The script contains a function named idontknow at the end, which appears to intentionally obfuscate a string input using a Fisher-Yates shuffle algorithm. This function is used to generate a seemingly random class name (mount = idontknow("LinkSwift")), which is then used to create a unique HTML element (). This obfuscation serves no clear functional purpose and makes the code harder to audit, potentially hiding malicious or unintended behavior. Evidence: Function definition: function idontknow(input) { let charArray = input.split(""); for (let i = charArray.length - 1; i > 0; i--) { let j = Math.floor(Math.random() * (i + 1)); [charArray[i], charArray[j]] = [charArray[j], charArray[i]]; } return charArray.join(""); } Usage: let mount = idontknow("LinkSwift"); and <${mount} class="${mount}" />.
The script contains a function named idontknow at the end, which appears to intentionally obfuscate a string input using a Fisher-Yates shuffle algorithm. This function is used to generate a seemingly random class name (mount = idontknow("LinkSwift")), which is then used to create a unique HTML element (). This obfuscation serves no clear functional purpose and makes the code harder to audit, potentially hiding malicious or unintended behavior.
Evidence:
Function definition:
function idontknow(input) {
let charArray = input.split("");
for (let i = charArray.length - 1; i > 0; i--) {
let j = Math.floor(Math.random() * (i + 1));
[charArray[i], charArray[j]] = [charArray[j], charArray[i]];
}
return charArray.join("");
}
Usage: let mount = idontknow("LinkSwift"); and <${mount} class="${mount}" />.