TLドクター

ロドルフィコスト / ディクス

dixtureはあなたのテストのためのランダムなデータを作成することができますdenoモジュールです。

ディクス

🚥 現状

🏆 謝辞

⚡ 始める

import {
  dixtureFns,
  RuleSet,
  DixtureFactory,
  InterfaceRuleSet,
} from "https://deno.land/x/[email protected]/mod.ts";
class Person {

Cover is a Deno Artwork made by Heymi

背景と動機

Some background on myself: My fulltime job, right now, is as a fullstack engineer for c#. That means that I get to enjoy all of its perks and all the awesome NuGet packages that the .NET community created.

Some of these packages are soo helpful that they're must-haves for my daily workflow. These NuGets help me be productive while writing my tests and, to be honest, actually make me enjoy writing tests! To name a few:

• AutoFixture and either AutoFixture.nUnit or AutoFixture.xUnit
• FluentAssertions
• Moq

So when I'm working with Deno on my free time I must admit... I miss those libraries 😅.

ウェリオHorld、これはdixtureです

So, out of my frustration due to a lack of Test Data Generators for Deno I began to work on something, now called Dixture. I had to, somehow, make my workflow faster and since no one was writing one... might as well give it a shot, right?

Dixture is, basically, a module that simplifies your Test Data Generation. It has zero external dependencies and allows you some room for customization.

My goal is to keep Dixture as less intrusive as possible. I don't think it's fair to ask anyone to clutter their code with ClassAttributes or bother with metadata generation just for some data generation. However, given the not-on-par-with-csharp support for Reflection on Typescript, we still need some input from you, the developer, in order to give us a "blueprint" (called RuleSet inside Dixture) of how to build your class.

十分な話、コードを見せてください

You can check out all our samples at the GitHub repository, they're available as standalone files and on our test cases but here's a small sample on our latest Factory API:

import {
  dixtureFns,
  RuleSet,
  DixtureFactory,
} from "https://deno.land/x/[email protected]/mod.ts";

class Person {
  name: string = "";
  age: number = 0;
  bankBalance: bigint = 1n;
  isAlive: boolean = true;
}

// 1. Creating our factory
const factory = new DixtureFactory(
  // 2. Writing in-line Rule Sets (blueprints) for our classes
  new RuleSet(
    Person, // 3. For each field we pick a resolution function
    {
      field: "name",
      resolve: dixtureFns.String,
    },
    {
      field: "age",
      resolve: dixtureFns.Int,
    }, // 4. We can even define our own resolution functions, as far as they return the expected type
    {
      field: "bankBalance",
      resolve: () => {
        if (dixtureFns.Bool()) {
          return 10000000n;
        }
        return 0n;
      },
    }, // 5. We can also omit rules, the field might not be important after all
  ),
);