milleniumbug

Bash Book

An collection of documents about icecast/shoutcast streaming.

icy_meta.md contains the basics of metadata within the stream. The document where I got this information from (http://www.smackfu.com/stuff/programming/shoutcast.html) is not available any more.
spec.md is a copy of this gist https://gist.github.com/ePirat/adc3b8ba00d85b7e3870 just to prevent the informtation from disappearing. You may find the discussion beneath the original gist interresting as well.
icy.rb is the most simple icy metadata parser written in Ruby.
Some information can be found here: https://cast.readme.io/docs/icy

Japanese SFX

Introduction

This is a compiled collection of common Japanese SFXs (sound effects or onomatopoeia).

This collection uses mostly Romaji transliterations. Some of them can be used in combination with other SFXs; some of them, or combinations thereof, can be written separately for emphasis within the same panel (example: do-ki-, ドッキッ ), but can be considered part of the same action; some use repeated sub-elements or prolongation characters (ー) within them. All interjections can be written differently, usually to indicate particularly strong or repeated stimulation. For example, a cho in isolation is almost certainly a truncated version of chotto, where the speaker was distracted from finishing the word. A prolongation of a character, on the other hand, often implies lazy, harsh, or sloppy pronunciation, or possibly even a scream. Because of this, many SFXs can have multiple meanings, depending on the action drawn, as well as one's interpretation of that action.

Last updated 2020/03/04

Some links from twitter on the topic of parsing PSD files (haven't looked into them in details). PSD include a flattened rasterized image so this is easy to load if that's the only thing you need. Most software / librairies have support for extracting this flattened data (e.g. stb_image.h does).

However if you want access to individual layers, render non-rasterized layers, emulate every photoshop features, extract or apply effects with more granularity, more code is needed. May range from easy to lots-of-work depending on what exactly you need.

As far as I know there isn't a trivial stb-like ready-to-use C++ library to do that sort of things. Posting all links here. Some are probably bloated or hard to use into your project, some lacking features.

TODO: Actually look into the pros/cons of all those.

	call "C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Auxiliary\Build\vcvarsall.bat" x86

	cd main
	external\nuget-binary\nuget.exe restore -DisableParallelProcessing
	msbuild /t:Restore /p:RestoreDisableParallel=true external\RefactoringEssentials\RefactoringEssentials\RefactoringEssentials.csproj
	external\fsharpbinding\.paket\paket.bootstrapper.exe
	cd external\fsharpbinding\
	.paket\paket.exe restore
	cd %WORKSPACE%\main
	msbuild /p:Configuration=DebugWin32 /p:Platform="Any CPU" Main.sln

	#!/bin/bash
	# Installs latest release of hub on Linux

	# Echo, halt on errors, halt on uninitialized ENV variables. (https://vaneyckt.io/posts/safer_bash_scripts_with_set_euxo_pipefail/)
	set -euxo pipefail

	# Hub doesn't have a way to install the latest version using `apt` yet, so I wrote this as a hacky substitute.
	# This will be unnecessary when this issue is resolved: https://github.com/github/hub/issues/718#issuecomment-65824284

	# Linux options include:

	public static class ObservableCollectionExtensions
	{
	public static IDisposable SuppressCollectionEvents(this INotifyCollectionChanged collection,
	bool fireEventWhenComplete = true)
	{
	return new CollectionEventSuppressor(collection, fireEventWhenComplete);
	}

	private class CollectionEventSuppressor : IDisposable
	{

	if (((int8_t )guard variable for __dynamic_cast::use_strcmp == 0x0) && (___cxa_guard_acquire(guard variable for __dynamic_cast::use_strcmp, rsi, rdx, rcx, r8, r9) != 0x0)) {
	rsi = *_NSGetProgname();
	rcx = 0x1;
	if (strcmp("Adobe Illustrator", rsi) != 0x0) {
	rsi = *_NSGetProgname();
	rdx = 0x13;
	rcx = strncmp("Adobe Photoshop CS5", rsi, rdx) == 0x0 ? 0x1 : 0x0;
	}
	(int8_t )__dynamic_cast::use_strcmp = rcx;
	___cxa_guard_release(guard variable for __dynamic_cast::use_strcmp, rsi, rdx, rcx, r8, r9);

	data = {}
	data["extend"] = function (data, t)
	for n, recipe in ipairs(t) do
	for i, component in ipairs(recipe["ingredients"]) do
	cname = component[1] or component["name"]
	camt = component[2] or component["amount"]
	print('"' .. recipe["name"] .. '","' .. cname .. '",' .. camt)
	end
	end
	end

	// Unity C# Cheat Sheet
	// I made these examples for students with prior exerience working with C# and Unity.
	// Too much? Try Unity's very good tutorials to get up to speed: https://unity3d.com/learn/tutorials/topics/scripting