/* * Copyright (C) 2020 Yomichan Authors * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see <https://www.gnu.org/licenses/>. */ const assert = require('assert'); const {VM} = require('./yomichan-vm'); const vm = new VM(); vm.execute([ 'mixed/lib/wanakana.min.js', 'mixed/js/japanese.js', 'bg/js/text-source-map.js' ]); const jp = vm.get('jp'); const TextSourceMap = vm.get('TextSourceMap'); function testIsCodePointKanji() { const data = [ ['力方', true], ['\u53f1\u{20b9f}', true], ['かたカタ々kata、。?,.?', false] ]; for (const [characters, expected] of data) { for (const character of characters) { const codePoint = character.codePointAt(0); const actual = jp.isCodePointKanji(codePoint); assert.strictEqual(actual, expected, `isCodePointKanji failed for ${character} (\\u{${codePoint.toString(16)}})`); } } } function testIsCodePointKana() { const data = [ ['かたカタ', true], ['力方々kata、。?,.?', false], ['\u53f1\u{20b9f}', false] ]; for (const [characters, expected] of data) { for (const character of characters) { const codePoint = character.codePointAt(0); const actual = jp.isCodePointKana(codePoint); assert.strictEqual(actual, expected, `isCodePointKana failed for ${character} (\\u{${codePoint.toString(16)}})`); } } } function testIsCodePointJapanese() { const data = [ ['かたカタ力方々、。?', true], ['\u53f1\u{20b9f}', true], ['kata,.?', false] ]; for (const [characters, expected] of data) { for (const character of characters) { const codePoint = character.codePointAt(0); const actual = jp.isCodePointJapanese(codePoint); assert.strictEqual(actual, expected, `isCodePointJapanese failed for ${character} (\\u{${codePoint.toString(16)}})`); } } } function testIsStringEntirelyKana() { const data = [ ['かたかな', true], ['カタカナ', true], ['ひらがな', true], ['ヒラガナ', true], ['カタカナひらがな', true], ['かたカタ力方々、。?', false], ['\u53f1\u{20b9f}', false], ['kata,.?', false], ['かたカタ力方々、。?invalid', false], ['\u53f1\u{20b9f}invalid', false], ['kata,.?かた', false] ]; for (const [string, expected] of data) { assert.strictEqual(jp.isStringEntirelyKana(string), expected); } } function testIsStringPartiallyJapanese() { const data = [ ['かたかな', true], ['カタカナ', true], ['ひらがな', true], ['ヒラガナ', true], ['カタカナひらがな', true], ['かたカタ力方々、。?', true], ['\u53f1\u{20b9f}', true], ['kata,.?', false], ['かたカタ力方々、。?invalid', true], ['\u53f1\u{20b9f}invalid', true], ['kata,.?かた', true] ]; for (const [string, expected] of data) { assert.strictEqual(jp.isStringPartiallyJapanese(string), expected); } } function testConvertKatakanaToHiragana() { const data = [ ['かたかな', 'かたかな'], ['ひらがな', 'ひらがな'], ['カタカナ', 'かたかな'], ['ヒラガナ', 'ひらがな'], ['カタカナかたかな', 'かたかなかたかな'], ['ヒラガナひらがな', 'ひらがなひらがな'], ['chikaraちからチカラ力', 'chikaraちからちから力'], ['katakana', 'katakana'], ['hiragana', 'hiragana'] ]; for (const [string, expected] of data) { assert.strictEqual(jp.convertKatakanaToHiragana(string), expected); } } function testConvertHiraganaToKatakana() { const data = [ ['かたかな', 'カタカナ'], ['ひらがな', 'ヒラガナ'], ['カタカナ', 'カタカナ'], ['ヒラガナ', 'ヒラガナ'], ['カタカナかたかな', 'カタカナカタカナ'], ['ヒラガナひらがな', 'ヒラガナヒラガナ'], ['chikaraちからチカラ力', 'chikaraチカラチカラ力'], ['katakana', 'katakana'], ['hiragana', 'hiragana'] ]; for (const [string, expected] of data) { assert.strictEqual(jp.convertHiraganaToKatakana(string), expected); } } function testConvertToRomaji() { const data = [ ['かたかな', 'katakana'], ['ひらがな', 'hiragana'], ['カタカナ', 'katakana'], ['ヒラガナ', 'hiragana'], ['カタカナかたかな', 'katakanakatakana'], ['ヒラガナひらがな', 'hiraganahiragana'], ['chikaraちからチカラ力', 'chikarachikarachikara力'], ['katakana', 'katakana'], ['hiragana', 'hiragana'] ]; for (const [string, expected] of data) { assert.strictEqual(jp.convertToRomaji(string), expected); } } function testConvertReading() { const data = [ [['アリガトウ', 'アリガトウ', 'hiragana'], 'ありがとう'], [['アリガトウ', 'アリガトウ', 'katakana'], 'アリガトウ'], [['アリガトウ', 'アリガトウ', 'romaji'], 'arigatou'], [['アリガトウ', 'アリガトウ', 'none'], ''], [['アリガトウ', 'アリガトウ', 'default'], 'アリガトウ'], [['ありがとう', 'ありがとう', 'hiragana'], 'ありがとう'], [['ありがとう', 'ありがとう', 'katakana'], 'アリガトウ'], [['ありがとう', 'ありがとう', 'romaji'], 'arigatou'], [['ありがとう', 'ありがとう', 'none'], ''], [['ありがとう', 'ありがとう', 'default'], 'ありがとう'], [['有り難う', 'ありがとう', 'hiragana'], 'ありがとう'], [['有り難う', 'ありがとう', 'katakana'], 'アリガトウ'], [['有り難う', 'ありがとう', 'romaji'], 'arigatou'], [['有り難う', 'ありがとう', 'none'], ''], [['有り難う', 'ありがとう', 'default'], 'ありがとう'], // Cases with falsy readings [['ありがとう', '', 'hiragana'], ''], [['ありがとう', '', 'katakana'], ''], [['ありがとう', '', 'romaji'], 'arigatou'], [['ありがとう', '', 'none'], ''], [['ありがとう', '', 'default'], ''], // Cases with falsy readings and kanji expressions [['有り難う', '', 'hiragana'], ''], [['有り難う', '', 'katakana'], ''], [['有り難う', '', 'romaji'], ''], [['有り難う', '', 'none'], ''], [['有り難う', '', 'default'], ''] ]; for (const [[expression, reading, readingMode], expected] of data) { assert.strictEqual(jp.convertReading(expression, reading, readingMode), expected); } } function testConvertNumericToFullWidth() { const data = [ ['0123456789', '0123456789'], ['abcdefghij', 'abcdefghij'], ['カタカナ', 'カタカナ'], ['ひらがな', 'ひらがな'] ]; for (const [string, expected] of data) { assert.strictEqual(jp.convertNumericToFullWidth(string), expected); } } function testConvertHalfWidthKanaToFullWidth() { const data = [ ['0123456789', '0123456789'], ['abcdefghij', 'abcdefghij'], ['カタカナ', 'カタカナ'], ['ひらがな', 'ひらがな'], ['カキ', 'カキ', [1, 1]], ['ガキ', 'ガキ', [2, 1]], ['ニホン', 'ニホン', [1, 1, 1]], ['ニッポン', 'ニッポン', [1, 1, 2, 1]] ]; for (const [string, expected, expectedSourceMapping] of data) { const sourceMap = new TextSourceMap(string); const actual1 = jp.convertHalfWidthKanaToFullWidth(string, null); const actual2 = jp.convertHalfWidthKanaToFullWidth(string, sourceMap); assert.strictEqual(actual1, expected); assert.strictEqual(actual2, expected); if (typeof expectedSourceMapping !== 'undefined') { assert.ok(sourceMap.equals(new TextSourceMap(string, expectedSourceMapping))); } } } function testConvertAlphabeticToKana() { const data = [ ['0123456789', '0123456789'], ['abcdefghij', 'あbcでfgひj', [1, 1, 1, 2, 1, 1, 2, 1]], ['ABCDEFGHIJ', 'あbcでfgひj', [1, 1, 1, 2, 1, 1, 2, 1]], // wanakana.toHiragana converts text to lower case ['カタカナ', 'カタカナ'], ['ひらがな', 'ひらがな'], ['chikara', 'ちから', [3, 2, 2]], ['CHIKARA', 'ちから', [3, 2, 2]] ]; for (const [string, expected, expectedSourceMapping] of data) { const sourceMap = new TextSourceMap(string); const actual1 = jp.convertAlphabeticToKana(string, null); const actual2 = jp.convertAlphabeticToKana(string, sourceMap); assert.strictEqual(actual1, expected); assert.strictEqual(actual2, expected); if (typeof expectedSourceMapping !== 'undefined') { assert.ok(sourceMap.equals(new TextSourceMap(string, expectedSourceMapping))); } } } function testDistributeFurigana() { const data = [ [ ['有り難う', 'ありがとう'], [ {text: '有', furigana: 'あ'}, {text: 'り', furigana: ''}, {text: '難', furigana: 'がと'}, {text: 'う', furigana: ''} ] ], [ ['方々', 'かたがた'], [ {text: '方々', furigana: 'かたがた'} ] ], [ ['お祝い', 'おいわい'], [ {text: 'お', furigana: ''}, {text: '祝', furigana: 'いわ'}, {text: 'い', furigana: ''} ] ], [ ['美味しい', 'おいしい'], [ {text: '美味', furigana: 'おい'}, {text: 'しい', furigana: ''} ] ], [ ['食べ物', 'たべもの'], [ {text: '食', furigana: 'た'}, {text: 'べ', furigana: ''}, {text: '物', furigana: 'もの'} ] ], [ ['試し切り', 'ためしぎり'], [ {text: '試', furigana: 'ため'}, {text: 'し', furigana: ''}, {text: '切', furigana: 'ぎ'}, {text: 'り', furigana: ''} ] ], // Ambiguous [ ['飼い犬', 'かいいぬ'], [ {text: '飼い犬', furigana: 'かいいぬ'} ] ], [ ['長い間', 'ながいあいだ'], [ {text: '長い間', furigana: 'ながいあいだ'} ] ] ]; for (const [[expression, reading], expected] of data) { const actual = jp.distributeFurigana(expression, reading); vm.assert.deepStrictEqual(actual, expected); } } function testDistributeFuriganaInflected() { const data = [ [ ['美味しい', 'おいしい', '美味しかた'], [ {text: '美味', furigana: 'おい'}, {text: 'し', furigana: ''}, {text: 'かた', furigana: ''} ] ], [ ['食べる', 'たべる', '食べた'], [ {text: '食', furigana: 'た'}, {text: 'べ', furigana: ''}, {text: 'た', furigana: ''} ] ] ]; for (const [[expression, reading, source], expected] of data) { const actual = jp.distributeFuriganaInflected(expression, reading, source); vm.assert.deepStrictEqual(actual, expected); } } function testCollapseEmphaticSequences() { const data = [ [['かこい', false], ['かこい', [1, 1, 1]]], [['かこい', true], ['かこい', [1, 1, 1]]], [['かっこい', false], ['かっこい', [1, 1, 1, 1]]], [['かっこい', true], ['かこい', [2, 1, 1]]], [['かっっこい', false], ['かっこい', [1, 2, 1, 1]]], [['かっっこい', true], ['かこい', [3, 1, 1]]], [['かっっっこい', false], ['かっこい', [1, 3, 1, 1]]], [['かっっっこい', true], ['かこい', [4, 1, 1]]], [['こい', false], ['こい', [1, 1]]], [['こい', true], ['こい', [1, 1]]], [['っこい', false], ['っこい', [1, 1, 1]]], [['っこい', true], ['こい', [2, 1]]], [['っっこい', false], ['っこい', [2, 1, 1]]], [['っっこい', true], ['こい', [3, 1]]], [['っっっこい', false], ['っこい', [3, 1, 1]]], [['っっっこい', true], ['こい', [4, 1]]], [['すごい', false], ['すごい', [1, 1, 1]]], [['すごい', true], ['すごい', [1, 1, 1]]], [['すごーい', false], ['すごーい', [1, 1, 1, 1]]], [['すごーい', true], ['すごい', [1, 2, 1]]], [['すごーーい', false], ['すごーい', [1, 1, 2, 1]]], [['すごーーい', true], ['すごい', [1, 3, 1]]], [['すっごーい', false], ['すっごーい', [1, 1, 1, 1, 1]]], [['すっごーい', true], ['すごい', [2, 2, 1]]], [['すっっごーーい', false], ['すっごーい', [1, 2, 1, 2, 1]]], [['すっっごーーい', true], ['すごい', [3, 3, 1]]], [['', false], ['', []]], [['', true], ['', []]], [['っ', false], ['っ', [1]]], [['っ', true], ['', [1]]], [['っっ', false], ['っ', [2]]], [['っっ', true], ['', [2]]], [['っっっ', false], ['っ', [3]]], [['っっっ', true], ['', [3]]] ]; for (const [[text, fullCollapse], [expected, expectedSourceMapping]] of data) { const sourceMap = new TextSourceMap(text); const actual1 = jp.collapseEmphaticSequences(text, fullCollapse, null); const actual2 = jp.collapseEmphaticSequences(text, fullCollapse, sourceMap); assert.strictEqual(actual1, expected); assert.strictEqual(actual2, expected); if (typeof expectedSourceMapping !== 'undefined') { assert.ok(sourceMap.equals(new TextSourceMap(text, expectedSourceMapping))); } } } function testIsMoraPitchHigh() { const data = [ [[0, 0], false], [[1, 0], true], [[2, 0], true], [[3, 0], true], [[0, 1], true], [[1, 1], false], [[2, 1], false], [[3, 1], false], [[0, 2], false], [[1, 2], true], [[2, 2], false], [[3, 2], false], [[0, 3], false], [[1, 3], true], [[2, 3], true], [[3, 3], false], [[0, 4], false], [[1, 4], true], [[2, 4], true], [[3, 4], true] ]; for (const [[moraIndex, pitchAccentPosition], expected] of data) { const actual = jp.isMoraPitchHigh(moraIndex, pitchAccentPosition); assert.strictEqual(actual, expected); } } function testGetKanaMorae() { const data = [ ['かこ', ['か', 'こ']], ['かっこ', ['か', 'っ', 'こ']], ['カコ', ['カ', 'コ']], ['カッコ', ['カ', 'ッ', 'コ']], ['コート', ['コ', 'ー', 'ト']], ['ちゃんと', ['ちゃ', 'ん', 'と']], ['とうきょう', ['と', 'う', 'きょ', 'う']], ['ぎゅう', ['ぎゅ', 'う']], ['ディスコ', ['ディ', 'ス', 'コ']] ]; for (const [text, expected] of data) { const actual = jp.getKanaMorae(text); vm.assert.deepStrictEqual(actual, expected); } } function main() { testIsCodePointKanji(); testIsCodePointKana(); testIsCodePointJapanese(); testIsStringEntirelyKana(); testIsStringPartiallyJapanese(); testConvertKatakanaToHiragana(); testConvertHiraganaToKatakana(); testConvertToRomaji(); testConvertReading(); testConvertNumericToFullWidth(); testConvertHalfWidthKanaToFullWidth(); testConvertAlphabeticToKana(); testDistributeFurigana(); testDistributeFuriganaInflected(); testCollapseEmphaticSequences(); testIsMoraPitchHigh(); testGetKanaMorae(); } if (require.main === module) { main(); }