@fboes/aerofly-patterns/dist/lib/general/Formatter.test.js

Landegerät - Create random custom missions for Aerofly FS 4.

import { strict as assert } from "node:assert";
import { Formatter } from "./Formatter.js";
import { ScenarioWeather, ScenarioWeatherCloud } from "./ScenarioWeather.js";
import { AviationWeatherNormalizedCloud } from "./AviationWeatherApi.js";
export class FormatterTest {
    constructor() {
        this.getLocalDaytime();
        this.getDirection();
        this.getNumberString();
        this.getWeatherAdjectives();
    }
    getLocalDaytime() {
        const startDate = new Date(Date.UTC(2024, 4, 15, 12, 0, 0));
        assert.strictEqual("noon", Formatter.getLocalDaytime(startDate, 0));
        assert.strictEqual("night", Formatter.getLocalDaytime(startDate, 12));
        assert.strictEqual("late afternoon", Formatter.getLocalDaytime(startDate, 5));
        console.log(`✅ ${this.constructor.name}.getLocalDaytime successful`);
    }
    getDirection() {
        assert.strictEqual("north", Formatter.getDirection(0));
        assert.strictEqual("north", Formatter.getDirection(10));
        assert.strictEqual("north", Formatter.getDirection(22));
        assert.strictEqual("north-east", Formatter.getDirection(23));
        assert.strictEqual("north-east", Formatter.getDirection(24));
        assert.strictEqual("north-east", Formatter.getDirection(45));
        assert.strictEqual("north-east", Formatter.getDirection(46));
        assert.strictEqual("east", Formatter.getDirection(90));
        assert.strictEqual("north", Formatter.getDirection(359));
        console.log(`✅ ${this.constructor.name}.getDirection successful`);
    }
    getNumberString() {
        assert.strictEqual("zero", Formatter.getNumberString(0));
        assert.strictEqual("ten", Formatter.getNumberString(10));
        assert.strictEqual("ten", Formatter.getNumberString(9.9));
        assert.strictEqual("ten", Formatter.getNumberString(10.1));
        console.log(`✅ ${this.constructor.name}.getNumberString successful`);
    }
    getWeatherAdjectives() {
        /**
         * @type {AviationWeatherApiMetar}
         */
        const x = {
            icaoId: "",
            reportTime: "",
            temp: 0,
            dewp: 0,
            wdir: 0,
            wspd: 0,
            wgst: null,
            visib: "",
            altim: 0,
            lat: 0,
            lon: 0,
            elev: 0,
            clouds: [],
        };
        const w = new ScenarioWeather(x);
        assert.strictEqual("", Formatter.getWeatherAdjectives(w));
        w.visibility = 4;
        assert.strictEqual("", Formatter.getWeatherAdjectives(w));
        w.visibility = 3;
        assert.strictEqual("misty", Formatter.getWeatherAdjectives(w));
        w.visibility = 1;
        assert.strictEqual("foggy", Formatter.getWeatherAdjectives(w));
        w.clouds[0] = new ScenarioWeatherCloud(new AviationWeatherNormalizedCloud({ cover: "OVC", base: 1000 }));
        assert.strictEqual("foggy", Formatter.getWeatherAdjectives(w));
        w.visibility = 4;
        assert.strictEqual("overcast", Formatter.getWeatherAdjectives(w));
        console.log(`✅ ${this.constructor.name}.getWeatherAdjectives successful`);
    }
}