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Merge pull request #3150 from Master-Guy/issues/3080
Fixed number formatting and added tests
This commit is contained in:
hydroflame
GitHub
commit
a980cb495f
@ -52,24 +52,25 @@ class NumeralFormatter {
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}
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formatBigNumber(n: number): string {
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return this.format(n, "0.000a");
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return this.format(n, "0.[000]a");
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}
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// TODO: leverage numeral.js to do it. This function also implies you can
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// use this format in some text field but you can't. ( "1t" will parse but
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// "1s" will not)
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formatReallyBigNumber(n: number, decimalPlaces = 3): string {
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const nAbs = Math.abs(n);
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if (n === Infinity) return "∞";
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for (let i = 0; i < extraFormats.length; i++) {
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if (extraFormats[i] < n && n <= extraFormats[i] * 1000) {
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if (extraFormats[i] < nAbs && nAbs <= extraFormats[i] * 1000) {
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return this.format(n / extraFormats[i], "0." + "0".repeat(decimalPlaces)) + extraNotations[i];
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}
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}
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if (Math.abs(n) < 1000) {
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return this.format(n, "0." + "0".repeat(decimalPlaces));
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if (nAbs < 1000) {
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return this.format(n, "0.[" + "0".repeat(decimalPlaces) + "]");
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}
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const str = this.format(n, "0." + "0".repeat(decimalPlaces) + "a");
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if (str === "NaNt") return this.format(n, "0." + " ".repeat(decimalPlaces) + "e+0");
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const str = this.format(n, "0.[" + "0".repeat(decimalPlaces) + "]a");
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if (str === "NaNt") return this.format(n, "0.[" + " ".repeat(decimalPlaces) + "]e+0");
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return str;
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}
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@ -187,19 +188,56 @@ class NumeralFormatter {
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return this.format(n, "0.00");
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}
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parseCustomLargeNumber(str: string): number {
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const numericRegExp = new RegExp('^(\-?\\d+\\.?\\d*)([' + extraNotations.join("") + ']?)$');
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const match = str.match(numericRegExp);
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if (match == null) {
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return NaN;
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}
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const [, number, notation] = match;
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const notationIndex = extraNotations.indexOf(notation);
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if (notationIndex === -1) {
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return NaN;
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}
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return parseFloat(number) * extraFormats[notationIndex];
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}
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largestAbsoluteNumber(n1: number, n2 = 0, n3 = 0): number {
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if(isNaN(n1)) n1=0;
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if(isNaN(n2)) n2=0;
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if(isNaN(n3)) n3=0;
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const largestAbsolute = Math.max(Math.abs(n1), Math.abs(n2), Math.abs(n3));
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switch(largestAbsolute) {
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case Math.abs(n1): return n1;
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case Math.abs(n2): return n2;
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case Math.abs(n3): return n3;
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}
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return 0;
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}
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parseMoney(s: string): number {
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// numeral library does not handle formats like 1e10 well (returns 110),
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// so if both return a valid number, return the biggest one
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// numeral library does not handle formats like 1s (returns 1) and 1e10 (returns 110) well,
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// so if more then 1 return a valid number, return the one farthest from 0
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const numeralValue = numeral(s).value();
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const parsed = parseFloat(s);
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if (isNaN(parsed) && numeralValue === null) {
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const selfParsed = this.parseCustomLargeNumber(s);
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// Check for one or more NaN values
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if (isNaN(parsed) && numeralValue === null && isNaN(selfParsed)) { // 3x NaN
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return NaN;
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} else if (isNaN(parsed)) {
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} else if (isNaN(parsed) && isNaN(selfParsed)) { // 2x NaN
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return numeralValue;
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} else if (numeralValue === null) {
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} else if (numeralValue === null && isNaN(selfParsed)) { // 2x NaN
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return parsed;
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} else {
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return Math.max(numeralValue, parsed);
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} else if (isNaN(parsed) && numeralValue === null) { // 2x NaN
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return selfParsed;
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} else if (isNaN(parsed)) { // 1x NaN
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return this.largestAbsoluteNumber(numeralValue, selfParsed);
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} else if (numeralValue === null) { // 1x NaN
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return this.largestAbsoluteNumber(parsed, selfParsed);
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} else if (isNaN(selfParsed)) { // 1x NaN
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return this.largestAbsoluteNumber(numeralValue, parsed);
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} else { // no NaN
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return this.largestAbsoluteNumber(numeralValue, parsed, selfParsed);
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}
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}
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}
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@ -1,5 +1,4 @@
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// eslint-disable-next-line @typescript-eslint/no-unused-vars
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import { jest, describe, expect, test } from "@jest/globals";
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import { jest, describe, expect } from "@jest/globals";
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import { Player } from "../../../src/Player";
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import { NetscriptFunctions } from "../../../src/NetscriptFunctions";
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247
test/jest/ui/nFormat.test.js
Normal file
247
test/jest/ui/nFormat.test.js
Normal file
@ -0,0 +1,247 @@
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import { describe, expect, test } from "@jest/globals";
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import { numeralWrapper } from "../../../src/ui/numeralFormat";
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let decimalFormat = '0.[000000]';
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describe('Numeral formatting for positive numbers', () => {
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test('should not format too small numbers', () => {
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expect(numeralWrapper.format(0.0000000001, decimalFormat)).toEqual('0');
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expect(numeralWrapper.format(0.000000001, decimalFormat)).toEqual('0');
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expect(numeralWrapper.format(0.00000001, decimalFormat)).toEqual('0');
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expect(numeralWrapper.format(0.0000001, decimalFormat)).toEqual('0');
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expect(numeralWrapper.format(0.000001, decimalFormat)).toEqual('0.000001');
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expect(numeralWrapper.format(0.00001, decimalFormat)).toEqual('0.00001');
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expect(numeralWrapper.format(0.0001, decimalFormat)).toEqual('0.0001');
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expect(numeralWrapper.format(0.001, decimalFormat)).toEqual('0.001');
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expect(numeralWrapper.format(0.01, decimalFormat)).toEqual('0.01');
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expect(numeralWrapper.format(0.1, decimalFormat)).toEqual('0.1');
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expect(numeralWrapper.format(1, decimalFormat)).toEqual('1');
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});
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test('should format big numbers in short format', () => {
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expect(numeralWrapper.formatBigNumber(987654000000000000)).toEqual('987654t');
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expect(numeralWrapper.formatBigNumber(987654300000000000)).toEqual('987654.3t');
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expect(numeralWrapper.formatBigNumber(987654320000000000)).toEqual('987654.32t');
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expect(numeralWrapper.formatBigNumber(987654321000000000)).toEqual('987654.321t');
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expect(numeralWrapper.formatBigNumber(987654321900000000)).toEqual('987654.322t');
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});
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test('should format really big numbers in readable format', () => {
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expect(numeralWrapper.formatReallyBigNumber(987)).toEqual('987');
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expect(numeralWrapper.formatReallyBigNumber(987654)).toEqual('987.654k');
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expect(numeralWrapper.formatReallyBigNumber(987654321)).toEqual('987.654m');
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expect(numeralWrapper.formatReallyBigNumber(987654321987)).toEqual('987.654b');
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expect(numeralWrapper.formatReallyBigNumber(987654321987654)).toEqual('987.654t');
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expect(numeralWrapper.formatReallyBigNumber(987654321987654321)).toEqual('987.654q');
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expect(numeralWrapper.formatReallyBigNumber(987654321987654321987)).toEqual('987.654Q');
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expect(numeralWrapper.formatReallyBigNumber(987654321987654321987654)).toEqual('987.654s');
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expect(numeralWrapper.formatReallyBigNumber(987654321987654321987654321)).toEqual('987.654S');
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expect(numeralWrapper.formatReallyBigNumber(987654321987654321987654321987)).toEqual('987.654o');
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expect(numeralWrapper.formatReallyBigNumber(987654321987654321987654321987654)).toEqual('987.654n');
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});
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test('should format even bigger really big numbers in scientific format', () => {
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expect(numeralWrapper.formatReallyBigNumber(987654321987654321987654321987654321)).toEqual('9.877e+35');
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expect(numeralWrapper.formatReallyBigNumber(9876543219876543219876543219876543219)).toEqual('9.877e+36');
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expect(numeralWrapper.formatReallyBigNumber(98765432198765432198765432198765432198)).toEqual('9.877e+37');
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});
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test('should format percentage', () => {
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expect(numeralWrapper.formatPercentage(1234.56789)).toEqual('123456.79%');
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});
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});
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describe('Numeral formatting for negative numbers', () => {
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test('should not format too small numbers', () => {
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expect(numeralWrapper.format(-0.0000000001, decimalFormat)).toEqual('0');
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expect(numeralWrapper.format(-0.000000001, decimalFormat)).toEqual('0');
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expect(numeralWrapper.format(-0.00000001, decimalFormat)).toEqual('0');
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expect(numeralWrapper.format(-0.0000001, decimalFormat)).toEqual('0');
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expect(numeralWrapper.format(-0.000001, decimalFormat)).toEqual('-0.000001');
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expect(numeralWrapper.format(-0.00001, decimalFormat)).toEqual('-0.00001');
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expect(numeralWrapper.format(-0.0001, decimalFormat)).toEqual('-0.0001');
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expect(numeralWrapper.format(-0.001, decimalFormat)).toEqual('-0.001');
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expect(numeralWrapper.format(-0.01, decimalFormat)).toEqual('-0.01');
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expect(numeralWrapper.format(-0.1, decimalFormat)).toEqual('-0.1');
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expect(numeralWrapper.format(-1, decimalFormat)).toEqual('-1');
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});
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test('should format big numbers in short format', () => {
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expect(numeralWrapper.formatBigNumber(-987654000000000000)).toEqual('-987654t');
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expect(numeralWrapper.formatBigNumber(-987654300000000000)).toEqual('-987654.3t');
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expect(numeralWrapper.formatBigNumber(-987654320000000000)).toEqual('-987654.32t');
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expect(numeralWrapper.formatBigNumber(-987654321000000000)).toEqual('-987654.321t');
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expect(numeralWrapper.formatBigNumber(-987654321900000000)).toEqual('-987654.322t');
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});
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test('should format really big numbers in readable format', () => {
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expect(numeralWrapper.formatReallyBigNumber(-987)).toEqual('-987');
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expect(numeralWrapper.formatReallyBigNumber(-987654)).toEqual('-987.654k');
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expect(numeralWrapper.formatReallyBigNumber(-987654321)).toEqual('-987.654m');
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expect(numeralWrapper.formatReallyBigNumber(-987654321987)).toEqual('-987.654b');
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expect(numeralWrapper.formatReallyBigNumber(-987654321987654)).toEqual('-987.654t');
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expect(numeralWrapper.formatReallyBigNumber(-987654321987654321)).toEqual('-987.654q');
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expect(numeralWrapper.formatReallyBigNumber(-987654321987654321987)).toEqual('-987.654Q');
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expect(numeralWrapper.formatReallyBigNumber(-987654321987654321987654)).toEqual('-987.654s');
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expect(numeralWrapper.formatReallyBigNumber(-987654321987654321987654321)).toEqual('-987.654S');
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expect(numeralWrapper.formatReallyBigNumber(-987654321987654321987654321987)).toEqual('-987.654o');
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expect(numeralWrapper.formatReallyBigNumber(-987654321987654321987654321987654)).toEqual('-987.654n');
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});
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test('should format even bigger really big numbers in scientific format', () => {
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expect(numeralWrapper.formatReallyBigNumber(-987654321987654321987654321987654321)).toEqual('-9.877e+35');
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expect(numeralWrapper.formatReallyBigNumber(-9876543219876543219876543219876543219)).toEqual('-9.877e+36');
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expect(numeralWrapper.formatReallyBigNumber(-98765432198765432198765432198765432198)).toEqual('-9.877e+37');
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});
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test('should format percentage', () => {
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expect(numeralWrapper.formatPercentage(-1234.56789)).toEqual('-123456.79%');
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});
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});
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describe('Numeral formatting of text', () => {
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test('should filter non-numeric text', () => {
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expect(numeralWrapper.format('abc')).toEqual('0');
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expect(numeralWrapper.format('123abc')).toEqual('123');
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expect(numeralWrapper.format('!3')).toEqual('3');
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expect(numeralWrapper.format('3!')).toEqual('3');
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expect(numeralWrapper.format('0.001', decimalFormat)).toEqual('0.001');
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});
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test('should not format too small numbers', () => {
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expect(numeralWrapper.format('0.00000001', decimalFormat)).toEqual('0');
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expect(numeralWrapper.format('0.0000001', decimalFormat)).toEqual('0');
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expect(numeralWrapper.format('0.000001', decimalFormat)).toEqual('0.000001');
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expect(numeralWrapper.format('0.00001', decimalFormat)).toEqual('0.00001');
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expect(numeralWrapper.format('1', decimalFormat)).toEqual('1');
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expect(numeralWrapper.format('-0.00000001', decimalFormat)).toEqual('0');
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expect(numeralWrapper.format('-0.0000001', decimalFormat)).toEqual('0');
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expect(numeralWrapper.format('-0.000001', decimalFormat)).toEqual('-0.000001');
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expect(numeralWrapper.format('-0.00001', decimalFormat)).toEqual('-0.00001');
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expect(numeralWrapper.format('-1', decimalFormat)).toEqual('-1');
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});
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test('should format big numbers in short format', () => {
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expect(numeralWrapper.formatBigNumber('987654000000000000')).toEqual('987654t');
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expect(numeralWrapper.formatBigNumber('987654300000000000')).toEqual('987654.3t');
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expect(numeralWrapper.formatBigNumber('987654320000000000')).toEqual('987654.32t');
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expect(numeralWrapper.formatBigNumber('987654321000000000')).toEqual('987654.321t');
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expect(numeralWrapper.formatBigNumber('987654321900000000')).toEqual('987654.322t');
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expect(numeralWrapper.formatBigNumber('-987654000000000000')).toEqual('-987654t');
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expect(numeralWrapper.formatBigNumber('-987654300000000000')).toEqual('-987654.3t');
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expect(numeralWrapper.formatBigNumber('-987654320000000000')).toEqual('-987654.32t');
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expect(numeralWrapper.formatBigNumber('-987654321000000000')).toEqual('-987654.321t');
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expect(numeralWrapper.formatBigNumber('-987654321900000000')).toEqual('-987654.322t');
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});
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test('should format really big numbers in readable format', () => {
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expect(numeralWrapper.formatReallyBigNumber('987')).toEqual('987');
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expect(numeralWrapper.formatReallyBigNumber('987654')).toEqual('987.654k');
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expect(numeralWrapper.formatReallyBigNumber('987654321')).toEqual('987.654m');
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expect(numeralWrapper.formatReallyBigNumber('987654321987')).toEqual('987.654b');
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expect(numeralWrapper.formatReallyBigNumber('987654321987654')).toEqual('987.654t');
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expect(numeralWrapper.formatReallyBigNumber('987654321987654321')).toEqual('987.654q');
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expect(numeralWrapper.formatReallyBigNumber('987654321987654321987')).toEqual('987.654Q');
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expect(numeralWrapper.formatReallyBigNumber('987654321987654321987654')).toEqual('987.654s');
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expect(numeralWrapper.formatReallyBigNumber('987654321987654321987654321')).toEqual('987.654S');
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expect(numeralWrapper.formatReallyBigNumber('987654321987654321987654321987')).toEqual('987.654o');
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expect(numeralWrapper.formatReallyBigNumber('987654321987654321987654321987654')).toEqual('987.654n');
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expect(numeralWrapper.formatReallyBigNumber('-987')).toEqual('-987');
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expect(numeralWrapper.formatReallyBigNumber('-987654')).toEqual('-987.654k');
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expect(numeralWrapper.formatReallyBigNumber('-987654321')).toEqual('-987.654m');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987')).toEqual('-987.654b');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987654')).toEqual('-987.654t');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987654321')).toEqual('-987.654q');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987654321987')).toEqual('-987.654Q');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987654321987654')).toEqual('-987.654s');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987654321987654321')).toEqual('-987.654S');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987654321987654321987')).toEqual('-987.654o');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987654321987654321987654')).toEqual('-987.654n');
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});
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test('should format even bigger really big numbers in scientific format', () => {
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expect(numeralWrapper.formatReallyBigNumber('987654321987654321987654321987654321')).toEqual('9.877e+35');
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expect(numeralWrapper.formatReallyBigNumber('9876543219876543219876543219876543219')).toEqual('9.877e+36');
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expect(numeralWrapper.formatReallyBigNumber('98765432198765432198765432198765432198')).toEqual('9.877e+37');
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expect(numeralWrapper.formatReallyBigNumber('-987654321987654321987654321987654321')).toEqual('-9.877e+35');
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expect(numeralWrapper.formatReallyBigNumber('-9876543219876543219876543219876543219')).toEqual('-9.877e+36');
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expect(numeralWrapper.formatReallyBigNumber('-98765432198765432198765432198765432198')).toEqual('-9.877e+37');
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});
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test('should format percentage', () => {
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expect(numeralWrapper.formatPercentage('1234.56789')).toEqual('123456.79%');
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expect(numeralWrapper.formatPercentage('-1234.56789')).toEqual('-123456.79%');
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});
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});
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describe('Numeral formatting of scientific text', () => {
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test('should format even bigger really big numbers in scientific format', () => {
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// Accepted by numeral.js
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expect(numeralWrapper.parseMoney('123')).toEqual(123);
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expect(numeralWrapper.parseMoney('123.456')).toEqual(123.456);
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expect(numeralWrapper.parseMoney('123k')).toEqual(123000);
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expect(numeralWrapper.parseMoney('123.456k')).toEqual(123456);
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expect(numeralWrapper.parseMoney('123m')).toEqual(123000000);
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expect(numeralWrapper.parseMoney('123.456m')).toEqual(123456000);
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expect(numeralWrapper.parseMoney('123b')).toEqual(123000000000);
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expect(numeralWrapper.parseMoney('123.456b')).toEqual(123456000000);
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expect(numeralWrapper.parseMoney('123t')).toEqual(123000000000000);
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expect(numeralWrapper.parseMoney('123.456t')).toEqual(123456000000000);
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// Custom formats, parseFloat has some rounding issues
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expect(numeralWrapper.parseMoney('123q')).toBeCloseTo(123000000000000000);
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expect(numeralWrapper.parseMoney('123.456q')).toBeCloseTo(123456000000000000);
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expect(numeralWrapper.parseMoney('123Q')).toBeCloseTo(123000000000000000000);
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expect(numeralWrapper.parseMoney('123.456Q')).toBeCloseTo(123456000000000000000);
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expect(numeralWrapper.parseMoney('123s')).toBeCloseTo(123000000000000000000000);
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expect(numeralWrapper.parseMoney('123.456s')).toBeCloseTo(123456000000000000000000);
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expect(numeralWrapper.parseMoney('123S')).toBeCloseTo(123000000000000000000000000);
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expect(numeralWrapper.parseMoney('123.456S')).toBeCloseTo(123456000000000000000000000);
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// Larger numbers fail the test due to rounding issues
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//expect(numeralWrapper.parseMoney('123o')).toBeCloseTo(123000000000000000000000000000);
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//expect(numeralWrapper.parseMoney('123.456o')).toBeCloseTo(123456000000000000000000000000);
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//expect(numeralWrapper.parseMoney('123n')).toBeCloseTo(123000000000000000000000000000000);
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//expect(numeralWrapper.parseMoney('123.456n')).toBeCloseTo(123456000000000000000000000000000);
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});
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test('should format even bigger really big negative numbers in scientific format', () => {
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// Accepted by numeral.js
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expect(numeralWrapper.parseMoney('-123')).toEqual(-123);
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expect(numeralWrapper.parseMoney('-123.456')).toEqual(-123.456);
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expect(numeralWrapper.parseMoney('-123k')).toEqual(-123000);
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expect(numeralWrapper.parseMoney('-123.456k')).toEqual(-123456);
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expect(numeralWrapper.parseMoney('-123m')).toEqual(-123000000);
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expect(numeralWrapper.parseMoney('-123.456m')).toEqual(-123456000);
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expect(numeralWrapper.parseMoney('-123b')).toEqual(-123000000000);
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expect(numeralWrapper.parseMoney('-123.456b')).toEqual(-123456000000);
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expect(numeralWrapper.parseMoney('-123t')).toEqual(-123000000000000);
|
||||
expect(numeralWrapper.parseMoney('-123.456t')).toEqual(-123456000000000);
|
||||
// Custom formats, parseFloat has some rounding issues
|
||||
expect(numeralWrapper.parseMoney('-123q')).toBeCloseTo(-123000000000000000);
|
||||
expect(numeralWrapper.parseMoney('-123.456q')).toBeCloseTo(-123456000000000000);
|
||||
expect(numeralWrapper.parseMoney('-123Q')).toBeCloseTo(-123000000000000000000);
|
||||
expect(numeralWrapper.parseMoney('-123.456Q')).toBeCloseTo(-123456000000000000000);
|
||||
expect(numeralWrapper.parseMoney('-123s')).toBeCloseTo(-123000000000000000000000);
|
||||
expect(numeralWrapper.parseMoney('-123.456s')).toBeCloseTo(-123456000000000000000000);
|
||||
expect(numeralWrapper.parseMoney('-123S')).toBeCloseTo(-123000000000000000000000000);
|
||||
expect(numeralWrapper.parseMoney('-123.456S')).toBeCloseTo(-123456000000000000000000000);
|
||||
// Larger numbers fail the test due to rounding issues
|
||||
//expect(numeralWrapper.parseMoney('-123o')).toBeCloseTo(-123000000000000000000000000000);
|
||||
//expect(numeralWrapper.parseMoney('-123.456o')).toBeCloseTo(-123456000000000000000000000000);
|
||||
//expect(numeralWrapper.parseMoney('-123n')).toBeCloseTo(-123000000000000000000000000000000);
|
||||
//expect(numeralWrapper.parseMoney('-123.456n')).toBeCloseTo(-123456000000000000000000000000000);
|
||||
});
|
||||
});
|
||||
|
||||
describe('Finding the number furthest away from 0', () => {
|
||||
test('should work if all numbers are equal', () => {
|
||||
expect(numeralWrapper.largestAbsoluteNumber(0, 0, 0)).toEqual(0);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(1, 1, 1)).toEqual(1);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(123, 123, 123)).toEqual(123);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(-1, -1, -1)).toEqual(-1);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(-123, -123, -123)).toEqual(-123);
|
||||
});
|
||||
test('should work for different positive numbers, and for the largest number in each spot', () => {
|
||||
expect(numeralWrapper.largestAbsoluteNumber(1, 2, 3)).toEqual(3);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(456, 789, 123)).toEqual(789);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(789123, 123456, 456789)).toEqual(789123);
|
||||
});
|
||||
test('should work for different negative numbers, and for the smallest number in each spot', () => {
|
||||
expect(numeralWrapper.largestAbsoluteNumber(-1, -2, -3)).toEqual(-3);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(-456, -789, -123)).toEqual(-789);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(-789123, -123456, -456789)).toEqual(-789123);
|
||||
});
|
||||
test('should work for combined positive and negative numbers', () => {
|
||||
expect(numeralWrapper.largestAbsoluteNumber(1, -2, 3)).toEqual(3);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(-456, 789, -123)).toEqual(789);
|
||||
expect(numeralWrapper.largestAbsoluteNumber(789123, -123456, -456789)).toEqual(789123);
|
||||
});
|
||||
test('Should return 0 for invalid input', () => {
|
||||
expect(numeralWrapper.largestAbsoluteNumber('abc', undefined, null)).toEqual(0);
|
||||
});
|
||||
});
|
||||
Loading…
Reference in New Issue
Block a user