import assert from 'assert';
import * as cp from 'child_process';
import * as fs from 'fs';
import gulp from 'gulp';
import * as path from 'path';
import rcedit from 'rcedit';
import vfs from 'vinyl-fs';
import pkg from '../package.json' with { type: 'json' };
import product from '../product.json' with { type: 'json' };
import { getVersion } from './lib/getVersion.ts';
import * as task from './lib/task.ts';
import * as util from './lib/util.ts';
import { createRequire } from 'module';
const require = createRequire(import.meta.url);
const repoPath = path.dirname(import.meta.dirname);
const commit = getVersion(repoPath);
const buildPath = (arch: string) => path.join(path.dirname(repoPath), `VSCode-win32-${arch}`);
const setupDir = (arch: string, target: string) => path.join(repoPath, '.build', `win32-${arch}`, `${target}-setup`);
const innoSetupPath = path.join(path.dirname(path.dirname(require.resolve('innosetup'))), 'bin', 'ISCC.exe');
const signWin32Path = path.join(repoPath, 'build', 'azure-pipelines', 'common', 'sign-win32.ts');
function packageInnoSetup(iss: string, options: { definitions?: Record<string, unknown> }, cb: (err?: Error | null) => void) {
const definitions = options.definitions || {};
if (process.argv.some(arg => arg === '--debug-inno')) {
definitions['Debug'] = 'true';
}
if (process.argv.some(arg => arg === '--sign')) {
definitions['Sign'] = 'true';
}
const keys = Object.keys(definitions);
keys.forEach(key => assert(typeof definitions[key] === 'string', `Missing value for '${key}' in Inno Setup package step`));
const defs = keys.map(key => `/d${key}=${definitions[key]}`);
const args = [
iss,
...defs,
`/sesrp=node ${signWin32Path} $f`
];
cp.spawn(innoSetupPath, args, { stdio: ['ignore', 'inherit', 'inherit'] })
.on('error', cb)
.on('exit', code => {
if (code === 0) {
cb(null);
} else {
cb(new Error(`InnoSetup returned exit code: ${code}`));
}
});
}
function buildWin32Setup(arch: string, target: string): task.CallbackTask {
if (target !== 'system' && target !== 'user') {
throw new Error('Invalid setup target');
}
return (cb) => {
const x64AppId = target === 'system' ? product.win32x64AppId : product.win32x64UserAppId;
const arm64AppId = target === 'system' ? product.win32arm64AppId : product.win32arm64UserAppId;
const sourcePath = buildPath(arch);
const outputPath = setupDir(arch, target);
fs.mkdirSync(outputPath, { recursive: true });
const quality = (product as typeof product & { quality?: string }).quality || 'dev';
let versionedResourcesFolder = '';
let issPath = path.join(import.meta.dirname, 'win32', 'code.iss');
if (quality && quality === 'insider') {
versionedResourcesFolder = commit!.substring(0, 10);
issPath = path.join(import.meta.dirname, 'win32', 'code-insider.iss');
}
const originalProductJsonPath = path.join(sourcePath, versionedResourcesFolder, 'resources/app/product.json');
const productJsonPath = path.join(outputPath, 'product.json');
const productJson = JSON.parse(fs.readFileSync(originalProductJsonPath, 'utf8'));
productJson['target'] = target;
fs.writeFileSync(productJsonPath, JSON.stringify(productJson, undefined, '\t'));
const definitions: Record<string, unknown> = {
NameLong: product.nameLong,
NameShort: product.nameShort,
DirName: product.win32DirName,
Version: pkg.version,
RawVersion: pkg.version.replace(/-\w+$/, ''),
Commit: commit,
NameVersion: product.win32NameVersion + (target === 'user' ? ' (User)' : ''),
ExeBasename: product.nameShort,
RegValueName: product.win32RegValueName,
ShellNameShort: product.win32ShellNameShort,
AppMutex: product.win32MutexName,
TunnelMutex: product.win32TunnelMutex,
TunnelServiceMutex: product.win32TunnelServiceMutex,
TunnelApplicationName: product.tunnelApplicationName,
ApplicationName: product.applicationName,
Arch: arch,
AppId: { 'x64': x64AppId, 'arm64': arm64AppId }[arch],
IncompatibleTargetAppId: { 'x64': product.win32x64AppId, 'arm64': product.win32arm64AppId }[arch],
AppUserId: product.win32AppUserModelId,
ArchitecturesAllowed: { 'x64': 'x64', 'arm64': 'arm64' }[arch],
ArchitecturesInstallIn64BitMode: { 'x64': 'x64', 'arm64': 'arm64' }[arch],
SourceDir: sourcePath,
RepoDir: repoPath,
OutputDir: outputPath,
InstallTarget: target,
ProductJsonPath: productJsonPath,
VersionedResourcesFolder: versionedResourcesFolder,
Quality: quality
};
if (quality === 'stable' || quality === 'insider') {
definitions['AppxPackage'] = `${quality === 'stable' ? 'code' : 'code_insider'}_${arch}.appx`;
definitions['AppxPackageDll'] = `${quality === 'stable' ? 'code' : 'code_insider'}_explorer_command_${arch}.dll`;
definitions['AppxPackageName'] = `${product.win32AppUserModelId}`;
}
packageInnoSetup(issPath, { definitions }, cb as (err?: Error | null) => void);
};
}
function defineWin32SetupTasks(arch: string, target: string) {
const cleanTask = util.rimraf(setupDir(arch, target));
gulp.task(task.define(`vscode-win32-${arch}-${target}-setup`, task.series(cleanTask, buildWin32Setup(arch, target))));
}
defineWin32SetupTasks('x64', 'system');
defineWin32SetupTasks('arm64', 'system');
defineWin32SetupTasks('x64', 'user');
defineWin32SetupTasks('arm64', 'user');
function copyInnoUpdater(arch: string) {
return () => {
return gulp.src('build/win32/{inno_updater.exe,vcruntime140.dll}', { base: 'build/win32' })
.pipe(vfs.dest(path.join(buildPath(arch), 'tools')));
};
}
function updateIcon(executablePath: string): task.CallbackTask {
return cb => {
const icon = path.join(repoPath, 'resources', 'win32', 'code.ico');
rcedit(executablePath, { icon }, cb);
};
}
gulp.task(task.define('vscode-win32-x64-inno-updater', task.series(copyInnoUpdater('x64'), updateIcon(path.join(buildPath('x64'), 'tools', 'inno_updater.exe')))));
gulp.task(task.define('vscode-win32-arm64-inno-updater', task.series(copyInnoUpdater('arm64'), updateIcon(path.join(buildPath('arm64'), 'tools', 'inno_updater.exe')))));
