Make chapters based on kyoiku system

This commit is contained in:
Oystein Kristoffer Tveit 2020-06-10 16:48:24 +02:00
parent 9544b95050
commit 84bceda6fe
7 changed files with 99 additions and 103 deletions

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@ -1,7 +1,7 @@
.DEFAULT_GOAL := main.pdf
main.pdf: main.tex jishoScrape/index.js title/titlepage.tex $(wildcard data/pages/*) $(wildcard data/tables/*)
for i in $$(seq 5 -1 1); do node jishoScrape/index.js n$$i; done
for i in $$(seq 7); do node jishoScrape/index.js grade$$i; done
xelatex main.tex
#TODO: Make this modular, fix the index.js target.

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@ -1,25 +1,26 @@
const fs = require('fs');
/* Import local files */
const {fetchKanjiFromTxt, fetchJishoBufferData, fetchKanjiFromJisho} = require('./src/dataFetching.js');
const { fetchJishoResults } = require('./src/dataFetching.js');
const { getKanjiTexData } = require('./src/texConversion.js');
const { chapterTabular } = require('./src/kanjiTables.js');
function log(message, jlptLevel) {
const jlptLevelCaps = jlptLevel.toUpperCase();
console.log(`${jlptLevelCaps}: ${message}`);
/* Encapsulate main process in async function */
async function main(grade) {
/* Custom log function */
function log(message) {
const gradeCaps = grade.toUpperCase();
console.log(`${gradeCaps}: ${message}`);
}
/* Encapsulate main process in async function */
async function main(jlptLevel) {
const jishoResults = await fetchJishoResults(jlptLevel);
const jishoResults = await fetchJishoResults(grade, log);
const kanjiArray = jishoResults.map(result => result.query);
log('Generating tex pages', jlptLevel);
log('Generating tex pages');
const texData = getKanjiTexData(jishoResults);
log('Generating chapter table page', jlptLevel);
log('Generating chapter table page');
const chapterTable = chapterTabular(kanjiArray, 16);
let resultPage = '';
@ -32,39 +33,23 @@ async function main(jlptLevel) {
\\newpage\n`;
}
fs.writeFile(`./data/tables/${jlptLevel}.tex`, chapterTable, (err) => {if (err) console.error(err)});
fs.writeFile(`./data/pages/${jlptLevel}.tex`, resultPage, (err) => {if (err) console.error(err)});
}
/** Fetch data from buffer if available.
* Else fetch data from txt and jisho requests,
* and make buffer files
*/
async function fetchJishoResults(jlptLevel) {
const bufferFileExists = fs.existsSync(`./data/jisho/${jlptLevel}.json`);
if(bufferFileExists) {
log('Fetching Jisho data from buffer', jlptLevel)
return await fetchJishoBufferData(`./data/jisho/${jlptLevel}.json`);
} else {
log('Fetching data from Jisho and writing to buffer', jlptLevel)
return await fetchJishoDataAndWriteToBuffer(jlptLevel);
}
}
async function fetchJishoDataAndWriteToBuffer(jlptLevel) {
const kanjiArray = await fetchKanjiFromTxt(`./data/txt/${jlptLevel}.txt`);
const jishoResults = await fetchKanjiFromJisho(kanjiArray);
fs.writeFile(`./data/jisho/${jlptLevel}.json`, JSON.stringify(jishoResults, null, " "), (err) => {if (err) console.error(err)});
return jishoResults;
fs.writeFile(
`./data/tables/${grade}.tex`,
chapterTable,
(err) => { if (err) console.error(err) }
);
fs.writeFile(
`./data/pages/${grade}.tex`,
resultPage,
(err) => { if (err) console.error(err) }
);
}
/* Handle args */
async function argWrapper() {
try {
if (!/n\d/.test(process.argv[2])) throw 'Input not valid';
if (!/grade\d/.test(process.argv[2])) throw 'Input not valid';
await main(process.argv[2]);
} catch (error) {
console.error(error);

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@ -3,56 +3,67 @@ const util = require('util');
const jishoApi = require('unofficial-jisho-api');
const jisho = new jishoApi();
/**
* Reads a txt file and splits the characters into an array
* @param {string} file Path to file
* @returns {string[]} A list of Kanji
*/
async function fetchKanjiFromTxt(file) {
const read = util.promisify(fs.readFile);
const data = await read(file, 'utf8');
return data.split('');
const txtFolder = './data/jouyou/';
const jishoBufferFolder = './data/jisho/';
/* Async version of fs.readFile */
const readFile = util.promisify(fs.readFile);
async function fetchCharactersFromTxt(file) {
const data = await readFile(file, 'utf8');
return [...data];
}
/**
* Reads a json file and returns the data as an object
* @param {string} file Path to file
* @returns {object} Jisho results
*/
async function fetchJishoBufferData(file) {
const read = util.promisify(fs.readFile);
const data = await read(file, 'utf8');
async function fetchBufferedJishoResults(file) {
const data = await readFile(file, 'utf8');
return JSON.parse(data);
}
/**
* Makes a delayed kanji search request in order not to overload the server.
* @param {string} kanji A character to search for
* @param {number} delay A number of milliseconds delay to the request
* @return {promise} A promise that's going to run a request after the specified delay
*/
async function delayedJishoCall(kanji, delay) {
async function makeDelayedJishoRequest(kanji, delay) {
return new Promise((res, rej) => {
setTimeout(() => {
res(jisho.searchForKanji(kanji));
}, delay);
})
setTimeout(() => { res(jisho.searchForKanji(kanji)); }, delay);
});
}
/* Sort list of result array */
const sortKanji = (kanjiData) => kanjiData.sort((a, b) => (a.strokeCount > b.strokeCount) ? 1 : -1);
/* Sort array of jisho results based on stroke count */
const sortJishoResults = (jishoResult) => jishoResult.sort((a, b) => (a.strokeCount > b.strokeCount) ? 1 : -1);
/* Fetches Jisho results with a delay of 50ms between each request */
async function fetchKanjiFromJisho(kanjiArray) {
const delayedRequests = kanjiArray.map(async (kanji, i) => await makeDelayedJishoRequest(kanji, i*50));
const data = await Promise.all(delayedRequests);
return sortJishoResults(data);
}
async function fetchJishoDataAndWriteToBuffer(grade) {
const kanjiArray = await fetchCharactersFromTxt(`${txtFolder}${grade}.txt`);
const jishoResults = await fetchKanjiFromJisho(kanjiArray);
fs.writeFile(
`${jishoBufferFolder}${grade}.json`,
JSON.stringify(jishoResults, null, " "),
(err) => { if (err) console.error(err) }
);
return jishoResults;
}
/**
* Searches for kanji with a 50ms interval between each request.
* @param {string[]} kanjiArray A list of kanji to search for.
* @returns {object} JSON data containing a sorted list of search responses.
* Handles fetching and storing the data from Jisho
* @param {string} grade The grade of the kanji set
* @param {function} log A custom log function
* @returns {object} Jisho results
*/
async function fetchKanjiFromJisho(kanjiArray) {
const promises = kanjiArray.map(async (kanji, i) => await delayedJishoCall(kanji, i*50));
const data = await Promise.all(promises);
return sortKanji(data);
async function fetchJishoResults(grade, log) {
const bufferFileExists = fs.existsSync(`${jishoBufferFolder}${grade}.json`);
if(bufferFileExists) {
log('Fetching Jisho data from buffer', grade)
return await fetchBufferedJishoResults(`${jishoBufferFolder}${grade}.json`);
} else {
log('Fetching data from Jisho and writing to buffer', grade)
return await fetchJishoDataAndWriteToBuffer(grade);
}
}
exports.fetchKanjiFromTxt = fetchKanjiFromTxt;
exports.fetchJishoBufferData = fetchJishoBufferData;
exports.fetchKanjiFromJisho = fetchKanjiFromJisho;
exports.fetchJishoResults = fetchJishoResults;

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@ -1,9 +1,9 @@
function makeNumberRow(xLength) {
let numberRow = [...Array(xLength).keys()];
numberRow = numberRow.map((number) => (number + 1).toString());
numberRow = numberRow.map((number) => `{\\large ${number}}`);
function makeNumberRow(rowLength) {
let numberRow = [...Array(rowLength).keys()]; // Array containing numbers 0 to rowLength -1
numberRow = numberRow.map((number) => (number + 1).toString()); // Correct numbers and convert to string
numberRow = numberRow.map((number) => `{\\large ${number}}`); // Encapsulate numbers in TeX code
numberRow = [' ', ...numberRow];
return `${numberRow.join(' & ')} \\\\\n\\hline\n\\endhead\n`;
}
@ -40,6 +40,7 @@ function makeRows(rowLength, columnLength, kanjiArray) {
/**
* Turns an array of kanji into a tabular for a chapter overview
* @param {string[]} kanjiArray An array of kanji characters to put into the tabular
* @param {number} rowLength The length of each row
* @returns {string} A tex tabular
*/
function chapterTabular(kanjiArray, rowLength) {

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@ -9,12 +9,12 @@
\colorlet{meaningColor}{black}
% ---------------------------------------------------------------------------- %
% JLPT Section %
% Chapter Introduction %
% ---------------------------------------------------------------------------- %
\setcounter{secnumdepth}{0}
\newcommand{\jlptSection}[2]{
\newcommand{\chapterIntroduction}[2]{
% For some reason, I'm not able to use \uppercase in order to use
% a single argument. In the end, I found that just using two arguments
% was going to be easier than trying to override the way the LaTeX
@ -48,7 +48,7 @@
% ---------------------------------------------------------------------------- %
\newcommand{\taughtIn}[1]{
Taught in: #1 \newline
#1 \newline
}
\newcommand{\jlptLevel}[1]{

0
main.synctex(busy) Normal file
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@ -54,28 +54,27 @@
Kanji data is taken from \url{https://jisho.org/}
This document splits the kanjis into JLPT levels. Please note that there is no official list of kanji JLPT levels. This list is based on \href{http://www.tanos.co.uk/jlpt/skills/kanji/}{tanos.co.uk}.
\break
\jlptSection{N5}{n5}
\chapterIntroduction{Grade 1}{grade1}
\input{./data/pages/grade1.tex}
\input{./data/testing/test.tex}
\chapterIntroduction{Grade 2}{grade2}
\input{./data/pages/grade2.tex}
\jlptSection{N4}{n4}
\chapterIntroduction{Grade 3}{grade3}
\input{./data/pages/grade3.tex}
% \input{./data/pages/n4.tex}
\chapterIntroduction{Grade 4}{grade4}
\input{./data/pages/grade4.tex}
\jlptSection{N3}{n3}
\chapterIntroduction{Grade 5}{grade5}
\input{./data/pages/grade5.tex}
% \input{./data/pages/n3.tex}
\chapterIntroduction{Grade 6}{grade6}
\input{./data/pages/grade6.tex}
\jlptSection{N2}{n2}
% \input{./data/pages/n2.tex}
\jlptSection{N1}{n1}
% \input{./data/pages/n1.tex}
\chapterIntroduction{Junior High}{grade7}
\input{./data/pages/grade7.tex}
\end{document}