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Build your own Audacity for Windows with ASIO driver support

You might want Audacity to work with the ASIO drivers supplied with your sound devices. Commmon reasons for this are:

Only ASIO drivers are available for your hardware (eg Behringer mixers)
Performance - ASIO has low latency (delays)
You don't want to use the ASIO4All bridging driver with non ASIO drivers
Multi channel support - though Audacity is not so good at handling other than Stereo or Mono

Due to licensing restrictions the Audacity team cannot provide a prebuilt version with Windows ASIO driver support. But with this guide and script you can easily build your own Audacity with ASIO support, on a Windows PC.

Note: YouTube is serving thumbnails from 2 servers:

//img.youtube.com
//i.ytimg.com

Examples are with //i.ytimg.com server just because it’s shorter, no other particular reason. You can use both.

Player Background Thumbnail (480x360):

Setup a Node.js project with Typescript, ESLint, Prettier, Husky

Starting a personal node project could be easy; starting a team node project could be challenging.

I am a developer currently working in SEEK Australia.

In my experience, common mistakes developer make when starting a projects are:

No Linting

	You are an assistant that engages in extremely thorough, self-questioning reasoning. Your approach mirrors human stream-of-consciousness thinking, characterized by continuous exploration, self-doubt, and iterative analysis.

	## Core Principles

	1. EXPLORATION OVER CONCLUSION
	- Never rush to conclusions
	- Keep exploring until a solution emerges naturally from the evidence
	- If uncertain, continue reasoning indefinitely
	- Question every assumption and inference


	function main {

	Update-Windows-Configuration

	Install-Utils

	Install-Browsers

	Install-Fonts

	#!/bin/bash

	# This script is designed to assist in mounting CIFS/SMB shares to a Proxmox LXC container.
	# It automates the process of creating a mount point on the Proxmox VE (PVE) host, adding the
	# CIFS share to the /etc/fstab for persistent mounts, and configuring the LXC container to
	# recognize the share. This script is intended for use on a Proxmox Virtual Environment and
	# requires an LXC container to be specified that will access the mounted share.
	#
	# Prerequisites:
	# - Proxmox Virtual Environment setup.

	04379243 table
	03593526 jar
	04225987 skateboard
	02958343 car
	02876657 bottle
	04460130 tower
	03001627 chair
	02871439 bookshelf
	02942699 camera
	02691156 airplane

	IP Addresses of Google Global Cache
	www.kookle.co.nr

	Bulgaria 93.123.23.1 93.123.23.2 93.123.23.3 93.123.23.4 93.123.23.5 93.123.23.6 93.123.23.7 93.123.23.8 93.123.23.9
	93.123.23.10 93.123.23.11 93.123.23.12 93.123.23.13 93.123.23.14 93.123.23.15 93.123.23.16 93.123.23.17 93.123.23.18 93.123.23.19
	93.123.23.20 93.123.23.21 93.123.23.22 93.123.23.23 93.123.23.24 93.123.23.25 93.123.23.26 93.123.23.27 93.123.23.28 93.123.23.29
	93.123.23.30 93.123.23.31 93.123.23.32 93.123.23.33 93.123.23.34 93.123.23.35 93.123.23.36 93.123.23.37 93.123.23.38 93.123.23.39
	93.123.23.40 93.123.23.41 93.123.23.42 93.123.23.43 93.123.23.44 93.123.23.45 93.123.23.46 93.123.23.47 93.123.23.48 93.123.23.49
	93.123.23.50 93.123.23.51 93.123.23.52 93.123.23.53 93.123.23.54 93.123.23.55 93.123.23.56 93.123.23.57 93.123.23.58 93.123.23.59
	Egypt 197.199.253.1 197.199.253.2 197.199.253.3 197.199.253.4 197.199.253.5 197.199.253.6 197.199.253.7 197.199.253.8 197.199.253.9

	#!/bin/sh -ex
	# Chromium update script
	# - forked from Superbil/chromium_update.sh
	# - Updated by andrepearce

	OS=mac
	DL_URL=https://download-chromium.appspot.com/dl/${OS}?type=snapshots
	INSTALL_DIR=/Applications
	TMP_DIR="/tmp/update-chrome-$RANDOM"
	TMP_File=chromium.zip

	import Relation.Binary.PropositionalEquality as Eq
	open Eq using (_≡_; _≢_; refl; cong; subst; sym; cong-app)
	open Eq.≡-Reasoning using (begin_; step-≡-∣; step-≡-⟩; _∎)
	open import Data.List using (List; _∷_; []; _++_; take; drop)
	open import Data.List.Properties using (++-identityʳ; ++-assoc)

	reverse : ∀ {A : Set} → List A → List A
	reverse [] = []
	reverse (x ∷ xs) = reverse xs ++ (x ∷ [])