-import Sortable, {MultiDrag} from "sortablejs";
-import {Component} from "./component";
-import {htmlToDom} from "../services/dom";
+import Sortable, {MultiDrag} from 'sortablejs';
+import {Component} from './component';
+import {htmlToDom} from '../services/dom.ts';
// Auto sort control
const sortOperations = {
- name: function(a, b) {
+ name(a, b) {
const aName = a.getAttribute('data-name').trim().toLowerCase();
const bName = b.getAttribute('data-name').trim().toLowerCase();
return aName.localeCompare(bName);
},
- created: function(a, b) {
+ created(a, b) {
const aTime = Number(a.getAttribute('data-created'));
const bTime = Number(b.getAttribute('data-created'));
return bTime - aTime;
},
- updated: function(a, b) {
+ updated(a, b) {
const aTime = Number(a.getAttribute('data-updated'));
const bTime = Number(b.getAttribute('data-updated'));
return bTime - aTime;
},
- chaptersFirst: function(a, b) {
+ chaptersFirst(a, b) {
const aType = a.getAttribute('data-type');
const bType = b.getAttribute('data-type');
if (aType === bType) {
}
return (aType === 'chapter' ? -1 : 1);
},
- chaptersLast: function(a, b) {
+ chaptersLast(a, b) {
const aType = a.getAttribute('data-type');
const bType = b.getAttribute('data-type');
if (aType === bType) {
*/
const moveActions = {
up: {
- active(elem, parent, book) {
+ active(elem, parent) {
return !(elem.previousElementSibling === null && !parent);
},
- run(elem, parent, book) {
+ run(elem, parent) {
const newSibling = elem.previousElementSibling || parent;
newSibling.insertAdjacentElement('beforebegin', elem);
- }
+ },
},
down: {
- active(elem, parent, book) {
+ active(elem, parent) {
return !(elem.nextElementSibling === null && !parent);
},
- run(elem, parent, book) {
+ run(elem, parent) {
const newSibling = elem.nextElementSibling || parent;
newSibling.insertAdjacentElement('afterend', elem);
- }
+ },
},
next_book: {
active(elem, parent, book) {
run(elem, parent, book) {
const newList = book.nextElementSibling.querySelector('ul');
newList.prepend(elem);
- }
+ },
},
prev_book: {
active(elem, parent, book) {
run(elem, parent, book) {
const newList = book.previousElementSibling.querySelector('ul');
newList.appendChild(elem);
- }
+ },
},
next_chapter: {
- active(elem, parent, book) {
+ active(elem, parent) {
return elem.dataset.type === 'page' && this.getNextChapter(elem, parent);
},
- run(elem, parent, book) {
+ run(elem, parent) {
const nextChapter = this.getNextChapter(elem, parent);
nextChapter.querySelector('ul').prepend(elem);
},
const topLevel = (parent || elem);
const topItems = Array.from(topLevel.parentElement.children);
const index = topItems.indexOf(topLevel);
- return topItems.slice(index + 1).find(elem => elem.dataset.type === 'chapter');
- }
+ return topItems.slice(index + 1).find(item => item.dataset.type === 'chapter');
+ },
},
prev_chapter: {
- active(elem, parent, book) {
+ active(elem, parent) {
return elem.dataset.type === 'page' && this.getPrevChapter(elem, parent);
},
- run(elem, parent, book) {
+ run(elem, parent) {
const prevChapter = this.getPrevChapter(elem, parent);
prevChapter.querySelector('ul').append(elem);
},
const topLevel = (parent || elem);
const topItems = Array.from(topLevel.parentElement.children);
const index = topItems.indexOf(topLevel);
- return topItems.slice(0, index).reverse().find(elem => elem.dataset.type === 'chapter');
- }
+ return topItems.slice(0, index).reverse().find(item => item.dataset.type === 'chapter');
+ },
},
book_end: {
- active(elem, parent, book) {
+ active(elem, parent) {
return parent || (parent === null && elem.nextElementSibling);
},
run(elem, parent, book) {
book.querySelector('ul').append(elem);
- }
+ },
},
book_start: {
- active(elem, parent, book) {
+ active(elem, parent) {
return parent || (parent === null && elem.previousElementSibling);
},
run(elem, parent, book) {
book.querySelector('ul').prepend(elem);
- }
+ },
},
before_chapter: {
- active(elem, parent, book) {
+ active(elem, parent) {
return parent;
},
- run(elem, parent, book) {
+ run(elem, parent) {
parent.insertAdjacentElement('beforebegin', elem);
- }
+ },
},
after_chapter: {
- active(elem, parent, book) {
+ active(elem, parent) {
return parent;
},
- run(elem, parent, book) {
+ run(elem, parent) {
parent.insertAdjacentElement('afterend', elem);
- }
+ },
},
};
reverse = (lastSort === sort) ? !reverse : false;
let sortFunction = sortOperations[sort];
if (reverse && reversibleTypes.includes(sort)) {
- sortFunction = function(a, b) {
- return 0 - sortOperations[sort](a, b)
+ sortFunction = function reverseSortOperation(a, b) {
+ return 0 - sortOperations[sort](a, b);
};
}
- for (let list of sortLists) {
+ for (const list of sortLists) {
const directItems = Array.from(list.children).filter(child => child.matches('li'));
directItems.sort(sortFunction).forEach(sortedItem => {
list.appendChild(sortedItem);
const alreadyAdded = this.container.querySelector(`[data-type="book"][data-id="${entityInfo.id}"]`) !== null;
if (alreadyAdded) return;
- const entitySortItemUrl = entityInfo.link + '/sort-item';
+ const entitySortItemUrl = `${entityInfo.link}/sort-item`;
window.$http.get(entitySortItemUrl).then(resp => {
const newBookContainer = htmlToDom(resp.data);
this.sortContainer.append(newBookContainer);
const chapterGroupConfig = {
name: 'chapter',
pull: ['book', 'chapter'],
- put: function(toList, fromList, draggedElem) {
+ put(toList, fromList, draggedElem) {
return draggedElem.getAttribute('data-type') === 'page';
- }
+ },
};
for (const sortElem of sortElems) {
fallbackOnBody: true,
swapThreshold: 0.65,
onSort: () => {
+ this.ensureNoNestedChapters();
this.updateMapInput();
this.updateMoveActionStateForAll();
},
}
}
+ /**
+ * Handle nested chapters by moving them to the parent book.
+ * Needed since sorting with multi-sort only checks group rules based on the active item,
+ * not all in group, therefore need to manually check after a sort.
+ * Must be done before updating the map input.
+ */
+ ensureNoNestedChapters() {
+ const nestedChapters = this.container.querySelectorAll('[data-type="chapter"] [data-type="chapter"]');
+ for (const chapter of nestedChapters) {
+ const parentChapter = chapter.parentElement.closest('[data-type="chapter"]');
+ parentChapter.insertAdjacentElement('afterend', chapter);
+ }
+ }
+
/**
* Update the input with our sort data.
*/
const entityMap = [];
const lists = this.container.querySelectorAll('.sort-list');
- for (let list of lists) {
+ for (const list of lists) {
const bookId = list.closest('[data-type="book"]').getAttribute('data-id');
const directChildren = Array.from(list.children)
.filter(elem => elem.matches('[data-type="page"], [data-type="chapter"]'));
entityMap.push({
id: childId,
sort: index,
- parentChapter: parentChapter,
- type: type,
- book: bookId
+ parentChapter,
+ type,
+ book: bookId,
});
const subPages = childElem.querySelectorAll('[data-type="page"]');
sort: i,
parentChapter: childId,
type: 'page',
- book: bookId
+ book: bookId,
});
}
}
this.updateMoveActionState(item);
}
}
-}
\ No newline at end of file
+
+}