You cannot select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
cryptpad/www/common/userObject.js

922 lines
34 KiB
JavaScript

This file contains invisible Unicode characters!

This file contains invisible Unicode characters that may be processed differently from what appears below. If your use case is intentional and legitimate, you can safely ignore this warning. Use the Escape button to reveal hidden characters.

define([
'jquery',
'/customize/application_config.js'
], function ($, AppConfig) {
var module = {};
var ROOT = module.ROOT = "root";
var UNSORTED = module.UNSORTED = "unsorted";
var TRASH = module.TRASH = "trash";
var TEMPLATE = module.TEMPLATE = "template";
var init = module.init = function (files, config) {
var exp = {};
var Cryptpad = config.Cryptpad;
var Messages = Cryptpad.Messages;
var FILES_DATA = module.FILES_DATA = exp.FILES_DATA = Cryptpad.storageKey;
var NEW_FOLDER_NAME = Messages.fm_newFolder;
var NEW_FILE_NAME = Messages.fm_newFile;
// Logging
var DEBUG = config.DEBUG || false;
var logging = function () {
console.log.apply(console, arguments);
};
var log = config.log || logging;
var logError = config.logError || logging;
var debug = config.debug || logging;
var error = exp.error = function() {
exp.fixFiles();
console.error.apply(console, arguments);
};
// TODO: workgroup
var workgroup = config.workgroup;
/*
* UTILS
*/
var getStructure = exp.getStructure = function () {
var a = {};
a[ROOT] = {};
a[TRASH] = {};
a[FILES_DATA] = [];
a[TEMPLATE] = [];
return a;
};
var getHrefArray = function () {
return [TEMPLATE];
};
var compareFiles = function (fileA, fileB) { return fileA === fileB; };
var isFile = exp.isFile = function (element) {
return typeof(element) === "string";
};
var isReadOnlyFile = exp.isReadOnlyFile = function (element) {
if (!isFile(element)) { return false; }
var parsed = Cryptpad.parsePadUrl(element);
if (!parsed) { return false; }
var hash = parsed.hash;
var pHash = Cryptpad.parseHash(hash);
if (pHash && !pHash.mode) { return; }
return pHash && pHash.mode === 'view';
};
var isFolder = exp.isFolder = function (element) {
return typeof(element) !== "string";
};
var isFolderEmpty = exp.isFolderEmpty = function (element) {
if (typeof(element) !== "object") { return false; }
return Object.keys(element).length === 0;
};
var hasSubfolder = exp.hasSubfolder = function (element, trashRoot) {
if (typeof(element) !== "object") { return false; }
var subfolder = 0;
var addSubfolder = function (el, idx) {
subfolder += isFolder(el.element) ? 1 : 0;
};
for (var f in element) {
if (trashRoot) {
if ($.isArray(element[f])) {
element[f].forEach(addSubfolder);
}
} else {
subfolder += isFolder(element[f]) ? 1 : 0;
}
}
return subfolder;
};
var hasFile = exp.hasFile = function (element, trashRoot) {
if (typeof(element) !== "object") { return false; }
var file = 0;
var addFile = function (el, idx) {
file += isFile(el.element) ? 1 : 0;
};
for (var f in element) {
if (trashRoot) {
if ($.isArray(element[f])) {
element[f].forEach(addFile);
}
} else {
file += isFile(element[f]) ? 1 : 0;
}
}
return file;
};
// Get data from AllFiles (Cryptpad_RECENTPADS)
var getFileData = exp.getFileData = function (file) {
if (!file) { return; }
var res;
files[FILES_DATA].some(function(arr) {
var href = arr.href;
if (href === file) {
res = arr;
return true;
}
return false;
});
return res;
};
// Data from filesData
var getTitle = exp.getTitle = function (href) {
if (workgroup) { debug("No titles in workgroups"); return; }
var data = getFileData(href);
if (!href || !data) {
error("getTitle called with a non-existing href: ", href);
return;
}
return data.title;
};
// PATHS
var comparePath = exp.comparePath = function (a, b) {
if (!a || !b || !$.isArray(a) || !$.isArray(b)) { return false; }
if (a.length !== b.length) { return false; }
var result = true;
var i = a.length - 1;
while (result && i >= 0) {
result = a[i] === b[i];
i--;
}
return result;
};
var isSubpath = exp.isSubpath = function (path, parentPath) {
var pathA = parentPath.slice();
var pathB = path.slice(0, pathA.length);
return comparePath(pathA, pathB);
};
var isPathIn = exp.isPathIn = function (path, categories) {
if (!categories) { return; }
var idx = categories.indexOf('hrefArray');
if (idx !== -1) {
categories.splice(idx, 1);
categories = categories.concat(getHrefArray());
}
return categories.some(function (c) {
return Array.isArray(path) && path[0] === c;
});
};
var isInTrashRoot = exp.isInTrashRoot = function (path) {
return path[0] === TRASH && path.length === 4;
};
// FIND
var findElement = function (root, pathInput) {
if (!pathInput) {
error("Invalid path:\n", pathInput, "\nin root\n", root);
return;
}
if (pathInput.length === 0) { return root; }
var path = pathInput.slice();
var key = path.shift();
if (typeof root[key] === "undefined") {
debug("Unable to find the key '" + key + "' in the root object provided:", root);
return;
}
return findElement(root[key], path);
};
var find = exp.find = function (path) {
return findElement(files, path);
};
// GET FILES
var getFilesRecursively = function (root, arr) {
for (var e in root) {
if (isFile(root[e])) {
if(arr.indexOf(root[e]) === -1) { arr.push(root[e]); }
} else {
getFilesRecursively(root[e], arr);
}
}
};
var _getFiles = {};
_getFiles['array'] = function (cat) {
if (!files[cat]) { files[cat] = []; }
return files[cat].slice();
};
getHrefArray().forEach(function (c) {
_getFiles[c] = function () { return _getFiles['array'](c); };
});
_getFiles['hrefArray'] = function () {
var ret = [];
getHrefArray().forEach(function (c) {
ret = ret.concat(_getFiles[c]());
});
return Cryptpad.deduplicateString(ret);
};
_getFiles[ROOT] = function () {
var ret = [];
getFilesRecursively(files[ROOT], ret);
return ret;
};
_getFiles[TRASH] = function () {
var root = files[TRASH];
var ret = [];
var addFiles = function (el, idx) {
if (isFile(el.element)) {
if(ret.indexOf(el.element) === -1) { ret.push(el.element); }
} else {
getFilesRecursively(el.element, ret);
}
};
for (var e in root) {
if (!$.isArray(root[e])) {
error("Trash contains a non-array element");
return;
}
root[e].forEach(addFiles);
}
return ret;
};
_getFiles[FILES_DATA] = function () {
var ret = [];
files[FILES_DATA].forEach(function (el) {
if (el.href && ret.indexOf(el.href) === -1) {
ret.push(el.href);
}
});
return ret;
};
var getFiles = exp.getFiles = function (categories) {
var ret = [];
if (!categories || !categories.length) {
categories = [ROOT, 'hrefArray', TRASH, FILES_DATA];
}
categories.forEach(function (c) {
if (typeof _getFiles[c] === "function") {
ret = ret.concat(_getFiles[c]());
}
});
return Cryptpad.deduplicateString(ret);
};
// SEARCH
var _findFileInRoot = function (path, href) {
if (!isPathIn(path, [ROOT, TRASH])) { return []; }
var paths = [];
var root = find(path);
var addPaths = function (p) {
if (paths.indexOf(p) === -1) {
paths.push(p);
}
};
if (isFile(root)) {
if (compareFiles(href, root)) {
if (paths.indexOf(path) === -1) {
paths.push(path);
}
}
return paths;
}
for (var e in root) {
var nPath = path.slice();
nPath.push(e);
_findFileInRoot(nPath, href).forEach(addPaths);
}
return paths;
};
var findFileInRoot = exp.findFileInRoot = function (href) {
return _findFileInRoot([ROOT], href);
};
var _findFileInHrefArray = function (rootName, href) {
var unsorted = files[rootName].slice();
var ret = [];
var i = -1;
while ((i = unsorted.indexOf(href, i+1)) !== -1){
ret.push([rootName, i]);
}
return ret;
};
var _findFileInTrash = function (path, href) {
var root = find(path);
var paths = [];
var addPaths = function (p) {
if (paths.indexOf(p) === -1) {
paths.push(p);
}
};
if (path.length === 1 && typeof(root) === 'object') {
Object.keys(root).forEach(function (key) {
var arr = root[key];
if (!Array.isArray(arr)) { return; }
var nPath = path.slice();
nPath.push(key);
_findFileInTrash(nPath, href).forEach(addPaths);
});
}
if (path.length === 2) {
if (!Array.isArray(root)) { return []; }
root.forEach(function (el, i) {
var nPath = path.slice();
nPath.push(i);
nPath.push('element');
if (isFile(el.element)) {
if (compareFiles(href, el.element)) {
addPaths(nPath);
}
return;
}
_findFileInTrash(nPath, href).forEach(addPaths);
});
}
if (path.length >= 4) {
_findFileInRoot(path, href).forEach(addPaths);
}
return paths;
};
var findFile = exp.findFile = function (href) {
var rootpaths = _findFileInRoot([ROOT], href);
var templatepaths = _findFileInHrefArray(TEMPLATE, href);
var trashpaths = _findFileInTrash([TRASH], href);
return rootpaths.concat(templatepaths, trashpaths);
};
var search = exp.search = function (value) {
if (typeof(value) !== "string") { return []; }
var res = [];
// Search in ROOT
var findIn = function (root) {
Object.keys(root).forEach(function (k) {
if (isFile(root[k])) {
if (k.toLowerCase().indexOf(value.toLowerCase()) !== -1) {
res.push(root[k]);
}
return;
}
findIn(root[k]);
});
};
findIn(files[ROOT]);
// Search in TRASH
var trash = files[TRASH];
Object.keys(trash).forEach(function (k) {
if (k.toLowerCase().indexOf(value.toLowerCase()) !== -1) {
trash[k].forEach(function (el) {
if (isFile(el.element)) {
res.push(el.element);
}
});
}
trash[k].forEach(function (el) {
if (isFolder(el.element)) {
findIn(el.element);
}
});
});
// Search title
var allFilesList = files[FILES_DATA].slice();
allFilesList.forEach(function (t) {
if (t.title && t.title.toLowerCase().indexOf(value.toLowerCase()) !== -1) {
res.push(t.href);
}
});
// Search Href
var href = Cryptpad.getRelativeHref(value);
if (href) {
res.push(href);
}
res = Cryptpad.deduplicateString(res);
var ret = [];
res.forEach(function (l) {
var paths = findFile(l);
ret.push({
paths: findFile(l),
data: exp.getFileData(l)
});
});
return ret;
};
/**
* OPERATIONS
*/
var getAvailableName = function (parentEl, name) {
if (typeof(parentEl[name]) === "undefined") { return name; }
var newName = name;
var i = 1;
while (typeof(parentEl[newName]) !== "undefined") {
newName = name + "_" + i;
i++;
}
return newName;
};
// FILES DATA
var pushFileData = exp.pushData = function (data, cb) {
if (typeof cb !== "function") { cb = function () {}; }
var todo = function () {
files[FILES_DATA].push(data);
cb();
};
if (!Cryptpad.isLoggedIn() || !AppConfig.enablePinning) { todo(); }
Cryptpad.pinPads([Cryptpad.hrefToHexChannelId(data.href)], function (e, hash) {
if (e) { return void cb(e); }
todo();
});
};
var spliceFileData = exp.removeData = function (idx) {
var data = files[FILES_DATA][idx];
if (typeof data === "object" && Cryptpad.isLoggedIn() && AppConfig.enablePinning) {
Cryptpad.unpinPads([Cryptpad.hrefToHexChannelId(data.href)], function (e, hash) {
if (e) { return void logError(e); }
debug('UNPIN', hash);
});
}
files[FILES_DATA].splice(idx, 1);
};
// MOVE
var pushToTrash = function (name, element, path) {
var trash = files[TRASH];
if (typeof(trash[name]) === "undefined") { trash[name] = []; }
var trashArray = trash[name];
var trashElement = {
element: element,
path: path
};
trashArray.push(trashElement);
};
var copyElement = function (elementPath, newParentPath) {
if (comparePath(elementPath, newParentPath)) { return; } // Nothing to do...
var element = find(elementPath);
var newParent = find(newParentPath);
// Move to Trash
if (isPathIn(newParentPath, [TRASH])) {
if (!elementPath || elementPath.length < 2 || elementPath[0] === TRASH) {
debug("Can't move an element from the trash to the trash: ", elementPath);
return;
}
var key = elementPath[elementPath.length - 1];
var elName = isPathIn(elementPath, ['hrefArray']) ? getTitle(element) : key;
var parentPath = elementPath.slice();
parentPath.pop();
pushToTrash(elName, element, parentPath);
return true;
}
// Move to hrefArray
if (isPathIn(newParentPath, ['hrefArray'])) {
if (isFolder(element)) {
log(Messages.fo_moveUnsortedError);
return;
} else {
if (elementPath[0] === newParentPath[0]) { return; }
var fileRoot = newParentPath[0];
if (files[fileRoot].indexOf(element) === -1) {
files[fileRoot].push(element);
}
return true;
}
}
// Move to root
var name;
if (isPathIn(elementPath, ['hrefArray'])) {
name = getTitle(element);
} else if (isInTrashRoot(elementPath)) {
// Element from the trash root: elementPath = [TRASH, "{dirName}", 0, 'element']
name = elementPath[1];
} else {
name = elementPath[elementPath.length-1];
}
var newName = !isPathIn(elementPath, [ROOT]) ? getAvailableName(newParent, name) : name;
if (typeof(newParent[newName]) !== "undefined") {
log(Messages.fo_unavailableName);
return;
}
newParent[newName] = element;
return true;
};
var move = exp.move = function (paths, newPath, cb) {
// Copy the elements to their new location
var toRemove = [];
paths.forEach(function (p) {
var parentPath = p.slice();
parentPath.pop();
if (comparePath(parentPath, newPath)) { return; }
if (isSubpath(newPath, p)) {
log(Messages.fo_moveFolderToChildError);
return;
}
// Try to copy, and if success, remove the element from the old location
if (copyElement(p, newPath)) {
toRemove.push(p);
}
});
exp.delete(toRemove, cb);
};
var restore = exp.restore = function (path, cb) {
if (!isInTrashRoot(path)) { return; }
var parentPath = path.slice();
parentPath.pop();
var oldPath = find(parentPath).path;
move([path], oldPath, cb);
};
// ADD
var add = exp.add = function (data, path) {
if (!data || typeof(data) !== "object") { return; }
var href = data.href;
var name = data.title;
var newPath = path, parentEl;
if (path && !Array.isArray(path)) {
newPath = decodeURIComponent(path).split(',');
}
// Add to href array
if (path && isPathIn(newPath, ['hrefArray'])) {
parentEl = find(newPath);
parentEl.push(href);
return;
}
// Add to root if path is ROOT or if no path
var filesList = getFiles([ROOT, TRASH, 'hrefArray']);
if ((path && isPathIn(newPath, [ROOT]) || filesList.indexOf(href) === -1) && name) {
parentEl = find(newPath || [ROOT]);
if (parentEl) {
var newName = getAvailableName(parentEl, name);
parentEl[newName] = href;
return;
}
}
};
var addFile = exp.addFile = function (filePath, name, type, cb) {
var parentEl = findElement(files, filePath);
var fileName = getAvailableName(parentEl, name || NEW_FILE_NAME);
var href = '/' + type + '/#' + Cryptpad.createRandomHash();
parentEl[fileName] = href;
pushFileData({
href: href,
title: fileName,
atime: +new Date(),
ctime: +new Date()
});
var newPath = filePath.slice();
newPath.push(fileName);
cb({
newPath: newPath
});
};
var addFolder = exp.addFolder = function (folderPath, name, cb) {
var parentEl = find(folderPath);
var folderName = getAvailableName(parentEl, name || NEW_FOLDER_NAME);
parentEl[folderName] = {};
var newPath = folderPath.slice();
newPath.push(folderName);
cb({
newPath: newPath
});
};
// FORGET (move with href not path)
var forget = exp.forget = function (href) {
var paths = findFile(href);
move(paths, [TRASH]);
};
// DELETE
// Permanently delete multiple files at once using a list of paths
// NOTE: We have to be careful when removing elements from arrays (trash root, unsorted or template)
var removePadAttribute = function (f) {
if (typeof(f) !== 'string') {
console.error("Can't find pad attribute for an undefined pad");
return;
}
Object.keys(files).forEach(function (key) {
var hash = f.indexOf('#') !== -1 ? f.slice(f.indexOf('#') + 1) : null;
if (hash && key.indexOf(hash) === 0) {
debug("Deleting pad attribute in the realtime object");
files[key] = undefined;
delete files[key];
}
});
};
var checkDeletedFiles = function () {
// Nothing in FILES_DATA for workgroups
if (workgroup) { return; }
var filesList = getFiles([ROOT, 'hrefArray', TRASH]);
var toRemove = [];
files[FILES_DATA].forEach(function (arr) {
var f = arr.href;
if (filesList.indexOf(f) === -1) {
toRemove.push(arr);
}
});
toRemove.forEach(function (f) {
var idx = files[FILES_DATA].indexOf(f);
if (idx !== -1) {
debug("Removing", f, "from filesData");
spliceFileData(idx);
removePadAttribute(f.href);
}
});
};
var deleteHrefs = function (hrefs) {
hrefs.forEach(function (obj) {
var idx = files[obj.root].indexOf(obj.href);
files[obj.root].splice(idx, 1);
});
};
var deleteMultipleTrashRoot = function (roots) {
roots.forEach(function (obj) {
var idx = files[TRASH][obj.name].indexOf(obj.el);
files[TRASH][obj.name].splice(idx, 1);
});
};
var deleteMultiplePermanently = function (paths, nocheck) {
var hrefPaths = paths.filter(function(x) { return isPathIn(x, ['hrefArray']); });
var rootPaths = paths.filter(function(x) { return isPathIn(x, [ROOT]); });
var trashPaths = paths.filter(function(x) { return isPathIn(x, [TRASH]); });
var hrefs = [];
hrefPaths.forEach(function (path) {
var href = find(path);
hrefs.push({
root: path[0],
href: href
});
});
deleteHrefs(hrefs);
rootPaths.forEach(function (path) {
var parentPath = path.slice();
var key = parentPath.pop();
var parentEl = find(parentPath);
parentEl[key] = undefined;
delete parentEl[key];
});
var trashRoot = [];
trashPaths.forEach(function (path) {
var parentPath = path.slice();
var key = parentPath.pop();
var parentEl = find(parentPath);
// Trash root: we have array here, we can't just splice with the path otherwise we might break the path
// of another element in the loop
if (path.length === 4) {
trashRoot.push({
name: path[1],
el: parentEl
});
return;
}
// Trash but not root: it's just a tree so remove the key
parentEl[key] = undefined;
delete parentEl[key];
});
deleteMultipleTrashRoot(trashRoot);
// In some cases, we want to remove pads from a location without removing them from
// FILES_DATA (replaceHref)
if (!nocheck) { checkDeletedFiles(); }
};
var deletePath = exp.delete = function (paths, cb, nocheck) {
deleteMultiplePermanently(paths, nocheck);
if (typeof cb === "function") { cb(); }
};
var emptyTrash = exp.emptyTrash = function (cb) {
files[TRASH] = {};
checkDeletedFiles();
if(cb) { cb(); }
};
// RENAME
var rename = exp.rename = function (path, newName, cb) {
if (path.length <= 1) {
logError('Renaming `root` is forbidden');
return;
}
if (!newName || newName.trim() === "") { return; }
// Copy the element path and remove the last value to have the parent path and the old name
var element = find(path);
var parentPath = path.slice();
var oldName = parentPath.pop();
if (oldName === newName) {
return;
}
var parentEl = find(parentPath);
if (typeof(parentEl[newName]) !== "undefined") {
log(Messages.fo_existingNameError);
return;
}
parentEl[newName] = element;
parentEl[oldName] = undefined;
delete parentEl[oldName];
if (typeof cb === "function") { cb(); }
};
// REPLACE
var replaceFile = function (path, o, n) {
var root = find(path);
if (isFile(root)) { return; }
for (var e in root) {
if (isFile(root[e])) {
if (compareFiles(o, root[e])) {
root[e] = n;
}
} else {
var nPath = path.slice();
nPath.push(e);
replaceFile(nPath, o, n);
}
}
};
// Replace a href by a stronger one everywhere in the drive (except FILES_DATA)
var replaceHref = exp.replace = function (o, n) {
if (!isFile(o) || !isFile(n)) { return; }
var paths = findFile(o);
// Remove all the occurences in the trash
// Replace all the occurences not in the trash
// If all the occurences are in the trash or no occurence, add the pad to unsorted
var allInTrash = true;
paths.forEach(function (p) {
if (p[0] === TRASH) {
exp.delete(p, null, true); // 3rd parameter means skip "checkDeletedFiles"
return;
} else {
allInTrash = false;
var parentPath = p.slice();
var key = parentPath.pop();
var parentEl = find(parentPath);
parentEl[key] = n;
}
});
if (allInTrash) {
add(n);
}
};
/**
* INTEGRITY CHECK
*/
var fixFiles = exp.fixFiles = function () {
// Explore the tree and check that everything is correct:
// * 'root', 'trash', 'unsorted' and 'filesData' exist and are objects
// * ROOT: Folders are objects, files are href
// * TRASH: Trash root contains only arrays, each element of the array is an object {element:.., path:..}
// * FILES_DATA: - Data (title, cdate, adte) are stored in filesData. filesData contains only href keys linking to object with title, cdate, adate.
// - Dates (adate, cdate) can be parsed/formatted
// - All files in filesData should be either in 'root', 'trash' or 'unsorted'. If that's not the case, copy the fily to 'unsorted'
// * TEMPLATE: Contains only files (href), and does not contains files that are in ROOT
debug("Cleaning file system...");
var before = JSON.stringify(files);
var fixRoot = function (elem) {
if (typeof(files[ROOT]) !== "object") { debug("ROOT was not an object"); files[ROOT] = {}; }
var element = elem || files[ROOT];
for (var el in element) {
if (!isFile(element[el]) && !isFolder(element[el])) {
debug("An element in ROOT was not a folder nor a file. ", element[el]);
element[el] = undefined;
delete element[el];
} else if (isFolder(element[el])) {
fixRoot(element[el]);
}
}
};
var fixTrashRoot = function () {
if (typeof(files[TRASH]) !== "object") { debug("TRASH was not an object"); files[TRASH] = {}; }
var tr = files[TRASH];
var toClean;
var addToClean = function (obj, idx) {
if (typeof(obj) !== "object") { toClean.push(idx); return; }
if (!isFile(obj.element) && !isFolder(obj.element)) { toClean.push(idx); return; }
if (!$.isArray(obj.path)) { toClean.push(idx); return; }
};
for (var el in tr) {
if (!$.isArray(tr[el])) {
debug("An element in TRASH root is not an array. ", tr[el]);
tr[el] = undefined;
delete tr[el];
} else {
toClean = [];
tr[el].forEach(addToClean);
for (var i = toClean.length-1; i>=0; i--) {
tr[el].splice(toClean[i], 1);
}
}
}
};
// Make sure unsorted doesn't exist anymore
var fixUnsorted = function () {
if (!files[UNSORTED]) { return; }
debug("UNSORTED still exists in the object, removing it...");
var us = files[UNSORTED];
if (us.length === 0) {
delete files[UNSORTED];
return;
}
var rootFiles = getFiles([ROOT, TEMPLATE]).slice();
var toClean = [];
var root = find([ROOT]);
us.forEach(function (el, idx) {
if (!isFile(el) || rootFiles.indexOf(el) !== -1) {
return;
//toClean.push(idx);
}
var name = getFileData(el).title || NEW_FILE_NAME;
var newName = getAvailableName(root, name);
root[newName] = el;
});
delete files[UNSORTED];
/*toClean.forEach(function (idx) {
us.splice(idx, 1);
});*/
};
var fixTemplate = function () {
if (!Array.isArray(files[TEMPLATE])) { debug("TEMPLATE was not an array"); files[TEMPLATE] = []; }
files[TEMPLATE] = Cryptpad.deduplicateString(files[TEMPLATE].slice());
var us = files[TEMPLATE];
var rootFiles = getFiles([ROOT]).slice();
var toClean = [];
us.forEach(function (el, idx) {
if (!isFile(el) || rootFiles.indexOf(el) !== -1) {
toClean.push(idx);
}
});
toClean.forEach(function (idx) {
us.splice(idx, 1);
});
};
var fixFilesData = function () {
if (!$.isArray(files[FILES_DATA])) { debug("FILES_DATA was not an array"); files[FILES_DATA] = []; }
var fd = files[FILES_DATA];
var rootFiles = getFiles([ROOT, TRASH, 'hrefArray']);
var root = find([ROOT]);
var toClean = [];
fd.forEach(function (el, idx) {
if (!el || typeof(el) !== "object") {
debug("An element in filesData was not an object.", el);
toClean.push(el);
return;
}
if (rootFiles.indexOf(el.href) === -1) {
debug("An element in filesData was not in ROOT, TEMPLATE or TRASH.", el);
var name = el.title || NEW_FILE_NAME;
var newName = getAvailableName(root, name);
root[newName] = el.href;
return;
}
});
toClean.forEach(function (el) {
var idx = fd.indexOf(el);
if (idx !== -1) {
spliceFileData(idx);
}
});
};
fixRoot();
fixTrashRoot();
if (!workgroup) {
fixUnsorted();
fixTemplate();
fixFilesData();
}
if (JSON.stringify(files) !== before) {
debug("Your file system was corrupted. It has been cleaned so that the pads you visit can be stored safely");
return;
}
debug("File system was clean");
};
return exp;
};
return module;
});