Goの組織でバックエンドTypeScriptを採用してどうだったか / How was adopting backend TypeScript in a Golang company

Goの組織でバックエンドTypeScriptを採用してどうだったか / How was adopting backend TypeScript in a Golang company
6 Reasons Why JavaScript Async/Await Blows Promises Away (Tutorial) Too Long; Didn't Read Async/await is just syntax sugar built on top of promises. NodeJS supports it out of the box since version 7.6.6. It has been the single greatest addition to JS since 2017. Here are a bunch of reasons with examples why you should adopt it immediately and never look back. It makes asynchronous code look and be
So, I have been working on a multi-threaded JavaScript runtime, Nexus.js. You can think of it as the mad cousin of Node.js. First of all: there is no event loop. You heard that right, there is no event loop. Everything is scheduled on a thread pool, which picks “tasks” from a priority-queue and begins executing them — in parallel — on all CPU cores, simultaneously. There’s no `process.nextTick()`
This article has kindly been turned into a video by the folks at Webucator who do JavaScript training. When dealing with asynchronous code, JavaScript’s ES6 promises can make your life a lot easier. No more callback pyramids, no more error handling on every second line, and no more reliance on external libraries to do things as simple as getting the result of a for loop. But ES6 Promises can have
Turning an app idea into a working reality is a more complicated task than most people might believe. However, with the wealth of software resources available on the internet, creating an app out of your idea is manageable. You don't even need to necessarily know how to develop mobile apps to make your application work. You can hire third parties or freelancers as there many places where you can f
JavaScript is single threaded. To avoid blocking applications when performing an ajax request or reading a file, these operations are usually executed asynchronously. Some mechanism is then required to keep track of what is happening. The Problem Most asynchronous JavaScript APIs like XMLHttpRequest expose a way to assign a function, or callback, that will be invoked when the task is completed. Wh
Objective-Cとのブリッジファイルを作成する 適当なObjective-Cファイルを作成して追加します。その際に、Bridging-Headerを追加するか聞いてくるので、YESを押します。File > New > File > (iOS or OS X) > Source > Header File をして、 <プロジェクト名>-Bridging-Headerとしても追加可能です。 Bridging-Headerファイルに下記のように記述します。 これで準備が出来ました。 非同期処理を直列で処理する 一番簡単で利用頻度も高いと思われる非同期処理を直列で処理する方法について説明します。下記のサンプルコードを参照して下さい(サンプルコードは文末にリンクがあります)。例はYahooと通信してから、Googleと通信する例です。実行するとそれぞれ非同期通信にもかかわらず、必ずYahoo!
Facebook(Parse)が提供している Bolts-iOS は有名だし便利そうだけど、最初使い方がわかりづらい。READMEはParse利用時を想定して書かれているし、実際、ちょっととっつきにくいんですよね。サンプルコードもちゃんと書くとややこしくなりがち。それを出来るだけ簡単に説明しようと思います。そのために、細かい説明は端折ります。コードは説明的に冗長にします。まず使って、そして深めていくのが効率が高いやり方だと思うので。僕が伝えたいのは、 Bolts-iOSは実は簡単なんだぜ! ってことです!サンプルプロジェクトは末尾に用意しました。 Swiftで説明していますが、使い方はObjective-Cでも同じです。適度に読み替えて下さい。 Boltsの簡単な説明 Boltsは非同期処理をより扱いやすくします。非同期処理をよく使うのは通信周りだと思いますが、通信終了時にClosure(
Mar 5, 2014Download as pptx, pdf28 likes6,597 views
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Callbacks, promises, generators - asynchronous javascript This document discusses callbacks, promises, and generators for handling asynchronous code in JavaScript. It begins by explaining callbacks and the issues they can cause like "callback hell". It then introduces promises as an alternative using libraries like Q that allow chaining asynchronous operations together. Generators are also covered
You've been looking for a more sophisticated templating engine for JavaScript. Here it is. Rich Powerful language with block inheritance, autoescaping, macros, asynchronous control, and more. Heavily inspired by jinja2 Fast & Lean High-performant. Small 8K gzipped runtime with precompiled templates in the browser Extensible Crazy extensible with custom filters and extensions Everywhere Available i
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