"use strict"; const Note = require('./note.js'); const AbstractEntity = require("./abstract_entity.js"); const sql = require("../../services/sql.js"); const dateUtils = require("../../services/date_utils.js"); /** * Branch represents a relationship between a child note and its parent note. Trilium allows a note to have multiple * parents. */ class Branch extends AbstractEntity { static get entityName() { return "branches"; } static get primaryKeyName() { return "branchId"; } // notePosition is not part of hash because it would produce a lot of updates in case of reordering static get hashedProperties() { return ["branchId", "noteId", "parentNoteId", "prefix"]; } constructor(row) { super(); if (!row) { return; } this.updateFromRow(row); this.init(); } updateFromRow(row) { this.update([ row.branchId, row.noteId, row.parentNoteId, row.prefix, row.notePosition, row.isExpanded, row.utcDateModified ]); } update([branchId, noteId, parentNoteId, prefix, notePosition, isExpanded, utcDateModified]) { /** @type {string} */ this.branchId = branchId; /** @type {string} */ this.noteId = noteId; /** @type {string} */ this.parentNoteId = parentNoteId; /** @type {string} */ this.prefix = prefix; /** @type {int} */ this.notePosition = notePosition; /** @type {boolean} */ this.isExpanded = !!isExpanded; /** @type {string} */ this.utcDateModified = utcDateModified; return this; } init() { this.becca.branches[this.branchId] = this; this.becca.childParentToBranch[`${this.noteId}-${this.parentNoteId}`] = this; if (this.branchId === 'root') { return; } const childNote = this.childNote; const parentNote = this.parentNote; if (!childNote.parents.includes(parentNote)) { childNote.parents.push(parentNote); } if (!childNote.parentBranches.includes(this)) { childNote.parentBranches.push(this); } if (!parentNote.children.includes(childNote)) { parentNote.children.push(childNote); } } /** @returns {Note} */ get childNote() { if (!(this.noteId in this.becca.notes)) { // entities can come out of order in sync/import, create skeleton which will be filled later this.becca.addNote(this.noteId, new Note({noteId: this.noteId})); } return this.becca.notes[this.noteId]; } getNote() { return this.childNote; } /** @returns {Note} */ get parentNote() { if (!(this.parentNoteId in this.becca.notes)) { // entities can come out of order in sync/import, create skeleton which will be filled later this.becca.addNote(this.parentNoteId, new Note({noteId: this.parentNoteId})); } return this.becca.notes[this.parentNoteId]; } get isDeleted() { return !(this.branchId in this.becca.branches); } beforeSaving() { if (this.notePosition === undefined || this.notePosition === null) { // TODO finding new position can be refactored into becca const maxNotePos = sql.getValue('SELECT MAX(notePosition) FROM branches WHERE parentNoteId = ? AND isDeleted = 0', [this.parentNoteId]); this.notePosition = maxNotePos === null ? 0 : maxNotePos + 10; } if (!this.isExpanded) { this.isExpanded = false; } this.utcDateModified = dateUtils.utcNowDateTime(); super.beforeSaving(); this.becca.branches[this.branchId] = this; } getPojo() { return { branchId: this.branchId, noteId: this.noteId, parentNoteId: this.parentNoteId, prefix: this.prefix, notePosition: this.notePosition, isExpanded: this.isExpanded, isDeleted: false, utcDateModified: this.utcDateModified, // not used for anything, will be later dropped utcDateCreated: dateUtils.utcNowDateTime() }; } createClone(parentNoteId, notePosition) { return new Branch({ noteId: this.noteId, parentNoteId: parentNoteId, notePosition: notePosition, prefix: this.prefix, isExpanded: this.isExpanded }); } } module.exports = Branch;