Summertime

Bash Book

niko

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

UserUnknownFactor

Introduction

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

This collection uses mostly Romaji transliterations. Some SFXs 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.

A

a: general interjection and versa

directhex

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

Taytay

#!/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: 

lisardggY

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

   private class CollectionEventSuppressor : IDisposable
   {

samsheffield

// 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

bdash

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);

ocornut

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.

pfmoore

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