package xrfragment; import xrfragment.Parser; /** * * * * > version 1.0.0 * * date: $(date +"%Y-%m-%dT%H:%M:%S%z") (generated by \`./make doc\`)
* [![Actions Status](https://github.com/coderofsalvation/xrfragment/workflows/test/badge.svg)](https://github.com/coderofsalvation/xrfragment/actions) * * # XRFragment Grammar * * ``` * reserved = gen-delims / sub-delims * gen-delims = "#" / "&" * sub-delims = "," / "|" / "=" * ``` *
* * > Example: `://foo.com/my3d.asset#pos=1,0,0&prio=-5&t=0,100|100,200` * * Hasslefree 3D vector-data (`,`), multi-protocol/fallback-linking & dynamic values (`|`), and CSS-piggybacking (`.mygroup`) *
* | `x=1,2,3` | vector/coordinate argument e.g. | * | `x=foo\|bar\|1\,2,3\|1.0` | the `\|` character is used for:
1.specifying `n` arguments for xrfragment `x`
2. fallback urls (`src=https://x.co/f.gltf\|xyz://f.gltf`)
3. roundrobin of values (in case provided arguments exceeds `n` of `x` for #1) when triggered by browser URI (clicking `href` e.g.)| * | `.mygroup` | query-alias for `class:mygroup` | * * # URI parser * > icanhazcode? yes, see [URI.hx](https://github.com/coderofsalvation/xrfragment/blob/main/src/xrfragment/URI.hx) */ @:expose // <- makes the class reachable from plain JavaScript @:keep // <- avoids accidental removal by dead code elimination class URI { @:keep public static function parse(qs:String):haxe.DynamicAccess { var fragment:Array = qs.split("#"); // 1. fragment URI starts with `#` var splitArray:Array = fragment[1].split('&'); // 1. fragments are split by `&` var resultMap:haxe.DynamicAccess = {}; // 1. store key/values into a associative array or dynamic object for (i in 0...splitArray.length) { // 1. loop thru each fragment var splitByEqual = splitArray[i].split('='); // 1. for each fragment split on `=` to separate key/values var regexPlus = ~/\+/g; // 1. fragment-values are urlencoded (space becomes `+` using `encodeUriComponent` e.g.) var key:String = splitByEqual[0]; if (splitByEqual.length > 1) { var value:String = StringTools.urlDecode(regexPlus.split(splitByEqual[1]).join(" ")); var ok:Bool = Parser.parse(key,value,resultMap); // 1. every recognized fragment key/value-pair is added to a central map/associative array/object } } return resultMap; } }