josephernest

Oho Pycon, that's great, I'll try to go to one, one day! Feel free to ping me if you have news about this, it would be interesting to be able...

Great news @jaidevd! 70 seconds of processing time for just 1000 samples of audio (i.e. 23 ms of audio) means it would take ... 85 hours of processing time for...

@texadactyl Thank you for your answer. It seems it works also with AES-GCM: for example chunking by 4 bytes has no impact on the encrypted result. ``` import Crypto.Random, Crypto.Cipher.AES...

@tomato42 For this, do: print(cipher.digest().hex() # auth tag: d7552b8b7c8e96bd1cc942d900c90cbc you will get the same result on both my examples. You can also use `encrypt_and_digest(...)`.

With oscilloscope it might work, and then finally not work on a real Roland, Yamaha synth, etc. So I'll do this test one of these days with real synthesizers, to...

Thanks @rgommers I use my code (especially 24-bit part) in many of my projects, and I confirm that it works and has been widely tested. ____ More informations: Normally `wavfile.py`...

[Here](http://gget.it/ktt688gj/test24bit.wav) is a 24-bit 44.1 khz stereo WAV file named `test24bit.wav`. It has: * a marker at 0'04", another marker at 0'08" * an infinite loop from 0'12" to 0'16"...

[Here is a small test file](http://gget.it/f26wj6mq/test24bit_2.wav). I won't go below 250 milliseconds, because testing if a loop works wouldn't make sense with a 10 ms sound file. Markers at 0.100...

Thanks!

Thanks @ichard26 for the tagging. Do you think there is already a setting for this?