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(c) 2019-2022 Electron contributors Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. "use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.getElectronBinding = void 0; const getElectronBinding = (name) => { if (process._linkedBinding) { return process._linkedBinding('electron_common_' + name); } else if (process.electronBinding) { return process.electronBinding(name); } else { return null; } }; exports.getElectronBinding = getElectronBinding; "use strict"; Object.defineProperty(exports, "__esModule", { value: true }); "use strict"; var _a, _b; Object.defineProperty(exports, "__esModule", { value: true }); exports.browserModuleNames = exports.commonModuleNames = void 0; const get_electron_binding_1 = require("./get-electron-binding"); exports.commonModuleNames = [ 'clipboard', 'nativeImage', 'shell', ]; exports.browserModuleNames = [ 'app', 'autoUpdater', 'BaseWindow', 'BrowserView', 'BrowserWindow', 'contentTracing', 'crashReporter', 'dialog', 'globalShortcut', 'ipcMain', 'inAppPurchase', 'Menu', 'MenuItem', 'nativeTheme', 'net', 'netLog', 'MessageChannelMain', 'Notification', 'powerMonitor', 'powerSaveBlocker', 'protocol', 'pushNotifications', 'safeStorage', 'screen', 'session', 'ShareMenu', 'systemPreferences', 'TopLevelWindow', 'TouchBar', 'Tray', 'utilityProcess', 'View', 'webContents', 'WebContentsView', 'webFrameMain', ].concat(exports.commonModuleNames); const features = get_electron_binding_1.getElectronBinding('features'); if (((_a = features === null || features === void 0 ? void 0 : features.isDesktopCapturerEnabled) === null || _a === void 0 ? void 0 : _a.call(features)) !== false) { exports.browserModuleNames.push('desktopCapturer'); } if (((_b = features === null || features === void 0 ? void 0 : features.isViewApiEnabled) === null || _b === void 0 ? void 0 : _b.call(features)) !== false) { exports.browserModuleNames.push('ImageView'); } "use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.deserialize = exports.serialize = exports.isSerializableObject = exports.isPromise = void 0; const electron_1 = require("electron"); function isPromise(val) { return (val && val.then && val.then instanceof Function && val.constructor && val.constructor.reject && val.constructor.reject instanceof Function && val.constructor.resolve && val.constructor.resolve instanceof Function); } exports.isPromise = isPromise; const serializableTypes = [ Boolean, Number, String, Date, Error, RegExp, ArrayBuffer ]; // https://developer.mozilla.org/en-US/docs/Web/API/Web_Workers_API/Structured_clone_algorithm#Supported_types function isSerializableObject(value) { return value === null || ArrayBuffer.isView(value) || serializableTypes.some(type => value instanceof type); } exports.isSerializableObject = isSerializableObject; const objectMap = function (source, mapper) { const sourceEntries = Object.entries(source); const targetEntries = sourceEntries.map(([key, val]) => [key, mapper(val)]); return Object.fromEntries(targetEntries); }; function serializeNativeImage(image) { const representations = []; const scaleFactors = image.getScaleFactors(); // Use Buffer when there's only one representation for better perf. // This avoids compressing to/from PNG where it's not necessary to // ensure uniqueness of dataURLs (since there's only one). if (scaleFactors.length === 1) { const scaleFactor = scaleFactors[0]; const size = image.getSize(scaleFactor); const buffer = image.toBitmap({ scaleFactor }); representations.push({ scaleFactor, size, buffer }); } else { // Construct from dataURLs to ensure that they are not lost in creation. for (const scaleFactor of scaleFactors) { const size = image.getSize(scaleFactor); const dataURL = image.toDataURL({ scaleFactor }); representations.push({ scaleFactor, size, dataURL }); } } return { __ELECTRON_SERIALIZED_NativeImage__: true, representations }; } function deserializeNativeImage(value) { const image = electron_1.nativeImage.createEmpty(); // Use Buffer when there's only one representation for better perf. // This avoids compressing to/from PNG where it's not necessary to // ensure uniqueness of dataURLs (since there's only one). if (value.representations.length === 1) { const { buffer, size, scaleFactor } = value.representations[0]; const { width, height } = size; image.addRepresentation({ buffer, scaleFactor, width, height }); } else { // Construct from dataURLs to ensure that they are not lost in creation. for (const rep of value.representations) { const { dataURL, size, scaleFactor } = rep; const { width, height } = size; image.addRepresentation({ dataURL, scaleFactor, width, height }); } } return image; } function serialize(value) { if (value && value.constructor && value.constructor.name === 'NativeImage') { return serializeNativeImage(value); } if (Array.isArray(value)) { return value.map(serialize); } else if (isSerializableObject(value)) { return value; } else if (value instanceof Object) { return objectMap(value, serialize); } else { return value; } } exports.serialize = serialize; function deserialize(value) { if (value && value.__ELECTRON_SERIALIZED_NativeImage__) { return deserializeNativeImage(value); } else if (Array.isArray(value)) { return value.map(deserialize); } else if (isSerializableObject(value)) { return value; } else if (value instanceof Object) { return objectMap(value, deserialize); } else { return value; } } exports.deserialize = deserialize; "use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.enable = exports.isInitialized = exports.initialize = void 0; var server_1 = require("./server"); Object.defineProperty(exports, "initialize", { enumerable: true, get: function () { return server_1.initialize; } }); Object.defineProperty(exports, "isInitialized", { enumerable: true, get: function () { return server_1.isInitialized; } }); Object.defineProperty(exports, "enable", { enumerable: true, get: function () { return server_1.enable; } }); "use strict"; Object.defineProperty(exports, "__esModule", { value: true }); const getOwnerKey = (webContents, contextId) => { return `${webContents.id}-${contextId}`; }; class ObjectsRegistry { constructor() { this.nextId = 0; // Stores all objects by ref-counting. // (id) => {object, count} this.storage = {}; // Stores the IDs + refCounts of objects referenced by WebContents. // (ownerKey) => { id: refCount } this.owners = {}; this.electronIds = new WeakMap(); } // Register a new object and return its assigned ID. If the object is already // registered then the already assigned ID would be returned. add(webContents, contextId, obj) { // Get or assign an ID to the object. const id = this.saveToStorage(obj); // Add object to the set of referenced objects. const ownerKey = getOwnerKey(webContents, contextId); let owner = this.owners[ownerKey]; if (!owner) { owner = this.owners[ownerKey] = new Map(); this.registerDeleteListener(webContents, contextId); } if (!owner.has(id)) { owner.set(id, 0); // Increase reference count if not referenced before. this.storage[id].count++; } owner.set(id, owner.get(id) + 1); return id; } // Get an object according to its ID. get(id) { const pointer = this.storage[id]; if (pointer != null) return pointer.object; } // Dereference an object according to its ID. // Note that an object may be double-freed (cleared when page is reloaded, and // then garbage collected in old page). remove(webContents, contextId, id) { const ownerKey = getOwnerKey(webContents, contextId); const owner = this.owners[ownerKey]; if (owner && owner.has(id)) { const newRefCount = owner.get(id) - 1; // Only completely remove if the number of references GCed in the // renderer is the same as the number of references we sent them if (newRefCount <= 0) { // Remove the reference in owner. owner.delete(id); // Dereference from the storage. this.dereference(id); } else { owner.set(id, newRefCount); } } } // Clear all references to objects refrenced by the WebContents. clear(webContents, contextId) { const ownerKey = getOwnerKey(webContents, contextId); const owner = this.owners[ownerKey]; if (!owner) return; for (const id of owner.keys()) this.dereference(id); delete this.owners[ownerKey]; } // Saves the object into storage and assigns an ID for it. saveToStorage(object) { let id = this.electronIds.get(object); if (!id) { id = ++this.nextId; this.storage[id] = { count: 0, object: object }; this.electronIds.set(object, id); } return id; } // Dereference the object from store. dereference(id) { const pointer = this.storage[id]; if (pointer == null) { return; } pointer.count -= 1; if (pointer.count === 0) { this.electronIds.delete(pointer.object); delete this.storage[id]; } } // Clear the storage when renderer process is destroyed. registerDeleteListener(webContents, contextId) { // contextId => ${processHostId}-${contextCount} const processHostId = contextId.split('-')[0]; const listener = (_, deletedProcessHostId) => { if (deletedProcessHostId && deletedProcessHostId.toString() === processHostId) { webContents.removeListener('render-view-deleted', listener); this.clear(webContents, contextId); } }; // Note that the "render-view-deleted" event may not be emitted on time when // the renderer process get destroyed because of navigation, we rely on the // renderer process to send "ELECTRON_BROWSER_CONTEXT_RELEASE" message to // guard this situation. webContents.on('render-view-deleted', listener); } } exports.default = new ObjectsRegistry(); "use strict"; var __importDefault = (this && this.__importDefault) || function (mod) { return (mod && mod.__esModule) ? mod : { "default": mod }; }; Object.defineProperty(exports, "__esModule", { value: true }); exports.initialize = exports.isInitialized = exports.enable = exports.isRemoteModuleEnabled = void 0; const events_1 = require("events"); const objects_registry_1 = __importDefault(require("./objects-registry")); const type_utils_1 = require("../common/type-utils"); const electron_1 = require("electron"); const get_electron_binding_1 = require("../common/get-electron-binding"); const { Promise } = global; const v8Util = get_electron_binding_1.getElectronBinding('v8_util'); const hasWebPrefsRemoteModuleAPI = (() => { var _a, _b; const electronVersion = Number((_b = (_a = process.versions.electron) === null || _a === void 0 ? void 0 : _a.split(".")) === null || _b === void 0 ? void 0 : _b[0]); return Number.isNaN(electronVersion) || electronVersion < 14; })(); // The internal properties of Function. const FUNCTION_PROPERTIES = [ 'length', 'name', 'arguments', 'caller', 'prototype' ]; // The remote functions in renderer processes. const rendererFunctionCache = new Map(); // eslint-disable-next-line no-undef const finalizationRegistry = new FinalizationRegistry((fi) => { const mapKey = fi.id[0] + '~' + fi.id[1]; const ref = rendererFunctionCache.get(mapKey); if (ref !== undefined && ref.deref() === undefined) { rendererFunctionCache.delete(mapKey); if (!fi.webContents.isDestroyed()) { try { fi.webContents.sendToFrame(fi.frameId, "REMOTE_RENDERER_RELEASE_CALLBACK" /* RENDERER_RELEASE_CALLBACK */, fi.id[0], fi.id[1]); } catch (error) { console.warn(`sendToFrame() failed: ${error}`); } } } }); function getCachedRendererFunction(id) { const mapKey = id[0] + '~' + id[1]; const ref = rendererFunctionCache.get(mapKey); if (ref !== undefined) { const deref = ref.deref(); if (deref !== undefined) return deref; } } function setCachedRendererFunction(id, wc, frameId, value) { // eslint-disable-next-line no-undef const wr = new WeakRef(value); const mapKey = id[0] + '~' + id[1]; rendererFunctionCache.set(mapKey, wr); finalizationRegistry.register(value, { id, webContents: wc, frameId }); return value; } const locationInfo = new WeakMap(); // Return the description of object's members: const getObjectMembers = function (object) { let names = Object.getOwnPropertyNames(object); // For Function, we should not override following properties even though they // are "own" properties. if (typeof object === 'function') { names = names.filter((name) => { return !FUNCTION_PROPERTIES.includes(name); }); } // Map properties to descriptors. return names.map((name) => { const descriptor = Object.getOwnPropertyDescriptor(object, name); let type; let writable = false; if (descriptor.get === undefined && typeof object[name] === 'function') { type = 'method'; } else { if (descriptor.set || descriptor.writable) writable = true; type = 'get'; } return { name, enumerable: descriptor.enumerable, writable, type }; }); }; // Return the description of object's prototype. const getObjectPrototype = function (object) { const proto = Object.getPrototypeOf(object); if (proto === null || proto === Object.prototype) return null; return { members: getObjectMembers(proto), proto: getObjectPrototype(proto) }; }; // Convert a real value into meta data. const valueToMeta = function (sender, contextId, value, optimizeSimpleObject = false) { // Determine the type of value. let type; switch (typeof value) { case 'object': // Recognize certain types of objects. if (value instanceof Buffer) { type = 'buffer'; } else if (value && value.constructor && value.constructor.name === 'NativeImage') { type = 'nativeimage'; } else if (Array.isArray(value)) { type = 'array'; } else if (value instanceof Error) { type = 'error'; } else if (type_utils_1.isSerializableObject(value)) { type = 'value'; } else if (type_utils_1.isPromise(value)) { type = 'promise'; } else if (Object.prototype.hasOwnProperty.call(value, 'callee') && value.length != null) { // Treat the arguments object as array. type = 'array'; } else if (optimizeSimpleObject && v8Util.getHiddenValue(value, 'simple')) { // Treat simple objects as value. type = 'value'; } else { type = 'object'; } break; case 'function': type = 'function'; break; default: type = 'value'; break; } // Fill the meta object according to value's type. if (type === 'array') { return { type, members: value.map((el) => valueToMeta(sender, contextId, el, optimizeSimpleObject)) }; } else if (type === 'nativeimage') { return { type, value: type_utils_1.serialize(value) }; } else if (type === 'object' || type === 'function') { return { type, name: value.constructor ? value.constructor.name : '', // Reference the original value if it's an object, because when it's // passed to renderer we would assume the renderer keeps a reference of // it. id: objects_registry_1.default.add(sender, contextId, value), members: getObjectMembers(value), proto: getObjectPrototype(value) }; } else if (type === 'buffer') { return { type, value }; } else if (type === 'promise') { // Add default handler to prevent unhandled rejections in main process // Instead they should appear in the renderer process value.then(function () { }, function () { }); return { type, then: valueToMeta(sender, contextId, function (onFulfilled, onRejected) { value.then(onFulfilled, onRejected); }) }; } else if (type === 'error') { return { type, value, members: Object.keys(value).map(name => ({ name, value: valueToMeta(sender, contextId, value[name]) })) }; } else { return { type: 'value', value }; } }; const throwRPCError = function (message) { const error = new Error(message); error.code = 'EBADRPC'; error.errno = -72; throw error; }; const removeRemoteListenersAndLogWarning = (sender, callIntoRenderer) => { const location = locationInfo.get(callIntoRenderer); let message = 'Attempting to call a function in a renderer window that has been closed or released.' + `\nFunction provided here: ${location}`; if (sender instanceof events_1.EventEmitter) { const remoteEvents = sender.eventNames().filter((eventName) => { return sender.listeners(eventName).includes(callIntoRenderer); }); if (remoteEvents.length > 0) { message += `\nRemote event names: ${remoteEvents.join(', ')}`; remoteEvents.forEach((eventName) => { sender.removeListener(eventName, callIntoRenderer); }); } } console.warn(message); }; const fakeConstructor = (constructor, name) => new Proxy(Object, { get(target, prop, receiver) { if (prop === 'name') { return name; } else { return Reflect.get(target, prop, receiver); } } }); // Convert array of meta data from renderer into array of real values. const unwrapArgs = function (sender, frameId, contextId, args) { const metaToValue = function (meta) { switch (meta.type) { case 'nativeimage': return type_utils_1.deserialize(meta.value); case 'value': return meta.value; case 'remote-object': return objects_registry_1.default.get(meta.id); case 'array': return unwrapArgs(sender, frameId, contextId, meta.value); case 'buffer': return Buffer.from(meta.value.buffer, meta.value.byteOffset, meta.value.byteLength); case 'promise': return Promise.resolve({ then: metaToValue(meta.then) }); case 'object': { const ret = meta.name !== 'Object' ? Object.create({ constructor: fakeConstructor(Object, meta.name) }) : {}; for (const { name, value } of meta.members) { ret[name] = metaToValue(value); } return ret; } case 'function-with-return-value': { const returnValue = metaToValue(meta.value); return function () { return returnValue; }; } case 'function': { // Merge contextId and meta.id, since meta.id can be the same in // different webContents. const objectId = [contextId, meta.id]; // Cache the callbacks in renderer. const cachedFunction = getCachedRendererFunction(objectId); if (cachedFunction !== undefined) { return cachedFunction; } const callIntoRenderer = function (...args) { let succeed = false; if (!sender.isDestroyed()) { try { succeed = sender.sendToFrame(frameId, "REMOTE_RENDERER_CALLBACK" /* RENDERER_CALLBACK */, contextId, meta.id, valueToMeta(sender, contextId, args)) !== false; } catch (error) { console.warn(`sendToFrame() failed: ${error}`); } } if (!succeed) { removeRemoteListenersAndLogWarning(this, callIntoRenderer); } }; locationInfo.set(callIntoRenderer, meta.location); Object.defineProperty(callIntoRenderer, 'length', { value: meta.length }); setCachedRendererFunction(objectId, sender, frameId, callIntoRenderer); return callIntoRenderer; } default: throw new TypeError(`Unknown type: ${meta.type}`); } }; return args.map(metaToValue); }; const isRemoteModuleEnabledImpl = function (contents) { const webPreferences = contents.getLastWebPreferences() || {}; return webPreferences.enableRemoteModule != null ? !!webPreferences.enableRemoteModule : false; }; const isRemoteModuleEnabledCache = new WeakMap(); const isRemoteModuleEnabled = function (contents) { if (hasWebPrefsRemoteModuleAPI && !isRemoteModuleEnabledCache.has(contents)) { isRemoteModuleEnabledCache.set(contents, isRemoteModuleEnabledImpl(contents)); } return isRemoteModuleEnabledCache.get(contents); }; exports.isRemoteModuleEnabled = isRemoteModuleEnabled; function enable(contents) { isRemoteModuleEnabledCache.set(contents, true); } exports.enable = enable; const handleRemoteCommand = function (channel, handler) { electron_1.ipcMain.on(channel, (event, contextId, ...args) => { let returnValue; if (!exports.isRemoteModuleEnabled(event.sender)) { event.returnValue = { type: 'exception', value: valueToMeta(event.sender, contextId, new Error('@electron/remote is disabled for this WebContents. Call require("@electron/remote/main").enable(webContents) to enable it.')) }; return; } try { returnValue = handler(event, contextId, ...args); } catch (error) { returnValue = { type: 'exception', value: valueToMeta(event.sender, contextId, error), }; } if (returnValue !== undefined) { event.returnValue = returnValue; } }); }; const emitCustomEvent = function (contents, eventName, ...args) { const event = { sender: contents, returnValue: undefined, defaultPrevented: false }; electron_1.app.emit(eventName, event, contents, ...args); contents.emit(eventName, event, ...args); return event; }; const logStack = function (contents, code, stack) { if (stack) { console.warn(`WebContents (${contents.id}): ${code}`, stack); } }; let initialized = false; function isInitialized() { return initialized; } exports.isInitialized = isInitialized; function initialize() { if (initialized) throw new Error('@electron/remote has already been initialized'); initialized = true; handleRemoteCommand("REMOTE_BROWSER_WRONG_CONTEXT_ERROR" /* BROWSER_WRONG_CONTEXT_ERROR */, function (event, contextId, passedContextId, id) { const objectId = [passedContextId, id]; const cachedFunction = getCachedRendererFunction(objectId); if (cachedFunction === undefined) { // Do nothing if the error has already been reported before. return; } removeRemoteListenersAndLogWarning(event.sender, cachedFunction); }); handleRemoteCommand("REMOTE_BROWSER_REQUIRE" /* BROWSER_REQUIRE */, function (event, contextId, moduleName, stack) { logStack(event.sender, `remote.require('${moduleName}')`, stack); const customEvent = emitCustomEvent(event.sender, 'remote-require', moduleName); if (customEvent.returnValue === undefined) { if (customEvent.defaultPrevented) { throw new Error(`Blocked remote.require('${moduleName}')`); } else { // electron < 28 if (process.mainModule) { customEvent.returnValue = process.mainModule.require(moduleName); } else { // electron >= 28 let mainModule = module; while (mainModule.parent) { mainModule = mainModule.parent; } customEvent.returnValue = mainModule.require(moduleName); } } } return valueToMeta(event.sender, contextId, customEvent.returnValue); }); handleRemoteCommand("REMOTE_BROWSER_GET_BUILTIN" /* BROWSER_GET_BUILTIN */, function (event, contextId, moduleName, stack) { logStack(event.sender, `remote.getBuiltin('${moduleName}')`, stack); const customEvent = emitCustomEvent(event.sender, 'remote-get-builtin', moduleName); if (customEvent.returnValue === undefined) { if (customEvent.defaultPrevented) { throw new Error(`Blocked remote.getBuiltin('${moduleName}')`); } else { customEvent.returnValue = require('electron')[moduleName]; } } return valueToMeta(event.sender, contextId, customEvent.returnValue); }); handleRemoteCommand("REMOTE_BROWSER_GET_GLOBAL" /* BROWSER_GET_GLOBAL */, function (event, contextId, globalName, stack) { logStack(event.sender, `remote.getGlobal('${globalName}')`, stack); const customEvent = emitCustomEvent(event.sender, 'remote-get-global', globalName); if (customEvent.returnValue === undefined) { if (customEvent.defaultPrevented) { throw new Error(`Blocked remote.getGlobal('${globalName}')`); } else { customEvent.returnValue = global[globalName]; } } return valueToMeta(event.sender, contextId, customEvent.returnValue); }); handleRemoteCommand("REMOTE_BROWSER_GET_CURRENT_WINDOW" /* BROWSER_GET_CURRENT_WINDOW */, function (event, contextId, stack) { logStack(event.sender, 'remote.getCurrentWindow()', stack); const customEvent = emitCustomEvent(event.sender, 'remote-get-current-window'); if (customEvent.returnValue === undefined) { if (customEvent.defaultPrevented) { throw new Error('Blocked remote.getCurrentWindow()'); } else { customEvent.returnValue = event.sender.getOwnerBrowserWindow(); } } return valueToMeta(event.sender, contextId, customEvent.returnValue); }); handleRemoteCommand("REMOTE_BROWSER_GET_CURRENT_WEB_CONTENTS" /* BROWSER_GET_CURRENT_WEB_CONTENTS */, function (event, contextId, stack) { logStack(event.sender, 'remote.getCurrentWebContents()', stack); const customEvent = emitCustomEvent(event.sender, 'remote-get-current-web-contents'); if (customEvent.returnValue === undefined) { if (customEvent.defaultPrevented) { throw new Error('Blocked remote.getCurrentWebContents()'); } else { customEvent.returnValue = event.sender; } } return valueToMeta(event.sender, contextId, customEvent.returnValue); }); handleRemoteCommand("REMOTE_BROWSER_CONSTRUCTOR" /* BROWSER_CONSTRUCTOR */, function (event, contextId, id, args) { args = unwrapArgs(event.sender, event.frameId, contextId, args); const constructor = objects_registry_1.default.get(id); if (constructor == null) { throwRPCError(`Cannot call constructor on missing remote object ${id}`); } return valueToMeta(event.sender, contextId, new constructor(...args)); }); handleRemoteCommand("REMOTE_BROWSER_FUNCTION_CALL" /* BROWSER_FUNCTION_CALL */, function (event, contextId, id, args) { args = unwrapArgs(event.sender, event.frameId, contextId, args); const func = objects_registry_1.default.get(id); if (func == null) { throwRPCError(`Cannot call function on missing remote object ${id}`); } try { return valueToMeta(event.sender, contextId, func(...args), true); } catch (error) { const err = new Error(`Could not call remote function '${func.name || "anonymous"}'. Check that the function signature is correct. Underlying error: ${error}\n` + (error instanceof Error ? `Underlying stack: ${error.stack}\n` : "")); err.cause = error; throw err; } }); handleRemoteCommand("REMOTE_BROWSER_MEMBER_CONSTRUCTOR" /* BROWSER_MEMBER_CONSTRUCTOR */, function (event, contextId, id, method, args) { args = unwrapArgs(event.sender, event.frameId, contextId, args); const object = objects_registry_1.default.get(id); if (object == null) { throwRPCError(`Cannot call constructor '${method}' on missing remote object ${id}`); } return valueToMeta(event.sender, contextId, new object[method](...args)); }); handleRemoteCommand("REMOTE_BROWSER_MEMBER_CALL" /* BROWSER_MEMBER_CALL */, function (event, contextId, id, method, args) { args = unwrapArgs(event.sender, event.frameId, contextId, args); const object = objects_registry_1.default.get(id); if (object == null) { throwRPCError(`Cannot call method '${method}' on missing remote object ${id}`); } try { return valueToMeta(event.sender, contextId, object[method](...args), true); } catch (error) { const err = new Error(`Could not call remote method '${method}'. Check that the method signature is correct. Underlying error: ${error}` + (error instanceof Error ? `Underlying stack: ${error.stack}\n` : "")); err.cause = error; throw err; } }); handleRemoteCommand("REMOTE_BROWSER_MEMBER_SET" /* BROWSER_MEMBER_SET */, function (event, contextId, id, name, args) { args = unwrapArgs(event.sender, event.frameId, contextId, args); const obj = objects_registry_1.default.get(id); if (obj == null) { throwRPCError(`Cannot set property '${name}' on missing remote object ${id}`); } obj[name] = args[0]; return null; }); handleRemoteCommand("REMOTE_BROWSER_MEMBER_GET" /* BROWSER_MEMBER_GET */, function (event, contextId, id, name) { const obj = objects_registry_1.default.get(id); if (obj == null) { throwRPCError(`Cannot get property '${name}' on missing remote object ${id}`); } return valueToMeta(event.sender, contextId, obj[name]); }); handleRemoteCommand("REMOTE_BROWSER_DEREFERENCE" /* BROWSER_DEREFERENCE */, function (event, contextId, id) { objects_registry_1.default.remove(event.sender, contextId, id); }); handleRemoteCommand("REMOTE_BROWSER_CONTEXT_RELEASE" /* BROWSER_CONTEXT_RELEASE */, (event, contextId) => { objects_registry_1.default.clear(event.sender, contextId); return null; }); } exports.initialize = initialize; "use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.CallbacksRegistry = void 0; class CallbacksRegistry { constructor() { this.nextId = 0; this.callbacks = {}; this.callbackIds = new WeakMap(); this.locationInfo = new WeakMap(); } add(callback) { // The callback is already added. let id = this.callbackIds.get(callback); if (id != null) return id; id = this.nextId += 1; this.callbacks[id] = callback; this.callbackIds.set(callback, id); // Capture the location of the function and put it in the ID string, // so that release errors can be tracked down easily. const regexp = /at (.*)/gi; const stackString = (new Error()).stack; if (!stackString) return id; let filenameAndLine; let match; while ((match = regexp.exec(stackString)) !== null) { const location = match[1]; if (location.includes('(native)')) continue; if (location.includes('()')) continue; if (location.includes('callbacks-registry.js')) continue; if (location.includes('remote.js')) continue; if (location.includes('@electron/remote/dist')) continue; const ref = /([^/^)]*)\)?$/gi.exec(location); if (ref) filenameAndLine = ref[1]; break; } this.locationInfo.set(callback, filenameAndLine); return id; } get(id) { return this.callbacks[id] || function () { }; } getLocation(callback) { return this.locationInfo.get(callback); } apply(id, ...args) { return this.get(id).apply(global, ...args); } remove(id) { const callback = this.callbacks[id]; if (callback) { this.callbackIds.delete(callback); delete this.callbacks[id]; } } } exports.CallbacksRegistry = CallbacksRegistry; "use strict"; var __createBinding = (this && this.__createBinding) || (Object.create ? (function(o, m, k, k2) { if (k2 === undefined) k2 = k; Object.defineProperty(o, k2, { enumerable: true, get: function() { return m[k]; } }); }) : (function(o, m, k, k2) { if (k2 === undefined) k2 = k; o[k2] = m[k]; })); var __exportStar = (this && this.__exportStar) || function(m, exports) { for (var p in m) if (p !== "default" && !Object.prototype.hasOwnProperty.call(exports, p)) __createBinding(exports, m, p); }; Object.defineProperty(exports, "__esModule", { value: true }); if (process.type === 'browser') throw new Error(`"@electron/remote" cannot be required in the browser process. Instead require("@electron/remote/main").`); __exportStar(require("./remote"), exports); "use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.createFunctionWithReturnValue = exports.getGlobal = exports.getCurrentWebContents = exports.getCurrentWindow = exports.getBuiltin = void 0; const callbacks_registry_1 = require("./callbacks-registry"); const type_utils_1 = require("../common/type-utils"); const electron_1 = require("electron"); const module_names_1 = require("../common/module-names"); const get_electron_binding_1 = require("../common/get-electron-binding"); const { Promise } = global; const callbacksRegistry = new callbacks_registry_1.CallbacksRegistry(); const remoteObjectCache = new Map(); const finalizationRegistry = new FinalizationRegistry((id) => { const ref = remoteObjectCache.get(id); if (ref !== undefined && ref.deref() === undefined) { remoteObjectCache.delete(id); electron_1.ipcRenderer.send("REMOTE_BROWSER_DEREFERENCE" /* BROWSER_DEREFERENCE */, contextId, id, 0); } }); const electronIds = new WeakMap(); const isReturnValue = new WeakSet(); function getCachedRemoteObject(id) { const ref = remoteObjectCache.get(id); if (ref !== undefined) { const deref = ref.deref(); if (deref !== undefined) return deref; } } function setCachedRemoteObject(id, value) { const wr = new WeakRef(value); remoteObjectCache.set(id, wr); finalizationRegistry.register(value, id); return value; } function getContextId() { const v8Util = get_electron_binding_1.getElectronBinding('v8_util'); if (v8Util) { return v8Util.getHiddenValue(global, 'contextId'); } else { throw new Error('Electron >=v13.0.0-beta.6 required to support sandboxed renderers'); } } // An unique ID that can represent current context. const contextId = process.contextId || getContextId(); // Notify the main process when current context is going to be released. // Note that when the renderer process is destroyed, the message may not be // sent, we also listen to the "render-view-deleted" event in the main process // to guard that situation. process.on('exit', () => { const command = "REMOTE_BROWSER_CONTEXT_RELEASE" /* BROWSER_CONTEXT_RELEASE */; electron_1.ipcRenderer.send(command, contextId); }); const IS_REMOTE_PROXY = Symbol('is-remote-proxy'); // Convert the arguments object into an array of meta data. function wrapArgs(args, visited = new Set()) { const valueToMeta = (value) => { // Check for circular reference. if (visited.has(value)) { return { type: 'value', value: null }; } if (value && value.constructor && value.constructor.name === 'NativeImage') { return { type: 'nativeimage', value: type_utils_1.serialize(value) }; } else if (Array.isArray(value)) { visited.add(value); const meta = { type: 'array', value: wrapArgs(value, visited) }; visited.delete(value); return meta; } else if (value instanceof Buffer) { return { type: 'buffer', value }; } else if (type_utils_1.isSerializableObject(value)) { return { type: 'value', value }; } else if (typeof value === 'object') { if (type_utils_1.isPromise(value)) { return { type: 'promise', then: valueToMeta(function (onFulfilled, onRejected) { value.then(onFulfilled, onRejected); }) }; } else if (electronIds.has(value)) { return { type: 'remote-object', id: electronIds.get(value) }; } const meta = { type: 'object', name: value.constructor ? value.constructor.name : '', members: [] }; visited.add(value); for (const prop in value) { // eslint-disable-line guard-for-in meta.members.push({ name: prop, value: valueToMeta(value[prop]) }); } visited.delete(value); return meta; } else if (typeof value === 'function' && isReturnValue.has(value)) { return { type: 'function-with-return-value', value: valueToMeta(value()) }; } else if (typeof value === 'function') { return { type: 'function', id: callbacksRegistry.add(value), location: callbacksRegistry.getLocation(value), length: value.length }; } else { return { type: 'value', value }; } }; return args.map(valueToMeta); } // Populate object's members from descriptors. // The |ref| will be kept referenced by |members|. // This matches |getObjectMemebers| in rpc-server. function setObjectMembers(ref, object, metaId, members) { if (!Array.isArray(members)) return; for (const member of members) { if (Object.prototype.hasOwnProperty.call(object, member.name)) continue; const descriptor = { enumerable: member.enumerable }; if (member.type === 'method') { const remoteMemberFunction = function (...args) { let command; if (this && this.constructor === remoteMemberFunction) { command = "REMOTE_BROWSER_MEMBER_CONSTRUCTOR" /* BROWSER_MEMBER_CONSTRUCTOR */; } else { command = "REMOTE_BROWSER_MEMBER_CALL" /* BROWSER_MEMBER_CALL */; } const ret = electron_1.ipcRenderer.sendSync(command, contextId, metaId, member.name, wrapArgs(args)); return metaToValue(ret); }; let descriptorFunction = proxyFunctionProperties(remoteMemberFunction, metaId, member.name); descriptor.get = () => { descriptorFunction.ref = ref; // The member should reference its object. return descriptorFunction; }; // Enable monkey-patch the method descriptor.set = (value) => { descriptorFunction = value; return value; }; descriptor.configurable = true; } else if (member.type === 'get') { descriptor.get = () => { const command = "REMOTE_BROWSER_MEMBER_GET" /* BROWSER_MEMBER_GET */; const meta = electron_1.ipcRenderer.sendSync(command, contextId, metaId, member.name); return metaToValue(meta); }; if (member.writable) { descriptor.set = (value) => { const args = wrapArgs([value]); const command = "REMOTE_BROWSER_MEMBER_SET" /* BROWSER_MEMBER_SET */; const meta = electron_1.ipcRenderer.sendSync(command, contextId, metaId, member.name, args); if (meta != null) metaToValue(meta); return value; }; } } Object.defineProperty(object, member.name, descriptor); } } // Populate object's prototype from descriptor. // This matches |getObjectPrototype| in rpc-server. function setObjectPrototype(ref, object, metaId, descriptor) { if (descriptor === null) return; const proto = {}; setObjectMembers(ref, proto, metaId, descriptor.members); setObjectPrototype(ref, proto, metaId, descriptor.proto); Object.setPrototypeOf(object, proto); } // Wrap function in Proxy for accessing remote properties function proxyFunctionProperties(remoteMemberFunction, metaId, name) { let loaded = false; // Lazily load function properties const loadRemoteProperties = () => { if (loaded) return; loaded = true; const command = "REMOTE_BROWSER_MEMBER_GET" /* BROWSER_MEMBER_GET */; const meta = electron_1.ipcRenderer.sendSync(command, contextId, metaId, name); setObjectMembers(remoteMemberFunction, remoteMemberFunction, meta.id, meta.members); }; return new Proxy(remoteMemberFunction, { set: (target, property, value) => { if (property !== 'ref') loadRemoteProperties(); target[property] = value; return true; }, get: (target, property) => { if (property === IS_REMOTE_PROXY) return true; if (!Object.prototype.hasOwnProperty.call(target, property)) loadRemoteProperties(); const value = target[property]; if (property === 'toString' && typeof value === 'function') { return value.bind(target); } return value; }, ownKeys: (target) => { loadRemoteProperties(); return Object.getOwnPropertyNames(target); }, getOwnPropertyDescriptor: (target, property) => { const descriptor = Object.getOwnPropertyDescriptor(target, property); if (descriptor) return descriptor; loadRemoteProperties(); return Object.getOwnPropertyDescriptor(target, property); } }); } // Convert meta data from browser into real value. function metaToValue(meta) { if (!meta) return {}; if (meta.type === 'value') { return meta.value; } else if (meta.type === 'array') { return meta.members.map((member) => metaToValue(member)); } else if (meta.type === 'nativeimage') { return type_utils_1.deserialize(meta.value); } else if (meta.type === 'buffer') { return Buffer.from(meta.value.buffer, meta.value.byteOffset, meta.value.byteLength); } else if (meta.type === 'promise') { return Promise.resolve({ then: metaToValue(meta.then) }); } else if (meta.type === 'error') { return metaToError(meta); } else if (meta.type === 'exception') { if (meta.value.type === 'error') { throw metaToError(meta.value); } else { throw new Error(`Unexpected value type in exception: ${meta.value.type}`); } } else { let ret; if ('id' in meta) { const cached = getCachedRemoteObject(meta.id); if (cached !== undefined) { return cached; } } // A shadow class to represent the remote function object. if (meta.type === 'function') { const remoteFunction = function (...args) { let command; if (this && this.constructor === remoteFunction) { command = "REMOTE_BROWSER_CONSTRUCTOR" /* BROWSER_CONSTRUCTOR */; } else { command = "REMOTE_BROWSER_FUNCTION_CALL" /* BROWSER_FUNCTION_CALL */; } const obj = electron_1.ipcRenderer.sendSync(command, contextId, meta.id, wrapArgs(args)); return metaToValue(obj); }; ret = remoteFunction; } else { ret = {}; } setObjectMembers(ret, ret, meta.id, meta.members); setObjectPrototype(ret, ret, meta.id, meta.proto); if (ret.constructor && ret.constructor[IS_REMOTE_PROXY]) { Object.defineProperty(ret.constructor, 'name', { value: meta.name }); } // Track delegate obj's lifetime & tell browser to clean up when object is GCed. electronIds.set(ret, meta.id); setCachedRemoteObject(meta.id, ret); return ret; } } function metaToError(meta) { const obj = meta.value; for (const { name, value } of meta.members) { obj[name] = metaToValue(value); } return obj; } function hasSenderId(input) { return typeof input.senderId === "number"; } function handleMessage(channel, handler) { electron_1.ipcRenderer.on(channel, (event, passedContextId, id, ...args) => { if (hasSenderId(event)) { if (event.senderId !== 0 && event.senderId !== undefined) { console.error(`Message ${channel} sent by unexpected WebContents (${event.senderId})`); return; } } if (passedContextId === contextId) { handler(id, ...args); } else { // Message sent to an un-exist context, notify the error to main process. electron_1.ipcRenderer.send("REMOTE_BROWSER_WRONG_CONTEXT_ERROR" /* BROWSER_WRONG_CONTEXT_ERROR */, contextId, passedContextId, id); } }); } const enableStacks = process.argv.includes('--enable-api-filtering-logging'); function getCurrentStack() { const target = { stack: undefined }; if (enableStacks) { Error.captureStackTrace(target, getCurrentStack); } return target.stack; } // Browser calls a callback in renderer. handleMessage("REMOTE_RENDERER_CALLBACK" /* RENDERER_CALLBACK */, (id, args) => { callbacksRegistry.apply(id, metaToValue(args)); }); // A callback in browser is released. handleMessage("REMOTE_RENDERER_RELEASE_CALLBACK" /* RENDERER_RELEASE_CALLBACK */, (id) => { callbacksRegistry.remove(id); }); exports.require = (module) => { const command = "REMOTE_BROWSER_REQUIRE" /* BROWSER_REQUIRE */; const meta = electron_1.ipcRenderer.sendSync(command, contextId, module, getCurrentStack()); return metaToValue(meta); }; // Alias to remote.require('electron').xxx. function getBuiltin(module) { const command = "REMOTE_BROWSER_GET_BUILTIN" /* BROWSER_GET_BUILTIN */; const meta = electron_1.ipcRenderer.sendSync(command, contextId, module, getCurrentStack()); return metaToValue(meta); } exports.getBuiltin = getBuiltin; function getCurrentWindow() { const command = "REMOTE_BROWSER_GET_CURRENT_WINDOW" /* BROWSER_GET_CURRENT_WINDOW */; const meta = electron_1.ipcRenderer.sendSync(command, contextId, getCurrentStack()); return metaToValue(meta); } exports.getCurrentWindow = getCurrentWindow; // Get current WebContents object. function getCurrentWebContents() { const command = "REMOTE_BROWSER_GET_CURRENT_WEB_CONTENTS" /* BROWSER_GET_CURRENT_WEB_CONTENTS */; const meta = electron_1.ipcRenderer.sendSync(command, contextId, getCurrentStack()); return metaToValue(meta); } exports.getCurrentWebContents = getCurrentWebContents; // Get a global object in browser. function getGlobal(name) { const command = "REMOTE_BROWSER_GET_GLOBAL" /* BROWSER_GET_GLOBAL */; const meta = electron_1.ipcRenderer.sendSync(command, contextId, name, getCurrentStack()); return metaToValue(meta); } exports.getGlobal = getGlobal; // Get the process object in browser. Object.defineProperty(exports, 'process', { enumerable: true, get: () => exports.getGlobal('process') }); // Create a function that will return the specified value when called in browser. function createFunctionWithReturnValue(returnValue) { const func = () => returnValue; isReturnValue.add(func); return func; } exports.createFunctionWithReturnValue = createFunctionWithReturnValue; const addBuiltinProperty = (name) => { Object.defineProperty(exports, name, { enumerable: true, get: () => exports.getBuiltin(name) }); }; module_names_1.browserModuleNames .forEach(addBuiltinProperty); module.exports = require('../dist/src/main') { "name": "@electron/remote", "version": "2.1.2", "main": "renderer/index.js", "license": "MIT", "repository": { "type": "git", "url": "https://github.com/electron/remote" }, "peerDependencies": { "electron": ">= 13.0.0" }, "devDependencies": { "@types/chai": "^4.2.11", "@types/chai-as-promised": "^7.1.2", "@types/dirty-chai": "^2.0.2", "@types/mocha": "^7.0.2", "@types/node": "^14.17.0", "chai": "^4.2.0", "chai-as-promised": "^7.1.1", "dirty-chai": "^2.0.1", "electron": "22.x", "mocha": "^10.1.0", "mocha-junit-reporter": "^1.23.3", "mocha-multi-reporters": "^1.1.7", "ts-node": "^8.10.2", "typescript": "^4.1.3", "walkdir": "^0.4.1", "yargs": "^15.3.1" }, "files": [ "README.md", "package.json", "main", "renderer", "dist/src", "index.d.ts" ], "types": "index.d.ts" }module.exports = require('../dist/src/renderer') The MIT License (MIT) Copyright (c) 2017 [Node.js API collaborators](https://github.com/nodejs/node-addon-api#collaborators) Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. { 'variables': { 'NAPI_VERSION%': " inline PropertyDescriptor PropertyDescriptor::Accessor( const char* utf8name, Getter getter, napi_property_attributes attributes, void* /*data*/) { using CbData = details::CallbackData; // TODO: Delete when the function is destroyed auto callbackData = new CbData({getter, nullptr}); return PropertyDescriptor({utf8name, nullptr, nullptr, CbData::Wrapper, nullptr, nullptr, attributes, callbackData}); } template inline PropertyDescriptor PropertyDescriptor::Accessor( const std::string& utf8name, Getter getter, napi_property_attributes attributes, void* data) { return Accessor(utf8name.c_str(), getter, attributes, data); } template inline PropertyDescriptor PropertyDescriptor::Accessor( napi_value name, Getter getter, napi_property_attributes attributes, void* /*data*/) { using CbData = details::CallbackData; // TODO: Delete when the function is destroyed auto callbackData = new CbData({getter, nullptr}); return PropertyDescriptor({nullptr, name, nullptr, CbData::Wrapper, nullptr, nullptr, attributes, callbackData}); } template inline PropertyDescriptor PropertyDescriptor::Accessor( Name name, Getter getter, napi_property_attributes attributes, void* data) { napi_value nameValue = name; return PropertyDescriptor::Accessor(nameValue, getter, attributes, data); } template inline PropertyDescriptor PropertyDescriptor::Accessor( const char* utf8name, Getter getter, Setter setter, napi_property_attributes attributes, void* /*data*/) { using CbData = details::AccessorCallbackData; // TODO: Delete when the function is destroyed auto callbackData = new CbData({getter, setter, nullptr}); return PropertyDescriptor({utf8name, nullptr, nullptr, CbData::GetterWrapper, CbData::SetterWrapper, nullptr, attributes, callbackData}); } template inline PropertyDescriptor PropertyDescriptor::Accessor( const std::string& utf8name, Getter getter, Setter setter, napi_property_attributes attributes, void* data) { return Accessor(utf8name.c_str(), getter, setter, attributes, data); } template inline PropertyDescriptor PropertyDescriptor::Accessor( napi_value name, Getter getter, Setter setter, napi_property_attributes attributes, void* /*data*/) { using CbData = details::AccessorCallbackData; // TODO: Delete when the function is destroyed auto callbackData = new CbData({getter, setter, nullptr}); return PropertyDescriptor({nullptr, name, nullptr, CbData::GetterWrapper, CbData::SetterWrapper, nullptr, attributes, callbackData}); } template inline PropertyDescriptor PropertyDescriptor::Accessor( Name name, Getter getter, Setter setter, napi_property_attributes attributes, void* data) { napi_value nameValue = name; return PropertyDescriptor::Accessor( nameValue, getter, setter, attributes, data); } template inline PropertyDescriptor PropertyDescriptor::Function( const char* utf8name, Callable cb, napi_property_attributes attributes, void* /*data*/) { using ReturnType = decltype(cb(CallbackInfo(nullptr, nullptr))); using CbData = details::CallbackData; // TODO: Delete when the function is destroyed auto callbackData = new CbData({cb, nullptr}); return PropertyDescriptor({utf8name, nullptr, CbData::Wrapper, nullptr, nullptr, nullptr, attributes, callbackData}); } template inline PropertyDescriptor PropertyDescriptor::Function( const std::string& utf8name, Callable cb, napi_property_attributes attributes, void* data) { return Function(utf8name.c_str(), cb, attributes, data); } template inline PropertyDescriptor PropertyDescriptor::Function( napi_value name, Callable cb, napi_property_attributes attributes, void* /*data*/) { using ReturnType = decltype(cb(CallbackInfo(nullptr, nullptr))); using CbData = details::CallbackData; // TODO: Delete when the function is destroyed auto callbackData = new CbData({cb, nullptr}); return PropertyDescriptor({nullptr, name, CbData::Wrapper, nullptr, nullptr, nullptr, attributes, callbackData}); } template inline PropertyDescriptor PropertyDescriptor::Function( Name name, Callable cb, napi_property_attributes attributes, void* data) { napi_value nameValue = name; return PropertyDescriptor::Function(nameValue, cb, attributes, data); } #endif // !SRC_NAPI_INL_DEPRECATED_H_ #ifndef SRC_NAPI_INL_H_ #define SRC_NAPI_INL_H_ //////////////////////////////////////////////////////////////////////////////// // Node-API C++ Wrapper Classes // // Inline header-only implementations for "Node-API" ABI-stable C APIs for // Node.js. //////////////////////////////////////////////////////////////////////////////// // Note: Do not include this file directly! Include "napi.h" instead. // This should be a no-op and is intended for better IDE integration. #include "napi.h" #include #include #include #if NAPI_HAS_THREADS #include #endif // NAPI_HAS_THREADS #include #include namespace Napi { #ifdef NAPI_CPP_CUSTOM_NAMESPACE namespace NAPI_CPP_CUSTOM_NAMESPACE { #endif // Helpers to handle functions exposed from C++ and internal constants. namespace details { // New napi_status constants not yet available in all supported versions of // Node.js releases. Only necessary when they are used in napi.h and napi-inl.h. constexpr int napi_no_external_buffers_allowed = 22; template inline void default_basic_finalizer(node_addon_api_basic_env /*env*/, void* data, void* /*hint*/) { delete static_cast(data); } // Attach a data item to an object and delete it when the object gets // garbage-collected. // TODO: Replace this code with `napi_add_finalizer()` whenever it becomes // available on all supported versions of Node.js. template < typename FreeType, node_addon_api_basic_finalize finalizer = default_basic_finalizer> inline napi_status AttachData(napi_env env, napi_value obj, FreeType* data, void* hint = nullptr) { napi_status status; #if (NAPI_VERSION < 5) napi_value symbol, external; status = napi_create_symbol(env, nullptr, &symbol); if (status == napi_ok) { status = napi_create_external(env, data, finalizer, hint, &external); if (status == napi_ok) { napi_property_descriptor desc = {nullptr, symbol, nullptr, nullptr, nullptr, external, napi_default, nullptr}; status = napi_define_properties(env, obj, 1, &desc); } } #else // NAPI_VERSION >= 5 status = napi_add_finalizer(env, obj, data, finalizer, hint, nullptr); #endif return status; } // For use in JS to C++ callback wrappers to catch any Napi::Error exceptions // and rethrow them as JavaScript exceptions before returning from the callback. template #ifdef NODE_ADDON_API_CPP_EXCEPTIONS_ALL inline napi_value WrapCallback(napi_env env, Callable callback) { #else inline napi_value WrapCallback(napi_env, Callable callback) { #endif #ifdef NODE_ADDON_API_CPP_EXCEPTIONS try { return callback(); } catch (const Error& e) { e.ThrowAsJavaScriptException(); return nullptr; } #ifdef NODE_ADDON_API_CPP_EXCEPTIONS_ALL catch (const std::exception& e) { Napi::Error::New(env, e.what()).ThrowAsJavaScriptException(); return nullptr; } catch (...) { Napi::Error::New(env, "A native exception was thrown") .ThrowAsJavaScriptException(); return nullptr; } #endif // NODE_ADDON_API_CPP_EXCEPTIONS_ALL #else // NODE_ADDON_API_CPP_EXCEPTIONS // When C++ exceptions are disabled, errors are immediately thrown as JS // exceptions, so there is no need to catch and rethrow them here. return callback(); #endif // NODE_ADDON_API_CPP_EXCEPTIONS } // For use in JS to C++ void callback wrappers to catch any Napi::Error // exceptions and rethrow them as JavaScript exceptions before returning from // the callback. template inline void WrapVoidCallback(Callable callback) { #ifdef NODE_ADDON_API_CPP_EXCEPTIONS try { callback(); } catch (const Error& e) { e.ThrowAsJavaScriptException(); } #else // NAPI_CPP_EXCEPTIONS // When C++ exceptions are disabled, errors are immediately thrown as JS // exceptions, so there is no need to catch and rethrow them here. callback(); #endif // NAPI_CPP_EXCEPTIONS } // For use in JS to C++ void callback wrappers to catch _any_ thrown exception // and rethrow them as JavaScript exceptions before returning from the callback, // wrapping in an Napi::Error as needed. template #ifdef NODE_ADDON_API_CPP_EXCEPTIONS_ALL inline void WrapVoidCallback(napi_env env, Callable callback) { #else inline void WrapVoidCallback(napi_env, Callable callback) { #endif #ifdef NODE_ADDON_API_CPP_EXCEPTIONS try { callback(); } catch (const Error& e) { e.ThrowAsJavaScriptException(); } #ifdef NODE_ADDON_API_CPP_EXCEPTIONS_ALL catch (const std::exception& e) { Napi::Error::New(env, e.what()).ThrowAsJavaScriptException(); } catch (...) { Napi::Error::New(env, "A native exception was thrown") .ThrowAsJavaScriptException(); } #endif // NODE_ADDON_API_CPP_EXCEPTIONS_ALL #else // When C++ exceptions are disabled, there is no need to catch and rethrow C++ // exceptions. JS errors should be thrown with // `Error::ThrowAsJavaScriptException`. callback(); #endif // NODE_ADDON_API_CPP_EXCEPTIONS } template struct CallbackData { static inline napi_value Wrapper(napi_env env, napi_callback_info info) { return details::WrapCallback(env, [&] { CallbackInfo callbackInfo(env, info); CallbackData* callbackData = static_cast(callbackInfo.Data()); callbackInfo.SetData(callbackData->data); return callbackData->callback(callbackInfo); }); } Callable callback; void* data; }; template struct CallbackData { static inline napi_value Wrapper(napi_env env, napi_callback_info info) { return details::WrapCallback(env, [&] { CallbackInfo callbackInfo(env, info); CallbackData* callbackData = static_cast(callbackInfo.Data()); callbackInfo.SetData(callbackData->data); callbackData->callback(callbackInfo); return nullptr; }); } Callable callback; void* data; }; template napi_value TemplatedVoidCallback(napi_env env, napi_callback_info info) NAPI_NOEXCEPT { return details::WrapCallback(env, [&] { CallbackInfo cbInfo(env, info); Callback(cbInfo); return nullptr; }); } template napi_value TemplatedCallback(napi_env env, napi_callback_info info) NAPI_NOEXCEPT { return details::WrapCallback(env, [&] { CallbackInfo cbInfo(env, info); // MSVC requires to copy 'Callback' function pointer to a local variable // before invoking it. auto callback = Callback; return callback(cbInfo); }); } template napi_value TemplatedInstanceCallback(napi_env env, napi_callback_info info) NAPI_NOEXCEPT { return details::WrapCallback(env, [&] { CallbackInfo cbInfo(env, info); T* instance = T::Unwrap(cbInfo.This().As