Pretty Print Online to compress and share stringified JSON with URL query params.
See it in action here.
$ npm i -D zipurl
<script src="https://cdn.jsdelivr.net/npm/zipurl@1"></script>
<script>
console.log(zipurl('hello world!')) // H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA
console.log(unzipurl('H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA')) // hello world!
</script>The functions zipurl() and unzipurl() are available in the global (window) scope.
<script src="path/to/dist/index.min.js"></script>import { zipurl, unzipurl } from 'zipurl'import { zipurl, unzipurl } from 'zipurl'
console.log(zipurl('hello world!')) // H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA
console.log(unzipurl('H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA')) // hello world!const { zipurl, unzipurl } = require('zipurl')Install globally:
$ npm i -g zipurl
Input arguments:
$ zipurl hello world!
H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA
$ unzipurl H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA
hello world!
Pipe through stdin:
$ echo hello world! | zipurl
H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA
$ echo H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA | unzipurl
hello world!
zipurl('hello world!') // H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA
unzipurl('H4sIAAAAAAAAA8tIzcnJVyjPL8pJUQQAbcK0AwwAAAA') // hello world!That's it!
Ok, so it works much better with larger datasets:
const a = JSON.stringify({"students":[{"name":"Jack","age":17},{"name":"Jill","age":16},{"name":"Sue","age":16}],"class":"math"})
console.log(a.length) // 103 bytes
console.log(encodeURIComponent(a).length) // 199 bytes
console.log(zipurl(a).length) // 116 bytes
// Let's try something bigger (3122 bytes)
const b = JSON.stringify({"shaderStatements":[{"output":"b","outputSwizzle":"zxyw","assignmentOperator":"-=",
"functionName":"","parameter":"a","valueX":6.62,"valueY":6.165,"valueZ":-0.974,"valueW":-4.233,"parameterSwizzle":"xzyy"},
{"output":"b","outputSwizzle":"ywxz","assignmentOperator":"-=","functionName":"","parameter":"a","valueX":-4.88,
"valueY":0.649,"valueZ":0.171,"valueW":-0.084,"parameterSwizzle":"yzwx"},{"output":"a","outputSwizzle":"xzwy",
"assignmentOperator":"*=","functionName":"logA","parameter":"b","valueX":-2.368,"valueY":-7.284,"valueZ":-5.01,
"valueW":-0.005,"parameterSwizzle":"zzwz"},{"output":"b","outputSwizzle":"xwzy","assignmentOperator":"-=",
"functionName":"sin","parameter":"b","valueX":-3.686,"valueY":-3.258,"valueZ":-4.059,"valueW":-8.506,
"parameterSwizzle":"wwzz"},{"output":"b","outputSwizzle":"zxyw","assignmentOperator":"=","functionName":"ceil",
"parameter":"b","valueX":5.36,"valueY":-8.274,"valueZ":0.002,"valueW":5.429,"parameterSwizzle":"xxwy"},{"output":"a",
"outputSwizzle":"xzwy","assignmentOperator":"=","functionName":"","parameter":"b","valueX":-3.353,"valueY":-5.681,
"valueZ":-7.792,"valueW":1.254,"parameterSwizzle":"zyxw"},{"output":"b","outputSwizzle":"ywxz","assignmentOperator":"+=",
"functionName":"floor","parameter":"a","valueX":6.669,"valueY":-0.05,"valueZ":-8.629,"valueW":-2.802,
"parameterSwizzle":"xyyw"},{"output":"b","outputSwizzle":"xywz","assignmentOperator":"+=","functionName":"fract",
"parameter":"a","valueX":0.103,"valueY":-3.118,"valueZ":0.255,"valueW":6.287,"parameterSwizzle":"xyyw"},{"output":"a",
"outputSwizzle":"zxyw","assignmentOperator":"/=","functionName":"ceil","parameter":"","valueX":5.484,"valueY":-1.26,
"valueZ":8.705,"valueW":-1.59,"parameterSwizzle":"zyyw"},{"output":"a","outputSwizzle":"wyzx","assignmentOperator":"=",
"functionName":"sqrtA","parameter":"b","valueX":-0.366,"valueY":-0.117,"valueZ":0.162,"valueW":1.761,
"parameterSwizzle":"yywy"},{"output":"a","outputSwizzle":"yxzw","assignmentOperator":"*=","functionName":"atan",
"parameter":"b","valueX":3.743,"valueY":-0.003,"valueZ":4.636,"valueW":0.056,"parameterSwizzle":"wxxw"},{"output":"b",
"outputSwizzle":"zwxy","assignmentOperator":"=","functionName":"","parameter":"","valueX":6.083,"valueY":-6.322,
"valueZ":0.032,"valueW":0.428,"parameterSwizzle":"yzyy"},{"output":"a","outputSwizzle":"zxyw","assignmentOperator":"/=",
"functionName":"","parameter":"a","valueX":0.151,"valueY":1.024,"valueZ":-2.862,"valueW":3.193,"parameterSwizzle":"xzyx"},
{"output":"a","outputSwizzle":"zwxy","assignmentOperator":"*=","functionName":"","parameter":"a","valueX":-1.637,
"valueY":1.828,"valueZ":1.924,"valueW":-0.006,"parameterSwizzle":"yxyy"}],"randSeed":-1810015485,
"randSeedString":"1574121532870","iterationCount":1,"gridPosX":4,"gridPosY":0,"generation":17,"subGeneration":1,
"hueOffset":0.218,"hueScale":-0.789,"saturationScale":0.493,"uvOffsetX":-0.36,"uvOffsetY":0.559,"uvScaleX":1.02,
"uvScaleY":-1.143,"rotate":0,"usePalette":0,"paletteColors":[{"x":0.041,"y":0.01,"z":0.584},{"x":0.131,"y":0.102,
"z":0.658},{"x":0.9,"y":0.855,"z":0.917},{"x":0.797,"y":0.882,"z":0.478}],"saveListIndex":-1,"uniqueID":361315861})
console.log(b.length) // 3122 bytes
console.log(encodeURIComponent(b).length) // 4952 bytes
console.log(zipurl(b).length) // 1120 bytes - 77.4% reduction in size :)If you're using GAS somewhere along your pipeline, zipurl is supported natively (kindof).
Here's the gist:
function zipurl(data) {
const { gzip, base64EncodeWebSafe, newBlob } = Utilities
const blob = gzip(newBlob(data)).getBytes()
return base64EncodeWebSafe(blob).replace(/=/g, '')
}
function unzipurl(data) {
const { ungzip, base64DecodeWebSafe, newBlob } = Utilities
const blob = newBlob(base64DecodeWebSafe(data)).setContentType('application/x-gzip')
return ungzip(blob).getDataAsString()
}And the outputs should be binary-equivalent to that of this package.
ISC