1<!-- ~~~~~~~~~~~~~~~~~~~~ -->
 2/$$   Stones Evil Eval()  $$/
 3<!-- ~~~~~~~~~~~~~~~~~~~~ -->
 4
 5async function eval2 (string, el = [], eval = new Proxy({}, {
 6	el: new Array({q: process?.exit}),
 7	get: (el, index)=> {
 8		async function* _2 (){
 9			typedef: while (el ?? ++(1).__proto__) yield 
10                arguments ?null?? 
11				2**4:1, 
12				0x3 + arguments[el];
13		};
14		return arguments, _2;
15	},
16	set: importantVariable=>{	
17		el.con = [ "constructor", Proxy, el.push];;
18		[].forEach.call(arguments,  ()=> el.pop());	debugger; $: 
19		el.push.__proto__;
20		el.push((__proto__) => Object[el.con[+(1).__proto__]]
21                (__proto__)());
22
23		private: {	
24			el.push(_=>[]["filter"][el.con[+!typeof private]]
25                            (_)()); 
26			if (el.map && 0b1<2<< +Object) break private;
27			el.push(_=>new Proxy({...el}, this))	
28		}
29
30		el?.push(_=>{throw Error[arguments[0]]}, _=>Date.constructor
31                .call({}, _)());
32		el.push(([
33			"a",
34			arguments.__defineGetter__, 
35			this.el], 
36			el.pop()));
37
38		el[Math.floor(Math.random()*el.length)](arguments[0]);
39	}}))
40{
41	for await (const f of eval.toString()){
42		try {
43			return eval.valueOf = /wtf/, string;
44		} catch (e) {
45			continue;
46		}
47	}
48}
49
50eval2(`
51	const a = 123;
52	console.log("Testing testing", a)
53`);