Last Updated: Patch 6.58
The program which most people use for parsing in FFXIV and several other MMOs. For an open source alternative consider using IINACT though configuring it won't be covered here.
Markdown - это облегчённый язык разметки, который преобразует текст в структурированный HTML. Следующее руководство поможет вам разобраться, как использовать Markdown.
# Заголовок первого уровня
## Заголовок второго уровня
### Заголовок третьего уровня
#### Заголовок четвёртого уровня
##### Заголовок пятого уровня
| /** | |
| * @type {Object} JavaScript namespace for our application. | |
| */ | |
| var Custom_Modal = {}; | |
| (function($, Custom_Modal) { | |
| var $ = jQuery; | |
| _.extend( Custom_Modal, { view: {}, controller: {} } ); |
(https://github.com/sandino/Markdown-Cheatsheet) (перевод, оригинал)
Поиграть с разметкой Markdown можно на демо-странице.
Hi, I'm Lorna and I don't use a mouse. I have had RSI issues since a bad workstation setup at work in 2006. I've tried a number of extra hardware modifications but what works best for me is to use the keyboard and only the keyboard, so I'm in a good position and never reaching for anything else (except my coffee cup!). I rather unwisely took a job which required me to use a mac (I've been a linux user until now and also had the ability to choose my tools carefully) so here is my cheatsheet of the apps, tricks and keyboard shortcuts I'm using, mostly for my own reference. Since keyboard-only use is also great for productivity, you may also find some of these ideas useful, in which case at least something good has come of this :)
There's more detail on a few of these apps but here is a quick overview of the tools I've installed and found helpful
| Tool | Link | Comments |
|---|
| // ln.c | |
| // | |
| // simple, fast, accurate natural log approximation | |
| // when without <math.h> | |
| // featuring * floating point bit level hacking, | |
| // * x=m*2^p => ln(x)=ln(m)+ln(2)p, | |
| // * Remez algorithm | |
| // by Lingdong Huang, 2020. Public domain. |
| import { serve } from "https://deno.land/std@0.162.0/http/server.ts"; | |
| import { Server } from "https://deno.land/x/socket_io@0.2.0/mod.ts"; | |
| import { Hono } from "https://deno.land/x/hono@v3.0.0/mod.ts"; | |
| import { logger, html } from "https://deno.land/x/hono@v3.0.0/middleware.ts"; | |
| const app = new Hono(); | |
| app.use("*", logger()); | |
| app.get("/", (c) => { | |
| return c.html( |
Recently, I've been trying to find out the difference between copy-initialization (e.g. in return statements) and direct-initialization (e.g. in static_cast expressions). Besides the explicit keyword, the code posted by [Johannes] really caught my attention because recent versions of GCC and Clang exhibit different behaviors for the mentioned code. Upon further investigation, it may be surprising that these behaviors are somewhat intentional. In the following, I will try to explain this corner case of initialization in C++. This post may be a bit arcane. Anyway, have fun reading!
Given the following code:
// -std=c++23
| /play | |
| /*.png | |
| /*.bmp | |
| /solitaire |