Lexiconga/src/js/wordManagement.js

309 lines
11 KiB
JavaScript

import { renderWords } from "./render/words";
import { wordExists, addMessage, getNextId, hasToken, getHomonymnIndexes } from "./utilities";
import removeDiacritics from "./StackOverflow/removeDiacritics";
import { removeTags, getTimestampInSeconds } from "../helpers";
import { saveDictionary } from "./dictionaryManagement";
export function validateWord(word, wordId = false) {
const errorElementId = wordId === false ? 'wordErrorMessage' : 'wordErrorMessage_' + wordId,
errorElement = document.getElementById(errorElementId);
let errorMessage = '';
if (word.name === '') {
errorMessage += '<p class="bold red">Word field must not be blank.</p>';
}
if (word.definition === '' && word.details === '') {
errorMessage += '<p class="bold red">You must enter Definition or Details.</p>';
}
const { allowDuplicates, caseSensitive } = window.currentDictionary.settings;
if (!allowDuplicates) {
const foundDuplicate = wordExists(word.name, true);
if (foundDuplicate !== false) {
if (wordId !== false && foundDuplicate !== wordId) {
errorMessage += `<p class="bold red">"<a href="#${foundDuplicate}">${word.name}</a>" already exists, and "Prevent Duplicate Words" is turned on.${!caseSensitive ? ' <em>(Case sensitivity is turned off)</em>' : ''}</p>`;
}
}
}
errorElement.innerHTML = errorMessage;
return errorMessage === '';
}
export function sortWords(render) {
const { sortByDefinition } = window.currentDictionary.settings;
const { alphabeticalOrder } = window.currentDictionary;
const sortBy = sortByDefinition ? 'definition' : 'name';
window.currentDictionary.words.sort((wordA, wordB) => {
// Sort normally first
return wordA[sortBy].localeCompare(wordB[sortBy], 'en', { sensitivity: 'base' }); // This is the smart way to do the below!
// if (removeDiacritics(wordA[sortBy]).toLowerCase() === removeDiacritics(wordB[sortBy]).toLowerCase()) return 0;
// return removeDiacritics(wordA[sortBy]).toLowerCase() > removeDiacritics(wordB[sortBy]).toLowerCase() ? 1 : -1;
});
if (alphabeticalOrder.length > 0) {
// If there's an alphabetical order specified, sort by that after! Any letters not in the alphabet will be unsorted, keeping them in ASCII order
const ordering = {}; // map for efficient lookup of sortIndex
for (let i = 0; i < alphabeticalOrder.length; i++) {
ordering[alphabeticalOrder[i]] = i + 1; // Add 1 to prevent 0 from resolving to false
}
window.currentDictionary.words.sort((wordA, wordB) => {
// console.log(alphabeticalOrder, ordering);
// console.log('comparing:', wordA[sortBy], wordB[sortBy]);
if (wordA[sortBy] === wordB[sortBy]) return 0;
const aLetters = wordA[sortBy].split('');
const bLetters = wordB[sortBy].split('');
for (let i = 0; i < aLetters.length; i++) {
const a = aLetters[i];
const b = bLetters[i];
// console.log('comparing letters', a, b);
if (!b) {
// console.log('no b, ', wordA[sortBy], 'is longer than', wordB[sortBy]);
return 1;
}
if (!ordering[a] && !ordering[b]) {
// console.log('a and b not in dictionary:', a, b, 'continuing to the next letter');
continue;
}
if (!ordering[a]) {
// console.log('a is not in dictionary:', a, 'moving back:', wordA[sortBy]);
return 1;
}
if (!ordering[b]) {
// console.log('b is not in dictionary:', b, 'moving forward:', wordA[sortBy]);
return -1;
}
if (ordering[a] === ordering[b]) {
// console.log('letters are the same order:', a, b);
if (aLetters.length < bLetters.length && i === aLetters.length - 1) {
// console.log(a, 'is shorter than', b);
return -1;
}
// console.log(a, 'is the same as', b, 'continuing to the next letter');
continue;
}
// console.log('comparing order:', a, b, 'result:', ordering[a] - ordering[b]);
return ordering[a] - ordering[b];
}
// console.log('all of the letters were dumb, no sort');
return 0;
});
}
saveDictionary(false);
if (render) {
renderWords();
}
}
export function translateOrthography(word) {
window.currentDictionary.details.orthography.translations.forEach(translation => {
translation = translation.split('=').map(value => value.trim());
if (translation.length > 1 && translation[0] !== '' && translation[1] !== '') {
word = word.replace(new RegExp(translation[0], 'g'), translation[1]);
}
});
return word;
}
export function parseReferences(detailsMarkdown) {
const references = detailsMarkdown.match(/\{\{.+?\}\}/g);
if (references && Array.isArray(references)) {
new Set(references).forEach(reference => {
let wordToFind = reference.replace(/\{\{|\}\}/g, '');
let homonymn = 0;
if (wordToFind.includes(':')) {
const separator = wordToFind.indexOf(':');
homonymn = wordToFind.substr(separator + 1);
wordToFind = wordToFind.substring(0, separator);
if (homonymn && homonymn.trim()
&& !isNaN(parseInt(homonymn.trim())) && parseInt(homonymn.trim()) > 0) {
homonymn = parseInt(homonymn.trim());
} else {
homonymn = false;
}
}
let existingWordId = false;
const homonymnIndexes = getHomonymnIndexes({ name: wordToFind, wordId: -1 });
if (homonymn !== false && homonymn > 0) {
if (typeof homonymnIndexes[homonymn - 1] !== 'undefined') {
existingWordId = window.currentDictionary.words[homonymnIndexes[homonymn - 1]].wordId;
}
} else if (homonymn !== false) {
existingWordId = wordExists(wordToFind, true);
}
if (existingWordId !== false) {
if (homonymn < 1 && homonymnIndexes.length > 0) {
homonymn = 1;
}
const homonymnSubHTML = homonymnIndexes.length > 1 && homonymn - 1 >= 0 ? '<sub>' + homonymn.toString() + '</sub>' : '';
const wordMarkdownLink = `<span class="word-reference">[<span class="orthographic-translation">${translateOrthography(wordToFind)}</span>${homonymnSubHTML}](#${existingWordId})</span>`;
detailsMarkdown = detailsMarkdown.replace(new RegExp(reference, 'g'), wordMarkdownLink);
}
});
}
return detailsMarkdown;
}
export function submitWordForm() {
const name = document.getElementById('wordName').value,
pronunciation = document.getElementById('wordPronunciation').value,
partOfSpeech = document.getElementById('wordPartOfSpeech').value,
definition = document.getElementById('wordDefinition').value,
details = document.getElementById('wordDetails').value;
const word = {
name: removeTags(name).trim(),
pronunciation: removeTags(pronunciation).trim(),
partOfSpeech: removeTags(partOfSpeech).trim(),
definition: removeTags(definition).trim(),
details: removeTags(details).trim(),
wordId: getNextId(),
};
if (validateWord(word)) {
addWord(word);
sortWords(true);
if (hasToken()) {
import('./account/index.js').then(account => {
account.uploadWord(word);
});
}
clearWordForm();
}
}
export function clearWordForm() {
document.getElementById('wordName').value = '';
document.getElementById('wordPronunciation').value = '';
document.getElementById('wordPartOfSpeech').value = '';
document.getElementById('wordDefinition').value = '';
document.getElementById('wordDetails').value = '';
document.getElementById('wordName').focus();
}
export function addWord(word, message = true) {
const timestamp = getTimestampInSeconds();
word.lastUpdated = timestamp;
word.createdOn = timestamp;
window.currentDictionary.words.push(word);
if (message) {
addMessage(`<a href="#${word.wordId}">${word.name}</a> Created Successfully`, 30000);
}
return word;
}
export function deleteWord(wordId) {
const wordIndex = window.currentDictionary.words.findIndex(word => word.wordId === wordId);
if (wordIndex < 0) {
console.error('Could not find word to delete');
addMessage('Could not find word to delete. Please refresh your browser and try again.', 10000, 'error');
} else {
window.currentDictionary.words.splice(wordIndex, 1);
addMessage('Word Deleted Successfully');
sortWords(true);
if (hasToken()) {
import('./account/index.js').then(account => {
account.deleteWord(wordId);
});
}
}
}
export function updateWord(word, wordId) {
const wordIndex = window.currentDictionary.words.findIndex(word => word.wordId === wordId);
if (wordIndex < 0) {
console.error('Could not find word to update');
addMessage('Could not find word to update. Please refresh your browser and try again.', 10000, 'error');
} else {
word.lastUpdated = getTimestampInSeconds();
word.createdOn = window.currentDictionary.words[wordIndex].createdOn;
window.currentDictionary.words[wordIndex] = word;
addMessage('Word Updated Successfully');
sortWords(true);
if (hasToken()) {
import('./account/index.js').then(account => {
account.uploadWord(word);
});
}
}
}
export function confirmEditWord(id) {
const wordId = typeof id.target !== 'undefined' ? parseInt(this.id.replace('editWordButton_', '')) : id;
const name = document.getElementById('wordName_' + wordId).value,
pronunciation = document.getElementById('wordPronunciation_' + wordId).value,
partOfSpeech = document.getElementById('wordPartOfSpeech_' + wordId).value,
definition = document.getElementById('wordDefinition_' + wordId).value,
details = document.getElementById('wordDetails_' + wordId).value;
const word = {
name: removeTags(name).trim(),
pronunciation: removeTags(pronunciation).trim(),
partOfSpeech: removeTags(partOfSpeech).trim(),
definition: removeTags(definition).trim(),
details: removeTags(details).trim(),
wordId,
};
if (validateWord(word, wordId)) {
if (confirm(`Are you sure you want to save changes to "${word.name}"?`)) {
document.getElementById('editForm_' + wordId).classList.add('done');
updateWord(word, wordId);
}
}
}
export function cancelEditWord() {
const wordId = parseInt(this.parentElement.id.replace('editForm_', ''));
if (confirm(`Are you sure you want to cancel?\n(Any changes will be lost!)`)) {
document.getElementById('editForm_' + wordId).classList.add('done');
renderWords();
}
}
export function confirmDeleteWord(wordId) {
wordId = typeof wordId.target === 'undefined' ? wordId : parseInt(wordId.target.id.replace('delete_', ''));
const word = window.currentDictionary.words.find(w => w.wordId === wordId);
if (!word) {
console.error('Something went wrong! Couldn\'t find word with id of ' + wordId);
addMessage('Could not find word to delete. Please refresh your browser and try again.', 10000, 'error');
} else {
if (confirm(`Are you sure you want to delete "${word.name}"?`)) {
if (confirm(`Just to double-check:\nDo you really want to delete "${word.name}"?\n\nYou won't be able to undo it!`)) {
deleteWord(wordId);
}
}
}
}
export function getOpenEditForms() {
const openEditForms = document.getElementsByClassName('edit-form');
const formsToReopen = [];
Array.from(openEditForms).forEach(form => {
if (!form.classList.contains('done')) {
formsToReopen.push(parseInt(form.id.replace('editForm_', '')));
}
});
return formsToReopen;
}