let tags = { 1: "", 2: "", 3: "", 4: "", 5: "", 6: "", 9: "", 10: "" }; let noteChangeDisabled = false; let isNoteChanged = false; function noteChanged() { if (noteChangeDisabled) { return; } isNoteChanged = true; } function saveNoteIfChanged(callback) { if (!isNoteChanged) { if (callback) { callback(); } return; } let note = globalNote; let contents = $('#noteDetail').summernote('code'); html2notecase(contents, note); let title = $('#noteTitle').val(); $("#tree").fancytree('getNodeByKey', note.detail.note_id).setTitle(title); note.detail.note_title = title; globalNoteNames[note.detail.note_id] = title; $.ajax({ url: baseUrl + 'notes/' + note.detail.note_id, type: 'PUT', data: JSON.stringify(note), contentType: "application/json", success: function() { isNoteChanged = false; message("Saved!"); if (callback) { callback(); } }, error: function() { error("Error saving the note!"); } }); } setInterval(saveNoteIfChanged, 5000); $(document).ready(function() { $("#noteTitle").on('input', function() { noteChanged(); }); $('#noteDetail').summernote({ airMode: true, height: 300, callbacks: { onChange: noteChanged } }); // so that tab jumps from note title (which has tabindex 1) $(".note-editable").attr("tabindex", 2); }); var globalNote; function setParent(noteId, newParentKey, successCallback) { let newNoteName = "new note"; $.ajax({ url: baseUrl + 'notes/' + nodeId + '/setParent/' + newParentKey, type: 'PUT', contentType: "application/json", success: function(result) { successCallback(); } }); } function createNewTopLevelNote() { let rootNode = $("#tree").fancytree("getRootNode"); createNote(rootNode, "root", "into"); } let newNoteCreated = false; function createNote(node, parentKey, target) { let newNoteName = "new note"; $.ajax({ url: baseUrl + 'notes/' + parentKey + '/children' , type: 'POST', data: JSON.stringify({ note_title: newNoteName, target: target, target_note_id: node.key }), contentType: "application/json", success: function(result) { let newNode = { "title": newNoteName, "key": result.note_id, "note_id": result.note_id }; globalNoteNames[result.note_id] = newNoteName; newNoteCreated = true; if (target === 'after') { node.appendSibling(newNode).setActive(true); } else { node.addChildren(newNode).setActive(true); node.folder = true; node.renderTitle(); } message("Created!"); } }); } recentNotes = []; function loadNote(noteId) { $.get(baseUrl + 'notes/' + noteId).then(function(note) { globalNote = note; $("#noteTitle").val(note.detail.note_title); if (newNoteCreated) { newNoteCreated = false; $("#noteTitle").focus().select(); } let noteText = notecase2html(note); noteChangeDisabled = true; $('#noteDetail').summernote('code', noteText); document.location.hash = noteId; $(window).resize(); // to trigger resizing of editor addRecentNote(noteId, note.detail.note_id); noteChangeDisabled = false; }); } function addRecentNote(noteTreeId, noteContentId) { const origDate = new Date(); setTimeout(function() { // we include the note into recent list only if the user stayed on the note at least 5 seconds if (noteTreeId === globalNote.detail.note_id || noteContentId === globalNote.detail.note_id) { // if it's already there, remove the note recentNotes = recentNotes.filter(note => note !== noteTreeId); console.log("added after " + (new Date().getTime() - origDate.getTime())); recentNotes.unshift(noteTreeId); } }, 1500); } function encryptNote() { let password = prompt("Enter password for encryption"); console.log(password); // 12 takes about 400 ms on my computer to compute let salt = dcodeIO.bcrypt.genSaltSync(12); let hashedPassword = dcodeIO.bcrypt.hashSync(password, salt); let hashedPasswordSha = sha256(hashedPassword).substr(0, 32); console.log(hashedPassword); let note = globalNote; let contents = $('#noteDetail').summernote('code'); html2notecase(contents, note); let noteJson = JSON.stringify(note); console.log('json: ' + noteJson); let hashedPasswordBytes = aesjs.utils.hex.toBytes(hashedPasswordSha); let noteBytes = aesjs.utils.utf8.toBytes(noteJson); let aesCtr = new aesjs.ModeOfOperation.ctr(hashedPasswordBytes, new aesjs.Counter(5)); let encryptedBytes = aesCtr.encrypt(noteBytes); // To print or store the binary data, you may convert it to hex let encryptedHex = aesjs.utils.hex.fromBytes(encryptedBytes); console.log("encrypted: " + encryptedBytes); }