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Introduction Hi guys! I am currently working on the server-side TypeScript framework. My team already widely use this framework in various e-commerce and ERP projects. Structure and semantic were inspired by other popular frameworks like Spring and ASP.NET. List of main goals: Testable, supportable, scalable Minimalistic, idiomatic, clear Intuitive, readable, understandable Powerful Currently, t
arg() takes either 1 or 2 arguments: Command line specification object (see below) Parse options (Optional, defaults to {permissive: false, argv: process.argv.slice(2), stopAtPositional: false}) It returns an object with any values present on the command-line (missing options are thus missing from the resulting object). Arg performs no validation/requirement checking - we leave that up to the appl
Stylish CLI prompts that are user-friendly, intuitive and easy to create. >_ Prompts should be more like conversations than inquisitions▌ (Example shows Enquirer's Survey Prompt) The terminal in all examples is Hyper, theme is hyper-monokai-extended. See more prompt examples Created by jonschlinkert and doowb, Enquirer is fast, easy to use, and lightweight enough for small projects, while also bei
var compose = require('request-compose') var Request = compose.Request var Response = compose.Response ;(async () => { try { var {res, body} = await compose( Request.defaults({headers: {'user-agent': 'request-compose'}}), Request.url('https://api.github.com/users/simov'), Request.send(), Response.buffer(), Response.string(), Response.parse(), )() console.log(res.statusCode, res.statusMessage) cons
High, Low, AverageWedgetail gives you accurate timings for the best, worst and average timings. Measure thousands of executionsGet accurate statistics out of the box, by setting `numberOfExecutions` to at least 5000. import test from "ava"; import { timeExecution } from "wedgetail"; test("Can time a function", async t => { // This object contains a definition of the threshold // at which your func
こんにちは、プレイドの @makinoy です。 久しぶりのBlog投稿です。書こうとして止めていた記事はひとまず置いといて今回新しく一つ記事を書くことにしました。 テーマはNapa.jsを使ってJavaScriptでmulti-threadingをやってみる、です。 背景フロントエンドからバックエンドまで含めて考えると、KARTEのコードの大部分はJavaScriptで書かれています。その理由の大半は、特にフロントエンドよりの話が多く、Angular.js, React.js, Vue.jsに代表されるWebフレームワークの著しい発展や、V8のパフォーマンスの進化、Node.jsやNPMなどその周辺のモジュールのエコシステムの充実が大きいと思います。 KARTE的には、スキーマレスな構造データを扱えることが特徴の一つなので、その周辺の操作に関しては動的言語が適しているというポイントもあり
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