mirror of
https://github.com/enso-org/enso.git
synced 2024-12-21 11:41:30 +03:00
a4f56e92aa
This PR introduces a new installer and uninstaller for the Windows platform. Both are written in Rust and compiled to a single executable. The executable has no dependencies (other than what is included in the Windows), links the C++ runtime statically if needed. The change is motivated by numerous issues with with the `electron-builder`-generated installers. The new installer should behave better, not have issues with long paths and unblock the `electron-builder` upgrade (which will significantly simplify the workflow definitions). To build an installer, one needs to provide the unpacked application (generated by `electron-builder`) and the `electron-builder` configuration (with a few minor extensions). Code signing is also supported.
379 lines
16 KiB
TypeScript
379 lines
16 KiB
TypeScript
/** @file This module defines a TS script that is responsible for invoking the Electron Builder
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* process to bundle the entire IDE distribution.
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*
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* There are two areas to this:
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* - Parsing CLI options as per our needs.
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* - The default configuration of the build process. */
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/** @module */
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import * as childProcess from 'node:child_process'
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import * as fs from 'node:fs/promises'
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import * as electronBuilder from 'electron-builder'
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import * as electronNotarize from '@electron/notarize'
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import type * as macOptions from 'app-builder-lib/out/options/macOptions'
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import yargs from 'yargs'
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import * as common from 'enso-common'
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import * as fileAssociations from './file-associations'
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import * as paths from './paths'
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import computeHashes from './tasks/computeHashes.mjs'
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import signArchivesMacOs from './tasks/signArchivesMacOs'
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import BUILD_INFO from '../../../../build.json' assert { type: 'json' }
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// =============
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// === Types ===
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// =============
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/** The parts of the electron-builder configuration that we want to keep configurable.
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* @see `args` definition below for fields description. */
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export interface Arguments {
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// The types come from a third-party API and cannot be changed.
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// eslint-disable-next-line no-restricted-syntax
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readonly target?: string | undefined
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readonly iconsDist: string
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readonly guiDist: string
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readonly ideDist: string
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readonly projectManagerDist: string
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readonly platform: electronBuilder.Platform
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}
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/** File association configuration, extended with information needed by the `enso-installer`. */
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interface ExtendedFileAssociation extends electronBuilder.FileAssociation {
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/** The Windows registry key under which the file association is registered.
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*
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* Should follow the pattern `Enso.CamelCaseName`. */
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readonly progId: string
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}
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/** Additional configuration for the installer. */
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interface InstallerAdditionalConfig {
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/** The company name to be used in the installer. */
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readonly publisher: string
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/** File association configuration. */
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readonly fileAssociations: ExtendedFileAssociation[]
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}
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//======================================
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// === Argument parser configuration ===
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//======================================
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/** CLI argument parser (with support for environment variables) that provides
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* the necessary options. */
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export const args: Arguments = await yargs(process.argv.slice(2))
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.env('ENSO_BUILD')
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.option({
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ideDist: {
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// Alias here (and subsequent occurrences) are for the environment variable name.
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alias: 'ide',
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type: 'string',
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description: 'Output directory for IDE',
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demandOption: true,
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},
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guiDist: {
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alias: 'gui',
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type: 'string',
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description: 'Output directory with GUI',
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demandOption: true,
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},
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iconsDist: {
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alias: 'icons',
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type: 'string',
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description: 'Output directory with icons',
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demandOption: true,
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},
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projectManagerDist: {
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alias: 'project-manager',
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type: 'string',
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description: 'Output directory with project manager',
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demandOption: true,
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},
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platform: {
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type: 'string',
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description: 'Platform that Electron Builder should target',
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default: electronBuilder.Platform.current().toString(),
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coerce: (p: string) => electronBuilder.Platform.fromString(p),
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},
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target: {
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type: 'string',
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description: 'Overwrite the platform-default target',
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},
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}).argv
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// ======================================
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// === Electron builder configuration ===
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// ======================================
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/** File associations for the IDE. */
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export const EXTENDED_FILE_ASSOCIATIONS = [
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{
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ext: fileAssociations.SOURCE_FILE_EXTENSION,
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name: `${common.PRODUCT_NAME} Source File`,
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role: 'Editor',
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// Note that MIME type is used on Windows by the enso-installer to register the file association.
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// This behavior is unlike what electron-builder does.
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mimeType: 'text/plain',
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progId: 'Enso.Source',
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},
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{
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ext: fileAssociations.BUNDLED_PROJECT_EXTENSION,
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name: `${common.PRODUCT_NAME} Project Bundle`,
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role: 'Editor',
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mimeType: 'application/gzip',
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progId: 'Enso.ProjectBundle',
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},
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]
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/** Returns non-extended file associations, as required by the `electron-builder`.
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*
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* Note that we need to actually remove any additional fields that we added to the file associations,
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* as the `electron-builder` will error out if it encounters unknown fields. */
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function getFileAssociations(): electronBuilder.FileAssociation[] {
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return EXTENDED_FILE_ASSOCIATIONS.map(assoc => {
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const { ext, name, role, mimeType } = assoc
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return { ext, name, role, mimeType }
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})
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}
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/** Returns additional configuration for the `enso-installer`. */
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function getInstallerAdditionalConfig(): InstallerAdditionalConfig {
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return {
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publisher: common.COMPANY_NAME,
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fileAssociations: EXTENDED_FILE_ASSOCIATIONS,
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}
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}
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/** Based on the given arguments, creates a configuration for the Electron Builder. */
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export function createElectronBuilderConfig(passedArgs: Arguments): electronBuilder.Configuration {
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let version = BUILD_INFO.version
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if (passedArgs.target === 'msi') {
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// MSI installer imposes some restrictions on the version number. Namely, product version must have a major
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// version less than 256, a minor version less than 256, and a build version less than 65536.
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//
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// As a workaround (we use year, like 2023, as a major version), we drop two leading digits from the major
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// version number.
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version = version.substring(2)
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}
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return {
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appId: 'org.enso',
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productName: common.PRODUCT_NAME,
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extraMetadata: {
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version,
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// This provides extra data for the installer.
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installer: getInstallerAdditionalConfig(),
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},
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copyright: `Copyright © ${new Date().getFullYear()} ${common.COMPANY_NAME}`,
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// Note that the `artifactName` uses the "canonical" version of the product, not one that might have been
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// simplified for the MSI installer to cope.
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artifactName: 'enso-${os}-${arch}-' + BUILD_INFO.version + '.${ext}',
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/** Definitions of URL {@link electronBuilder.Protocol} schemes used by the IDE.
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*
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* Electron will register all URL protocol schemes defined here with the OS.
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* Once a URL protocol scheme is registered with the OS, any links using that scheme
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* will function as "deep links".
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* Deep links are used to redirect the user from external sources (e.g., system web browser,
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* email client) to the IDE.
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*
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* Clicking a deep link will:
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* - open the IDE (if it is not already open),
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* - focus the IDE, and
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* - navigate to the location specified by the URL of the deep link.
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*
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* For details on how this works, see:
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* https://www.electronjs.org/docs/latest/tutorial/launch-app-from-url-in-another-app. */
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protocols: [
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/** Electron URL protocol scheme definition for deep links to authentication pages. */
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{
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name: `${common.PRODUCT_NAME} url`,
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schemes: [common.DEEP_LINK_SCHEME],
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role: 'Editor',
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},
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],
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mac: {
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// Compression is not used as the build time is huge and file size saving
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// almost zero.
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// This type assertion is UNSAFE, and any users MUST verify that
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// they are passing a valid value to `target`.
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// eslint-disable-next-line no-restricted-syntax
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target: (passedArgs.target ?? 'dmg') as macOptions.MacOsTargetName,
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icon: `${passedArgs.iconsDist}/icon.icns`,
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category: 'public.app-category.developer-tools',
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darkModeSupport: true,
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type: 'distribution',
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// The following settings are required for macOS signing and notarisation.
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// The hardened runtime is required to be able to notarise the application.
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hardenedRuntime: true,
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// This is a custom check that is not working correctly, so we disable it. See for more
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// details https://kilianvalkhof.com/2019/electron/notarizing-your-electron-application/
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gatekeeperAssess: false,
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// Location of the entitlements files with the entitlements we need to run
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// our application in the hardened runtime.
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entitlements: './entitlements.mac.plist',
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entitlementsInherit: './entitlements.mac.plist',
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},
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win: {
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// Compression is not used as the build time is huge and file size saving
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// almost zero.
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target: passedArgs.target ?? 'dir',
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icon: `${passedArgs.iconsDist}/icon.ico`,
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},
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linux: {
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// Compression is not used as the build time is huge and file size saving
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// is almost zero.
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target: passedArgs.target ?? 'AppImage',
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icon: `${passedArgs.iconsDist}/png`,
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category: 'Development',
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},
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files: [
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'!**/node_modules/**/*',
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{ from: `${passedArgs.guiDist}/`, to: '.' },
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{ from: `${passedArgs.ideDist}/client`, to: '.' },
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],
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extraResources: [
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{
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from: `${passedArgs.projectManagerDist}/`,
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to: paths.PROJECT_MANAGER_BUNDLE,
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filter: ['!**.tar.gz', '!**.zip'],
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},
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],
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fileAssociations: getFileAssociations(),
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directories: {
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output: `${passedArgs.ideDist}`,
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},
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msi: {
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runAfterFinish: false,
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},
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nsis: {
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// Disables "block map" generation during electron building. Block maps
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// can be used for incremental package update on client-side. However,
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// their generation can take long time (even 30 mins), so we removed it
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// for now. Moreover, we may probably never need them, as our updates
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// are handled by us. More info:
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// https://github.com/electron-userland/electron-builder/issues/2851
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// https://github.com/electron-userland/electron-builder/issues/2900
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differentialPackage: false,
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runAfterFinish: false,
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},
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dmg: {
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// Disables "block map" generation during electron building. Block maps
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// can be used for incremental package update on client-side. However,
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// their generation can take long time (even 30 mins), so we removed it
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// for now. Moreover, we may probably never need them, as our updates
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// are handled by us. More info:
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// https://github.com/electron-userland/electron-builder/issues/2851
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// https://github.com/electron-userland/electron-builder/issues/2900
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writeUpdateInfo: false,
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// Disable code signing of the final dmg as this triggers an issue
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// with Apple’s Gatekeeper. Since the DMG contains a signed and
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// notarised application it will still be detected as trusted.
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// For more details see step (4) at
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// https://kilianvalkhof.com/2019/electron/notarizing-your-electron-application/
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sign: false,
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},
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afterAllArtifactBuild: computeHashes,
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afterPack: (context: electronBuilder.AfterPackContext) => {
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if (passedArgs.platform === electronBuilder.Platform.MAC) {
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// Make the subtree writable, so we can sign the binaries.
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// This is needed because GraalVM distribution comes with read-only binaries.
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childProcess.execFileSync('chmod', ['-R', 'u+w', context.appOutDir])
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}
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},
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afterSign: async (context: electronBuilder.AfterPackContext) => {
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// Notarization for macOS.
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if (
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passedArgs.platform === electronBuilder.Platform.MAC &&
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process.env.CSC_LINK != null
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) {
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const {
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packager: {
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appInfo: { productFilename: appName },
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config: { mac: macConfig },
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},
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appOutDir,
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} = context
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// We need to manually re-sign our build artifacts before notarization.
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console.log(' • Performing additional signing of dependencies.')
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await signArchivesMacOs({
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appOutDir: appOutDir,
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productFilename: appName,
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// This will always be defined since we have an `entitlements.mac.plist`.
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// eslint-disable-next-line @typescript-eslint/no-non-null-assertion
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entitlements: macConfig!.entitlements!,
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identity: 'Developer ID Application: New Byte Order Sp. z o. o. (NM77WTZJFQ)',
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})
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console.log(' • Notarizing.')
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await electronNotarize.notarize({
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tool: 'notarytool',
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appPath: `${appOutDir}/${appName}.app`,
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// It is a mistake for either of these to be undefined.
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// eslint-disable-next-line @typescript-eslint/no-non-null-assertion
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appleId: process.env.APPLEID!,
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// eslint-disable-next-line @typescript-eslint/no-non-null-assertion
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appleIdPassword: process.env.APPLEIDPASS!,
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// eslint-disable-next-line @typescript-eslint/no-non-null-assertion
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teamId: process.env.APPLETEAMID!,
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})
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}
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},
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publish: null,
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}
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}
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/** Write the configuration to a JSON file.
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*
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* On Windows it is necessary to provide configuration to our installer. On other platforms, this may be useful for debugging.
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*
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* The configuration will be extended with additional information needed by the `enso-installer`.
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*/
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async function dumpConfiguration(configPath: string, config: electronBuilder.Configuration) {
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const jsonConfig = JSON.stringify(config)
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await fs.writeFile(configPath, jsonConfig)
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}
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/** Build the IDE package with Electron Builder. */
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export async function buildPackage(passedArgs: Arguments) {
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// `electron-builder` checks for presence of `node_modules` directory. If it is not present, it
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// will install dependencies with the`--production` flag(erasing all dev - only dependencies).
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// This does not work sensibly with NPM workspaces. We have our `node_modules` in
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// the root directory, not here.
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//
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// Without this workaround, `electron-builder` will end up erasing its own dependencies and
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// failing because of that.
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await fs.mkdir('node_modules', { recursive: true })
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const config = createElectronBuilderConfig(passedArgs)
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const cliOpts: electronBuilder.CliOptions = {
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config,
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targets: passedArgs.platform.createTarget(),
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}
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// If `ENSO_BUILD_ELECTRON_BUILDER_CONFIG` is set, we will write the configuration to the
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// specified path. Otherwise, we will write it to the default path.
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// This is used on Windows to provide the configuration to the installer build. On other
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// platforms, this may be useful for debugging.
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const configPath =
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process.env['ENSO_BUILD_ELECTRON_BUILDER_CONFIG'] ??
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`${passedArgs.ideDist}/electron-builder-config.yaml`
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console.log(`Writing configuration to ${configPath}`)
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await dumpConfiguration(configPath, config)
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console.log('Building with configuration:', cliOpts)
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const result = await electronBuilder.build(cliOpts)
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console.log('Electron Builder is done. Result:', result)
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// FIXME: https://github.com/enso-org/enso/issues/6082
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// This is a workaround which fixes esbuild hanging after successfully finishing
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// `electronBuilder.build`. It is safe to `exit(0)` since all processes are finished.
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process.exit(0)
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}
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