- Be extremely concise. Sacrifice grammar for concision.
- Avoid unnecessary words and tangential points. Stay on the question.
- When asking the user one or more questions, enumerate them (1., 2., 3.) so each can be answered individually. For decision points, list options under each question:
1. Which approach? - Option A: ... - Option B: ... 2. Proceed? (yes/no)
| Claude Workflow | |
| - PLAN MODE | |
| - effort | |
| - skills | |
| - model choice | |
| - permissions | |
| - "prompt eng" | |
| MCP IS A TOOLBELT. Exposes tools in a structured way to Agents. |
| export type MimeTypes = | |
| | "audio/aac" | |
| | "application/x-abiword" | |
| | "application/x-freearc" | |
| | "video/x-msvideo" | |
| | "application/vnd.amazon.ebook" | |
| | "application/octet-stream" | |
| | "image/bmp" | |
| | "application/x-bzip" | |
| | "application/x-bzip2" |
| const jsdom = require('jsdom') | |
| const { | |
| JSDOM | |
| } = jsdom | |
| function toJSDOM(responseBody) { | |
| return new JSDOM(responseBody) | |
| } | |
| /** |
A list of the gists that have proved most useful to new JS devs on GitHub.
In 2016, Facebook AI Research (FAIR) broke new ground with Wav2Letter, a fully convolutional speech recognition system.
In Wav2Letter, FAIR showed that systems based on convolutional neural networks (CNNs) could person as well as traditional recurrent neural network-based approaches.
In this article, we'll focus on an understudied module at the core of Wav2Letter: the Auto Segmentation (ASG) Criterion.
GNU parallel is a command line tool for running jobs in parallel.
parallel is awesome and belongs in the toolbox of every programmer. But I found the docs a bit overwhelming at first. Fortunately, you can start being useful with parallel with just a few basic commands.
Let's compare sequential and parallel execution of the same compute-intensive task.
Imagine you have a folder of .wav audio files to convert to .flac:
| from model_fastai import FastaiImageClassifier | |
| class PythonServer(object): | |
| def listen(self): | |
| print(f'Python Server started listening on {PORT} ...') | |
| def predict_from_img(self, img_path): | |
| model = FastaiImageClassifier() | |
| return model.predict(img_path) |
