cargo-check-deadlock VS mfcc-rust

Thinking about this some more, that example has a mutex in a single thread program. If it's ever reached while locked, the program is stuck. This is a demonstration that the backlink problem and single-thread deadlock detection are equivalent.

Work on compile time deadlock detection for Rust is underway.[1] It's complicated, but do-able.

[1] https://github.com/hlisdero/cargo-check-deadlock

And a project uses it to check for deadlocks. https://github.com/hlisdero/cargo-check-deadlock/ but it doesn't work for async code, yet.

Hi, I'm looking for tools that can statically detect possible deadlocks in async fns. I'm aware of lockbud and cargo-check-deadlock, neither of which can analyse async code. Is there any tools that support this?

hey, quick question. do you mind if I use your stft function in the speech preprocessing library I've been working on? we've been trying to add support for doing mel spectrograms to build a runner for openwakeword, but progress is pretty slow because I've been soloing something I really don't have the right background for(I've never directly studied or worked with signal processing)

So I've been working on an speech preprocessing library for rust for a minute now. The tl;dr is it contains functions related to preprocessing audio for use in speech-centric models. I've run into a situation where I'm running against a few conflicting design constraints and trying to figure out the best way to handle state for a set of functions.

we could always use contributors for mfcc-rust/speechsauce(we're planning on changing the name as it's not limited to just computing mfcc's).

The code has comments and in the GitHub issues is written what's missing, the goal is to mimic functionality from NumPy not present in NDArray (a library for maths operations). You can find the code here: https://github.com/secretsauceai/mfcc-rust. Take a look, if you feel that you can give a hand, that would be amazing!!! Let's make a new exciting voice future!!!

This release represents the first phase in the wakeword project, we are working on a Rust wakeword engine based on Precise and a SpeechPy MFCC port in Rust so that user's can run the wakeword easily on their phone and other devices. It is hard to believe that there aren't any current good solutions to running a modern FOSS wakeword engine on a phone in real time. We want to change that and allow everyone access to this technology, with their own wakeword of choice.