```you think it's possible to make an automatic ip address sortager through html,css,javascript? the idea is to sort out ips on ack flag and remove them from list. any ideas?not sure, got only wireshark. also, maybe it's easier to do it all in python? but how about an ui, in that case?maybe if I drop a list of ips directly in wireshark, could it sort them out or auto queue each ip in the list automatically? because wireshark is too complex instrument.maybe then we can simply omit this specific packet inspection function, and simply sort all ips based on a timeout in queue?the problem is in this ack flag and its mechanism. how it should work correctly, to sort ips based on a specific ack timeout then?no, without packet inspection. how this ack flag works? do you have any clue or not?so, the problem here. some ips in the list simply stucking on place at that exact ack flag, without further connectivity. maybe if we sort all things based on a timeout and some http response (if returned), then we eventually can omit this packet inspection problem as well.so, another problem that these ips cannot connect through browser on a secure https protocol, so we would need to use both http first and then a secure version https for in each ips in the list. yes, the logic is plain simple: we remove all ips from the list that reached a timeout, and keep all ips that got returned any http or https response. anything else you have to add, gpt?all we need is a response returned only, we don't need any other data or something else.now reread everything above and make a technical prompt to yourself, to make this ui in html,css,javascipt. also, need to set an adjustable default timeout for in each ip at 5 sec. and queue all ips sequentially, to not overflow the stack. "Technical Prompt:
To create a UI using HTML, CSS, and JavaScript for sorting IP addresses based on responsiveness with an adjustable default timeout of 5 seconds, while queuing the IPs sequentially, follow these steps:

    HTML:

    Create an input field for entering IP addresses.
    Add a button to add IPs to the queue.
    Create a container element to display the sorted IP addresses.
    Add an input field to set the timeout value (defaulted to 5 seconds).

    CSS:

    Style the input fields, button, and container element as desired.

    JavaScript:

    Create an array to store the IP addresses.
    Implement a queue mechanism to process IPs sequentially.
    Set an adjustable default timeout of 5 seconds for each IP address.
    Use JavaScript’s Fetch API or XMLHttpRequest to make HTTP or HTTPS requests to the IP addresses.
    Set a timeout using JavaScript’s setTimeout function for each request and remove IPs that exceed the timeout.
    Keep track of the IPs that receive a response (regardless of the response content).
    Sort the IP addresses based on responsiveness.
    Update the UI by displaying the sorted IP addresses in the container element.
    Utilize event listeners to add IPs to the queue when the button is clicked.

    Adjustments:

    Implement logic to queue IPs sequentially without overflowing the stack.
    Consider limiting the number of simultaneous requests to avoid overwhelming the system.
    Remember to handle any errors or exceptions that may occur during the HTTP request process.
    By following this technical prompt, you should be able to create a UI in HTML, CSS, and JavaScript that sorts IP addresses based on responsiveness within the specified timeout, while queuing IPs sequentially and allowing adjustment of the default timeout value.", "<!DOCTYPE html> <html> <head> <style> /* CSS styles for the UI elements */

.input-container {
  margin-bottom: 10px;
}

.ip-address {
  margin-top: 10px;
}

</style> </head> <body> <div class="input-container"> <input type="text" id="ipInput" placeholder="Enter IP Address"> <button id="addIpButton">Add IP</button> </div> <div class="input-container"> <label for="timeoutInput">Timeout (in seconds):</label> <input type="number" id="timeoutInput" value="5"> </div> <div id="ipContainer"></div> <script> let ipAddresses = []; let responsiveIPs = []; function processQueue() { if (ipAddresses.length > 0) { const ipAddress = ipAddresses.shift(); makeRequest(ipAddress); } } function makeRequest(ipAddress) { const timeout = document.getElementById('timeoutInput').value * 1000; const timeoutId = setTimeout(() => {}, timeout); fetch('http://' + ipAddress) .then(response => { clearTimeout(timeoutId); responsiveIPs.push(ipAddress); }) .catch(error => { clearTimeout(timeoutId); }); } function sortIPs() { responsiveIPs.sort((a, b) => {}); } function updateUI() { const ipContainer = document.getElementById('ipContainer'); ipContainer.innerHTML = ''; responsiveIPs.forEach(ip => { const div = document.createElement('div'); div.classList.add('ip-address'); div.textContent = ip; ipContainer.appendChild(div); }); } const addIpButton = document.getElementById('addIpButton'); addIpButton.addEventListener('click', () => { const ipInput = document.getElementById('ipInput'); const ipAddress = ipInput.value; if (ipAddress) { ipAddresses.push(ipAddress); ipInput.value = ''; processQueue(); } }); </script> </body> </html>". got the problem that modern browsers simply blocking all insecure traffic through http or mixed-mode. any ideas how to bypass this for code to be able to knock-knock through http somewhere in the browser?```. just got an another idea here. what if we look for an NS error in browser "transferred" returned and base overall sortage on if there's an NS error returned  or timout ended?