}
	sortFn := func(ps []*v1.ServicePort) func(int, int) bool {
		return func(i, j int) bool {
			pi := portIndexOf(portWithProtocol{port: ps[i].Port, protocol: ps[i].Protocol}, portPriority)
			pj := portIndexOf(portWithProtocol{port: ps[j].Port, protocol: ps[j].Protocol}, portPriority)
			return pi < pj
		}
	}
	if overlay == nil {
		sort.Slice(base, sortFn(base))
		return base
	}

	}
}

const (
	_Sawtooth = iota
	_Rand
	_Stagger
	_Plateau
	_Shuffle
	_NDist
)

const (
	_Copy = iota
	_Reverse
	_ReverseFirstHalf
	_ReverseSecondHalf
	_Sorted
	_Dither
	_NMode
)

type testingData struct {
	desc        string
	t           *testing.T
	data        []int
	maxswap     int // number of swaps allowed
	ncmp, nswap int
}

this._tryRenderChunk();},_applyFullRefresh:function(){var c=this.collection;var keys;if(this._sortFn){keys=c?c.getKeys():[];}else{keys=[];var items=this.items;if(items){for(var i=0;i<items.length;i++){keys.push(c.getKey(items[i]));}}}
var self=this;if(this._filterFn){keys=keys.filter(function(a){return self._filterFn(c.getItem(a));});}
if(this._sortFn){keys.sort(function(a,b){return self._sortFn(c.getItem(a),c.getItem(b));});}

w=u(x,{});e.candidateRuleMap.has(w)||e.candidateRuleMap.set(w,[]),e.candidateRuleMap.get(w).push([{sort:n.create("defaults"),layer:"defaults"},y])}},addComponents(p,m){m=Object.assign({},{preserveSource:!1,respectPrefix:!0,respectImportant:!1},Array.isArray(m)?{}:m);for(let[x,y]of _n(p)){let w=u(x,m);a.add(w),e.candidateRuleMap.has(w)||e.candidateRuleMap.set(w,[]),e.candidateRuleMap.get(w).push([{sort:n.create("components"),layer:"components",options:m},y])}},addUtilities(p,m){m=Object.assign({},{p...