mirror of
https://github.com/laurent22/joplin.git
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429 lines
19 KiB
JavaScript
429 lines
19 KiB
JavaScript
"use strict";
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var __awaiter = (this && this.__awaiter) || function (thisArg, _arguments, P, generator) {
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function adopt(value) { return value instanceof P ? value : new P(function (resolve) { resolve(value); }); }
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return new (P || (P = Promise))(function (resolve, reject) {
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function fulfilled(value) { try { step(generator.next(value)); } catch (e) { reject(e); } }
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function rejected(value) { try { step(generator["throw"](value)); } catch (e) { reject(e); } }
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function step(result) { result.done ? resolve(result.value) : adopt(result.value).then(fulfilled, rejected); }
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step((generator = generator.apply(thisArg, _arguments || [])).next());
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});
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};
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Object.defineProperty(exports, "__esModule", { value: true });
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exports.basicDelta = exports.FileApi = void 0;
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const Logger_1 = require("./Logger");
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const shim_1 = require("./shim");
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const BaseItem_1 = require("./models/BaseItem");
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const time_1 = require("./time");
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const { isHidden } = require('./path-utils');
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const JoplinError = require('./JoplinError');
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const ArrayUtils = require('./ArrayUtils');
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const { sprintf } = require('sprintf-js');
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const Mutex = require('async-mutex').Mutex;
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const logger = Logger_1.default.create('FileApi');
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function requestCanBeRepeated(error) {
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const errorCode = typeof error === 'object' && error.code ? error.code : null;
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// The target is explicitely rejecting the item so repeating wouldn't make a difference.
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if (errorCode === 'rejectedByTarget')
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return false;
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// We don't repeat failSafe errors because it's an indication of an issue at the
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// server-level issue which usually cannot be fixed by repeating the request.
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// Also we print the previous requests and responses to the log in this case,
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// so not repeating means there will be less noise in the log.
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if (errorCode === 'failSafe')
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return false;
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return true;
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}
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function tryAndRepeat(fn, count) {
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return __awaiter(this, void 0, void 0, function* () {
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let retryCount = 0;
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// Don't use internal fetch retry mechanim since we
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// are already retrying here.
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const shimFetchMaxRetryPrevious = shim_1.default.fetchMaxRetrySet(0);
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const defer = () => {
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shim_1.default.fetchMaxRetrySet(shimFetchMaxRetryPrevious);
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};
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while (true) {
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try {
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const result = yield fn();
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defer();
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return result;
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}
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catch (error) {
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if (retryCount >= count || !requestCanBeRepeated(error)) {
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defer();
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throw error;
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}
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retryCount++;
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yield time_1.default.sleep(1 + retryCount * 3);
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}
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}
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});
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}
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class FileApi {
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constructor(baseDir, driver) {
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this.logger_ = new Logger_1.default();
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this.syncTargetId_ = null;
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this.tempDirName_ = null;
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this.requestRepeatCount_ = null; // For testing purpose only - normally this value should come from the driver
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this.remoteDateOffset_ = 0;
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this.remoteDateNextCheckTime_ = 0;
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this.remoteDateMutex_ = new Mutex();
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this.initialized_ = false;
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this.baseDir_ = baseDir;
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this.driver_ = driver;
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this.driver_.fileApi_ = this;
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}
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initialize() {
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return __awaiter(this, void 0, void 0, function* () {
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if (this.initialized_)
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return;
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this.initialized_ = true;
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if (this.driver_.initialize)
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return this.driver_.initialize(this.fullPath(''));
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});
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}
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fetchRemoteDateOffset_() {
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return __awaiter(this, void 0, void 0, function* () {
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const tempFile = `${this.tempDirName()}/timeCheck${Math.round(Math.random() * 1000000)}.txt`;
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const startTime = Date.now();
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yield this.put(tempFile, 'timeCheck');
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// Normally it should be possible to read the file back immediately but
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// just in case, read it in a loop.
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const loopStartTime = Date.now();
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let stat = null;
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while (Date.now() - loopStartTime < 5000) {
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stat = yield this.stat(tempFile);
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if (stat)
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break;
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yield time_1.default.msleep(200);
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}
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if (!stat)
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throw new Error('Timed out trying to get sync target clock time');
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void this.delete(tempFile); // No need to await for this call
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const endTime = Date.now();
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const expectedTime = Math.round((endTime + startTime) / 2);
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return stat.updated_time - expectedTime;
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});
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}
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// Approximates the current time on the sync target. It caches the time offset to
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// improve performance.
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remoteDate() {
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return __awaiter(this, void 0, void 0, function* () {
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const shouldSyncTime = () => {
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return !this.remoteDateNextCheckTime_ || Date.now() > this.remoteDateNextCheckTime_;
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};
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if (shouldSyncTime()) {
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const release = yield this.remoteDateMutex_.acquire();
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try {
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// Another call might have refreshed the time while we were waiting for the mutex,
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// so check again if we need to refresh.
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if (shouldSyncTime()) {
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this.remoteDateOffset_ = yield this.fetchRemoteDateOffset_();
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// The sync target clock should rarely change but the device one might,
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// so we need to refresh relatively frequently.
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this.remoteDateNextCheckTime_ = Date.now() + 10 * 60 * 1000;
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}
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}
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catch (error) {
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logger.warn('Could not retrieve remote date - defaulting to device date:', error);
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this.remoteDateOffset_ = 0;
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this.remoteDateNextCheckTime_ = Date.now() + 60 * 1000;
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}
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finally {
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release();
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}
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}
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return new Date(Date.now() + this.remoteDateOffset_);
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});
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}
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// Ideally all requests repeating should be done at the FileApi level to remove duplicate code in the drivers, but
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// historically some drivers (eg. OneDrive) are already handling request repeating, so this is optional, per driver,
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// and it defaults to no repeating.
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requestRepeatCount() {
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if (this.requestRepeatCount_ !== null)
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return this.requestRepeatCount_;
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if (this.driver_.requestRepeatCount)
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return this.driver_.requestRepeatCount();
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return 0;
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}
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lastRequests() {
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return this.driver_.lastRequests ? this.driver_.lastRequests() : [];
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}
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clearLastRequests() {
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if (this.driver_.clearLastRequests)
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this.driver_.clearLastRequests();
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}
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baseDir() {
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return typeof this.baseDir_ === 'function' ? this.baseDir_() : this.baseDir_;
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}
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tempDirName() {
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if (this.tempDirName_ === null)
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throw Error('Temp dir not set!');
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return this.tempDirName_;
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}
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setTempDirName(v) {
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this.tempDirName_ = v;
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}
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fsDriver() {
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return shim_1.default.fsDriver();
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}
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driver() {
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return this.driver_;
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}
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setSyncTargetId(v) {
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this.syncTargetId_ = v;
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}
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syncTargetId() {
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if (this.syncTargetId_ === null)
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throw new Error('syncTargetId has not been set!!');
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return this.syncTargetId_;
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}
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setLogger(l) {
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if (!l)
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l = new Logger_1.default();
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this.logger_ = l;
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}
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logger() {
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return this.logger_;
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}
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fullPath(path) {
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const output = [];
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if (this.baseDir())
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output.push(this.baseDir());
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if (path)
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output.push(path);
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return output.join('/');
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}
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// DRIVER MUST RETURN PATHS RELATIVE TO `path`
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// eslint-disable-next-line no-unused-vars, @typescript-eslint/no-unused-vars
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list(path = '', options = null) {
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return __awaiter(this, void 0, void 0, function* () {
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if (!options)
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options = {};
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if (!('includeHidden' in options))
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options.includeHidden = false;
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if (!('context' in options))
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options.context = null;
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if (!('includeDirs' in options))
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options.includeDirs = true;
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if (!('syncItemsOnly' in options))
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options.syncItemsOnly = false;
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logger.debug(`list ${this.baseDir()}`);
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const result = yield tryAndRepeat(() => this.driver_.list(this.fullPath(path), options), this.requestRepeatCount());
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if (!options.includeHidden) {
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const temp = [];
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for (let i = 0; i < result.items.length; i++) {
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if (!isHidden(result.items[i].path))
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temp.push(result.items[i]);
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}
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result.items = temp;
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}
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if (!options.includeDirs) {
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result.items = result.items.filter((f) => !f.isDir);
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}
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if (options.syncItemsOnly) {
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result.items = result.items.filter((f) => !f.isDir && BaseItem_1.default.isSystemPath(f.path));
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}
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return result;
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});
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}
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// Deprectated
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setTimestamp(path, timestampMs) {
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logger.debug(`setTimestamp ${this.fullPath(path)}`);
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return tryAndRepeat(() => this.driver_.setTimestamp(this.fullPath(path), timestampMs), this.requestRepeatCount());
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// return this.driver_.setTimestamp(this.fullPath(path), timestampMs);
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}
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mkdir(path) {
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logger.debug(`mkdir ${this.fullPath(path)}`);
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return tryAndRepeat(() => this.driver_.mkdir(this.fullPath(path)), this.requestRepeatCount());
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}
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stat(path) {
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return __awaiter(this, void 0, void 0, function* () {
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logger.debug(`stat ${this.fullPath(path)}`);
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const output = yield tryAndRepeat(() => this.driver_.stat(this.fullPath(path)), this.requestRepeatCount());
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if (!output)
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return output;
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output.path = path;
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return output;
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// return this.driver_.stat(this.fullPath(path)).then((output) => {
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// if (!output) return output;
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// output.path = path;
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// return output;
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// });
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});
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}
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// Returns UTF-8 encoded string by default, or a Response if `options.target = 'file'`
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get(path, options = null) {
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if (!options)
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options = {};
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if (!options.encoding)
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options.encoding = 'utf8';
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logger.debug(`get ${this.fullPath(path)}`);
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return tryAndRepeat(() => this.driver_.get(this.fullPath(path), options), this.requestRepeatCount());
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}
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put(path, content, options = null) {
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return __awaiter(this, void 0, void 0, function* () {
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logger.debug(`put ${this.fullPath(path)}`, options);
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if (options && options.source === 'file') {
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if (!(yield this.fsDriver().exists(options.path)))
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throw new JoplinError(`File not found: ${options.path}`, 'fileNotFound');
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}
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return tryAndRepeat(() => this.driver_.put(this.fullPath(path), content, options), this.requestRepeatCount());
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});
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}
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delete(path) {
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logger.debug(`delete ${this.fullPath(path)}`);
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return tryAndRepeat(() => this.driver_.delete(this.fullPath(path)), this.requestRepeatCount());
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}
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// Deprectated
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move(oldPath, newPath) {
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logger.debug(`move ${this.fullPath(oldPath)} => ${this.fullPath(newPath)}`);
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return tryAndRepeat(() => this.driver_.move(this.fullPath(oldPath), this.fullPath(newPath)), this.requestRepeatCount());
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}
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// Deprectated
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format() {
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return tryAndRepeat(() => this.driver_.format(), this.requestRepeatCount());
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}
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clearRoot() {
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return tryAndRepeat(() => this.driver_.clearRoot(this.baseDir()), this.requestRepeatCount());
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}
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delta(path, options = null) {
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logger.debug(`delta ${this.fullPath(path)}`);
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return tryAndRepeat(() => this.driver_.delta(this.fullPath(path), options), this.requestRepeatCount());
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}
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}
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exports.FileApi = FileApi;
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function basicDeltaContextFromOptions_(options) {
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const output = {
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timestamp: 0,
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filesAtTimestamp: [],
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statsCache: null,
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statIdsCache: null,
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deletedItemsProcessed: false,
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};
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if (!options || !options.context)
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return output;
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const d = new Date(options.context.timestamp);
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output.timestamp = isNaN(d.getTime()) ? 0 : options.context.timestamp;
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output.filesAtTimestamp = Array.isArray(options.context.filesAtTimestamp) ? options.context.filesAtTimestamp.slice() : [];
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output.statsCache = options.context && options.context.statsCache ? options.context.statsCache : null;
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output.statIdsCache = options.context && options.context.statIdsCache ? options.context.statIdsCache : null;
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output.deletedItemsProcessed = options.context && 'deletedItemsProcessed' in options.context ? options.context.deletedItemsProcessed : false;
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return output;
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}
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// This is the basic delta algorithm, which can be used in case the cloud service does not have
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// a built-in delta API. OneDrive and Dropbox have one for example, but Nextcloud and obviously
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// the file system do not.
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function basicDelta(path, getDirStatFn, options) {
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return __awaiter(this, void 0, void 0, function* () {
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const outputLimit = 50;
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const itemIds = yield options.allItemIdsHandler();
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if (!Array.isArray(itemIds))
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throw new Error('Delta API not supported - local IDs must be provided');
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const logger = options && options.logger ? options.logger : new Logger_1.default();
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const context = basicDeltaContextFromOptions_(options);
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if (context.timestamp > Date.now()) {
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logger.warn(`BasicDelta: Context timestamp is greater than current time: ${context.timestamp}`);
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logger.warn('BasicDelta: Sync will continue but it is likely that nothing will be synced');
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}
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const newContext = {
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timestamp: context.timestamp,
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filesAtTimestamp: context.filesAtTimestamp.slice(),
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statsCache: context.statsCache,
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statIdsCache: context.statIdsCache,
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deletedItemsProcessed: context.deletedItemsProcessed,
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};
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// Stats are cached until all items have been processed (until hasMore is false)
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if (newContext.statsCache === null) {
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newContext.statsCache = yield getDirStatFn(path);
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newContext.statsCache.sort(function (a, b) {
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return a.updated_time - b.updated_time;
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});
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newContext.statIdsCache = newContext.statsCache.filter((item) => BaseItem_1.default.isSystemPath(item.path)).map((item) => BaseItem_1.default.pathToId(item.path));
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newContext.statIdsCache.sort(); // Items must be sorted to use binary search below
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}
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let output = [];
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const updateReport = {
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timestamp: context.timestamp,
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older: 0,
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newer: 0,
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equal: 0,
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};
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// Find out which files have been changed since the last time. Note that we keep
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// both the timestamp of the most recent change, *and* the items that exactly match
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// this timestamp. This to handle cases where an item is modified while this delta
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// function is running. For example:
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// t0: Item 1 is changed
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// t0: Sync items - run delta function
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// t0: While delta() is running, modify Item 2
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// Since item 2 was modified within the same millisecond, it would be skipped in the
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// next sync if we relied exclusively on a timestamp.
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for (let i = 0; i < newContext.statsCache.length; i++) {
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const stat = newContext.statsCache[i];
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if (stat.isDir)
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continue;
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if (stat.updated_time < context.timestamp) {
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updateReport.older++;
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continue;
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}
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// Special case for items that exactly match the timestamp
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if (stat.updated_time === context.timestamp) {
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if (context.filesAtTimestamp.indexOf(stat.path) >= 0) {
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updateReport.equal++;
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continue;
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}
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}
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if (stat.updated_time > newContext.timestamp) {
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newContext.timestamp = stat.updated_time;
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newContext.filesAtTimestamp = [];
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updateReport.newer++;
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}
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newContext.filesAtTimestamp.push(stat.path);
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output.push(stat);
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if (output.length >= outputLimit)
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break;
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}
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logger.info(`BasicDelta: Report: ${JSON.stringify(updateReport)}`);
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if (!newContext.deletedItemsProcessed) {
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// Find out which items have been deleted on the sync target by comparing the items
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// we have to the items on the target.
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// Note that when deleted items are processed it might result in the output having
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// more items than outputLimit. This is acceptable since delete operations are cheap.
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const deletedItems = [];
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for (let i = 0; i < itemIds.length; i++) {
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const itemId = itemIds[i];
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if (ArrayUtils.binarySearch(newContext.statIdsCache, itemId) < 0) {
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deletedItems.push({
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path: BaseItem_1.default.systemPath(itemId),
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isDeleted: true,
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});
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}
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}
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const percentDeleted = itemIds.length ? deletedItems.length / itemIds.length : 0;
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// If more than 90% of the notes are going to be deleted, it's most likely a
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// configuration error or bug. For example, if the user moves their Nextcloud
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// directory, or if a network drive gets disconnected and returns an empty dir
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// instead of an error. In that case, we don't wipe out the user data, unless
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// they have switched off the fail-safe.
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if (options.wipeOutFailSafe && percentDeleted >= 0.90)
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throw new JoplinError(sprintf('Fail-safe: Sync was interrupted because %d%% of the data (%d items) is about to be deleted. To override this behaviour disable the fail-safe in the sync settings.', Math.round(percentDeleted * 100), deletedItems.length), 'failSafe');
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output = output.concat(deletedItems);
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}
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newContext.deletedItemsProcessed = true;
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const hasMore = output.length >= outputLimit;
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if (!hasMore) {
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// Clear temporary info from context. It's especially important to remove deletedItemsProcessed
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// so that they are processed again on the next sync.
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newContext.statsCache = null;
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newContext.statIdsCache = null;
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delete newContext.deletedItemsProcessed;
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}
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return {
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hasMore: hasMore,
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context: newContext,
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items: output,
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};
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});
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}
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exports.basicDelta = basicDelta;
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//# sourceMappingURL=file-api.js.map
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