bypasser | Chrome Extension that implements Cloudflare | Router library

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The app component is being rendered on this line in your index.js file:

ReactDOM.render(, document.getElementById('root'));

try commenting or removing the above line and see if it helps. better yet, modify the App() component to your desired content and not directly modify the html file on your public folder.

You need to group by grantee and put a condition in HAVING clause:

Here's a step-by-step walkthrough in Notepad++ once you have the file open:

1. Press Ctrl+h to open the "Replace" dialog box.
2. Press Alt+g to change the mode to "Regular expression".
3. Press Alt+f to select the "Find what" text area.
4. Type or paste \s*#.*$.
5. Press Alt+l followed by Del or Backspace to ensure the "Replace with" field is empty if it isn't already.
6. Press Alt+a to "Replace all".

Output on NP++ v7.5.9 is (with no spaces at end of each URL):

Upgrading all packages and flutter clean does the magic.

So my question basically is how to do the above example in Audioworklet,

For your first example, there is already an AudioWorklet version for it: https://github.com/GoogleChromeLabs/web-audio-samples/blob/gh-pages/audio-worklet/basic/js/noise-generator.js

I do not recommend the second example (aka buffer stitching), because it creates lots of source nodes and buffers thus it can cause GC which will interfere with the other tasks in the main thread. Also discontinuity can happen at the boundary of two consecutive buffers if the scheduled start time does not fall on the sample. With that said, you won't be able to hear glitch in this specific example because the source material is noise.

when the data is generated continuously in the main thread in some array and the playback of that data is happening in the Webaudio thread.

The first thing you should do is to separate the audio generator from the main thread. The audio generator must run on AudioWorkletGlobalScope. That's the whole purpose of AudioWorklet system - the lower latency and the better audio rendering performance.

In your code, VGMPlay_WebAudio.generateBuffer() should be called in AudioWorkletProcessor.process() callback to fill the output buffer of the processor. That roughly matches what your onaudioprocess callback does.

I've been reading about the messageport thing, but I'm not sure that's the way to go either. The examples don't point me into that direction I'd say. What I might need is the proper way to provide the process function in the AudioWorkletProcesser derived class with my own data.

I don't think your use case requires MessagePort. I've seen other methods in the code but they really don't do much other than starting and stopping the node. That can be done by connecting/disconnecting AudioWorkletNode in the main thread. No cross-thread messaging necessary.

The code example at the end can be the setup for AudioWorklet. I am well aware that the separation between the setup and the actual audio generation can be tricky, but it will be worth it.

Few questions to you:

1. How does the game graphics engine send messages to the VGM generator?
2. Can the VGMPlay class live on the worker thread without any interaction with the main thread? I don't see any interaction in the code except for starting and stopping.
3. Is XMLHttpRequest essential to the VGMPlay class? Or can that be done somewhere else?