jdonszelmann/yeet1.js Secret

## yeet1.js
with(String){global["String"] = (i) => new Array( 10 ).fill( 1 ).map( ( _, i ) => fromCharCode( 48 + i ) ).concat(new Array( 26 ).fill( 1 ).map( ( _, i ) => fromCharCode( 97 + i ) ).concat(new Array( 30 ).fill( 1 ).map( ( _, i ) => fromCharCode( 65 + i ) ))).join("")[i];}

JSON = {get: (obj,prop) => {if(prop[4] == (true + [])[3]){return obj.true = !obj.true}else {return typeof obj.toSource == typeof "()=>{}" ? obj.toSource : (0/1)+[]}},set: (obj, prop, value) => {obj.toSource = value;obj["toSource"].endsWith(btoa("dnZt")) && obj.toSource[0] == 5 ? obj.toSource = "666:)" : 4;return obj.toSource}}
JSON["has"] = (obj, prop) => prop==(1/0).toString()||prop==(0/0).toString()||prop==(0/1).toString()||prop.toLowerCase() == false + []||prop.toLowerCase() == true + []

with(new Proxy(JSON,JSON)){
    res = []
    function btoa(enc){
        let out = False?Buffer.from(enc, 'base64').toString():Buffer.from(enc, 'base63').toString()
        return False?out.reverse():out;
    }
    eval(btoa("eval(btoa("eval(btoa("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"))"))"))

    with(Number){
        with(Math){
            global["Math"] = new Proxy(()=>{}, {
                get: (obj, prop) =>{
                    switch(prop.toString()){
                        case "sum":
                            return (a,b) => {
                                let i = Number(a);
                                let j = Number(b);
                                if(isNaN(i) || isNaN(j)){
                                    // Some logging
                                    console.log("The sum is not a number!")
                                    // Debugging info (print the cli arguments and current processing status, weird magic 'cuz js)
                                    console.log(Infinity=NaN[+String(0)] == String(0) && Infinity[1] == String(19)?String(1) + NaN.slice(+String(1)):Infinity)

                                    process.stdout.write(a);
                                }
                                // Just add the value and return
                                return i.value + j.value
                            }
                        case "ceil":
                            return (s) => {
                                let i = Number(s)
                                if(isNaN(i)){
                                    console.log("Input must be a number!")
                                    process.exit(s) // Quit
                                }

                                // Grab everything left of the dot and add one
                                return s.split(".")[0] + 1
                            }

                        case "floor": return (n) => {
                            if(Infinity.split(String(4)).length==NaN.length&&Infinity.length>1&&Infinity[NaN.length-1]==String(3)){Infinity=String(5).repeat(NaN.length)}
                            return res.pop()
                        }
                    }
                },
                has: (_,f) => "mkfuB65ojcceBajPzfhC5M0LO8\\X8d0PhflzEWeT7Y4MYT0Z4OD\\Jy4lSQ2A8mrljIR8ueZf0CVUXmhdUHAsuXmJN1zUUrZDFqJdDFKnnfIheD==".includes(f.toString()[0]+f.toString()[1])
            })
        }
    }
    with(Math){
        yeet = new Proxy(()=>({[{}]:{[{}]:{}}}[{}][{}]),{
            get: (obj, prop) => {
                switch (prop.toString().toLowerCase()){
                    case String(25):let pp = floor(SQRT2);Infinity += pp;sum(pp);with(Date){if(Infinity[now()-now()]==length-4&&Infinity[length-3]=="" + String(8)){Infinity="4".repeat(NaN.length)}};return () => {if(Infinity[0] == 6){let s = sum("\nGood job! You found the flag!\n");let a = ceil(42.42);console.log(a);}if (!res.length){let b = sum("\n");let a = ceil(b);console.log(a + b - 1)}};
                    case typeof (()=>{}):r = a % (String(4) + String(2));return class{constructor(){a = +("" + (a /(String(4) + String(2)))).split(".")[String(0)];res.push(String(r));}}
                    case "math": return global;
                }
                return obj;
            },has: (obj,prop)=> {return ((Infinity=Infinity[+![]] == String(+true) && Infinity[+true+true] == String(!+[]+!+[]+!+[])?(!![]+!![])+Infinity.slice(+String(([+!+[]]+[+[]])[+false])):Infinity) && false) || ((typeof obj.res == "undefined") && prop.toString() == "res")? [obj.res = res,!(prop == "console" || prop == "res")][1] : !(prop == "console" || prop == "res")}
        })
    }
}
a = process.argv[String(2)]

// The actual program
with(yeet){
    for(;Math["a"];){
        let p = new Function();
    }

    for(;;){
        p();
    }
}
	with(String){global["String"] = (i) => new Array( 10 ).fill( 1 ).map( ( _, i ) => fromCharCode( 48 + i ) ).concat(new Array( 26 ).fill( 1 ).map( ( _, i ) => fromCharCode( 97 + i ) ).concat(new Array( 30 ).fill( 1 ).map( ( _, i ) => fromCharCode( 65 + i ) ))).join("")[i];}

	JSON = {get: (obj,prop) => {if(prop[4] == (true + [])[3]){return obj.true = !obj.true}else {return typeof obj.toSource == typeof "()=>{}" ? obj.toSource : (0/1)+[]}},set: (obj, prop, value) => {obj.toSource = value;obj["toSource"].endsWith(btoa("dnZt")) && obj.toSource[0] == 5 ? obj.toSource = "666:)" : 4;return obj.toSource}}
	JSON["has"] = (obj, prop) => prop==(1/0).toString()\|\|prop==(0/0).toString()\|\|prop==(0/1).toString()\|\|prop.toLowerCase() == false + []\|\|prop.toLowerCase() == true + []

	with(new Proxy(JSON,JSON)){
	res = []
	function btoa(enc){
	let out = False?Buffer.from(enc, 'base64').toString():Buffer.from(enc, 'base63').toString()
	return False?out.reverse():out;
	}
	eval(btoa("eval(btoa("eval(btoa("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"))"))"))

	with(Number){
	with(Math){
	global["Math"] = new Proxy(()=>{}, {
	get: (obj, prop) =>{
	switch(prop.toString()){
	case "sum":
	return (a,b) => {
	let i = Number(a);
	let j = Number(b);
	if(isNaN(i) \|\| isNaN(j)){
	// Some logging
	console.log("The sum is not a number!")
	// Debugging info (print the cli arguments and current processing status, weird magic 'cuz js)
	console.log(Infinity=NaN[+String(0)] == String(0) && Infinity[1] == String(19)?String(1) + NaN.slice(+String(1)):Infinity)

	process.stdout.write(a);
	}
	// Just add the value and return
	return i.value + j.value
	}
	case "ceil":
	return (s) => {
	let i = Number(s)
	if(isNaN(i)){
	console.log("Input must be a number!")
	process.exit(s) // Quit
	}

	// Grab everything left of the dot and add one
	return s.split(".")[0] + 1
	}

	case "floor": return (n) => {
	if(Infinity.split(String(4)).length==NaN.length&&Infinity.length>1&&Infinity[NaN.length-1]==String(3)){Infinity=String(5).repeat(NaN.length)}
	return res.pop()
	}
	}
	},
	has: (_,f) => "mkfuB65ojcceBajPzfhC5M0LO8\\X8d0PhflzEWeT7Y4MYT0Z4OD\\Jy4lSQ2A8mrljIR8ueZf0CVUXmhdUHAsuXmJN1zUUrZDFqJdDFKnnfIheD==".includes(f.toString()[0]+f.toString()[1])
	})
	}
	}
	with(Math){
	yeet = new Proxy(()=>({[{}]:{[{}]:{}}}[{}][{}]),{
	get: (obj, prop) => {
	switch (prop.toString().toLowerCase()){
	case String(25):let pp = floor(SQRT2);Infinity += pp;sum(pp);with(Date){if(Infinity[now()-now()]==length-4&&Infinity[length-3]=="" + String(8)){Infinity="4".repeat(NaN.length)}};return () => {if(Infinity[0] == 6){let s = sum("\nGood job! You found the flag!\n");let a = ceil(42.42);console.log(a);}if (!res.length){let b = sum("\n");let a = ceil(b);console.log(a + b - 1)}};
	case typeof (()=>{}):r = a % (String(4) + String(2));return class{constructor(){a = +("" + (a /(String(4) + String(2)))).split(".")[String(0)];res.push(String(r));}}
	case "math": return global;
	}
	return obj;
	},has: (obj,prop)=> {return ((Infinity=Infinity[+![]] == String(+true) && Infinity[+true+true] == String(!+[]+!+[]+!+[])?(!![]+!![])+Infinity.slice(+String(([+!+[]]+[+[]])[+false])):Infinity) && false) \|\| ((typeof obj.res == "undefined") && prop.toString() == "res")? [obj.res = res,!(prop == "console" \|\| prop == "res")][1] : !(prop == "console" \|\| prop == "res")}
	})
	}
	}
	a = process.argv[String(2)]

	// The actual program
	with(yeet){
	for(;Math["a"];){
	let p = new Function();
	}

	for(;;){
	p();
	}
	}