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CH-J Tools

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CH-J / Server Manager 1704 ファイル

0.1.2-beta 追加日時: 2026/11/08 2:53 · ビルド日時: 2026/11/07 19:32

bootstrap.rs 追加日時: 日付の記録なし 20.1 KB · 422 行

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1//! Application start (replaces Electron `bootstrap()`): data-directory guard and backup,

2//! mandatory license dialog, then Core composition and the main window.

4use crate::commands::license::{LicenseFlow, LicenseSlot};

5use crate::core::app::{BuildInfo, Core, CoreSlot};

6use crate::core::availability::{MonitorHost, Outcome, Target, DEFAULT_INTERVAL_SECS, JUMP_TIMEOUT};

7use crate::core::biometrics::BiometricService;

8use crate::core::config::ConfigStore;

9use crate::core::diagnostics::service::DiagnosticsService;

10use crate::core::i18n::I18n;

11use crate::core::legal::LicenseAcceptance;

12use crate::core::lock::LockController;

13use crate::core::logging::Logger;

14use crate::core::migration;

15use crate::core::modules::installer::ModuleInstaller;

16use crate::core::modules::registry::ModuleRegistry;

17use crate::core::modules::service::ModuleService;

18use crate::core::net::https::{HttpsClient, INSECURE_LEGACY_ORIGINS};

19use crate::core::paths::AppPaths;

20use crate::core::profile_transfer::ProfileTransfer;

21use crate::core::profiles::ProfileService;

22use crate::core::services::Services;

23use crate::core::ssh::privileged::PrivilegedExecutor;

24use crate::core::ssh::session::SessionManager;

25use crate::core::ssh::windows_exec::WindowsExecutor;

26use crate::core::vault::VaultStore;

27use crate::security::caller::WindowRegistry;

28use serde_json::{json, Value};

29use std::sync::Arc;

30use tauri::{AppHandle, Emitter, Manager};

31use tauri_plugin_dialog::{DialogExt, MessageDialogButtons, MessageDialogKind};

33/// Held for the whole process lifetime.

34pub struct RuntimeGuard(#[allow(dead_code)] pub migration::RuntimeLock);

36pub struct Prepared {

37 pub paths: AppPaths,

38 pub logger: Arc<Logger>,

39 pub i18n: Arc<I18n>,

40 pub config: Arc<ConfigStore>,

41 pub build: BuildInfo,

42}

44fn fatal(app: &AppHandle, message: &str) {

45 let handle = app.clone();

46 app.dialog().message(message).title("CH-J Tools").kind(MessageDialogKind::Error).show(move |_| handle.exit(1));

47}

49pub fn start(app: &AppHandle) {

50 let resources = app.path().resource_dir().unwrap_or_default();

51 // Renaming the old "CH-J Server Manager" data folder can fail on Windows while its helper still runs.

52 let stop_helper = |legacy: &std::path::Path| {

53 let _ = crate::core::standby::stop(legacy);

54 };

55 let paths = match AppPaths::resolve(app.path().config_dir().ok(), resources, stop_helper) {

56 Ok(paths) => paths,

57 Err(error) => return fatal(app, &error),

58 };

59 if migration::legacy_electron_running(&paths.data) {

60 return fatal(

61 app,

            "CH-J Server Manager 0.1.0 is still running and uses the same data. Quit it first, then start the application again.\n\nCH-J Server Manager 0.1.0 stále běží nad stejnými daty. Nejprve ho ukončete a aplikaci spusťte znovu.",

63 );

64 }

65 match migration::acquire_runtime_lock(&paths.data) {

66 Ok(lock) => {

67 app.manage(RuntimeGuard(lock));

68 }

69 Err(_) if paths.relocation.as_ref().is_some_and(|r| r.outcome == "kept-legacy-in-use") => {

70 return fatal(

71 app,

                "CH-J Server Manager (the previous name of this application) is still running and uses your data. Quit it, then start CH-J Tools again. Your data is moved to CH-J Tools at that start.\n\nCH-J Server Manager (předchozí název této aplikace) stále běží a používá vaše data. Ukončete ho a spusťte CH-J Tools znovu; data se při tom přesunou do CH-J Tools.",

73 );

74 }

75 Err(error) => return fatal(app, &error.message),

76 }

77 let logger = Arc::new(Logger::new(&paths.data));

78 if let Some(relocation) = &paths.relocation {

        logger.info("Data folder of the renamed application checked.", serde_json::to_value(relocation).unwrap_or(Value::Null));

80 }

81 let build = BuildInfo::current(&app.package_info().version.to_string());

82 let backup = migration::prepare_data_directory(&paths.data, &build.version, &build.build_id);

83 let _ = std::fs::remove_dir_all(paths.legacy_module_webview_data());

84 match &backup {

85 Ok(report) => logger.info("Data directory prepared.", serde_json::to_value(report).unwrap_or(Value::Null)),

        Err(error) => logger.error("Pre-update backup failed.", json!({ "code": error.code, "message": error.message })),

87 }

88 let assets = app.asset_resolver();

89 let i18n = Arc::new(I18n::load(|path| assets.get(path.to_string()).map(|asset| asset.bytes().to_vec())));

90 let config = Arc::new(ConfigStore::new(&paths.data, i18n.codes()));

91 config.load();

92 let prepared = Prepared { paths, logger, i18n, config, build };

93 if let Err(error) = backup {

94 // The data was not modified; continuing is the user's explicit decision.

95 let handle = app.clone();

96 let message = format!(

            "The automatic backup before this update failed ({}). Your data was not changed.\n\nContinue without a new backup?\n\nAutomatická záloha před aktualizací selhala ({}). Data nebyla změněna. Pokračovat bez nové zálohy?",

98 error.code, error.code

99 );

100 app.dialog()

101 .message(message)

102 .title("CH-J Tools")

103 .kind(MessageDialogKind::Warning)

104 .buttons(MessageDialogButtons::OkCancelCustom("Continue / Pokračovat".into(), "Quit / Ukončit".into()))

105 .show(move |proceed| if proceed { license_then_core(&handle, prepared) } else { handle.exit(0) });

106 return;

107 }

108 license_then_core(app, prepared);

109}

110

111fn license_then_core(app: &AppHandle, prepared: Prepared) {

112 let acceptance = match LicenseAcceptance::new(

113 &prepared.paths.data,

114 &prepared.paths.licenses().join("APPLICATION_LICENSE.txt"),

115 &prepared.paths.docs(),

116 &prepared.build.version,

117 &prepared.build.build_id,

118 ) {

119 Ok(acceptance) => Arc::new(acceptance),

120 Err(error) => return fatal(app, &error.message),

121 };

122 if acceptance.is_accepted() {

123 compose(app, prepared);

124 return;

125 }

126 let (tx, rx) = tokio::sync::oneshot::channel();

127

    *app.state::<LicenseSlot>().0.lock() = Some(LicenseFlow { acceptance, language: prepared.config.language(), presented: false, shown: false, accepted: false, done: Some(tx) });

128 if let Err(error) = crate::windows::create_license_window(app, &prepared.i18n, &prepared.config.language()) {

129 return fatal(app, &error.to_string());

130 }

131 let handle = app.clone();

132 tauri::async_runtime::spawn(async move {

133 let accepted = rx.await.unwrap_or(false);

134 if accepted {

135 compose(&handle, prepared);

136 if let Some(window) = handle.get_webview_window(crate::security::caller::LICENSE_LABEL) {

137 let _ = window.close();

138 }

139 } else {

140 handle.exit(0);

141 }

142 });

143}

144

145/// License window closed: resolve the flow (accepted or declined/closed).

146pub fn license_window_closed(app: &AppHandle) {

147 let flow = app.state::<LicenseSlot>().0.lock().take();

148 if let Some(mut flow) = flow {

149 if let Some(done) = flow.done.take() {

150 let _ = done.send(flow.accepted);

151 }

152 }

153}

154

155fn compose(app: &AppHandle, prepared: Prepared) {

156 let Prepared { paths, logger, i18n, config, build } = prepared;

157 let vault = Arc::new(VaultStore::new(&paths.data));

158

    // An update can move the helper (macOS 0.1.2: Contents/MacOS → Contents/Library/LoginItems/CH-J-Standby-Helper.app),

159 // so the installed app rewrites the helper's system entries once per start. Development builds never touch them.

160 #[cfg(not(debug_assertions))]

161 let _ = crate::core::standby::enable_on_first_start(&paths.data);

162 #[cfg(not(debug_assertions))]

163 if crate::core::standby::load(&paths.data)["enabled"] == true {

164 let data = paths.data.clone();

165 std::thread::spawn(move || {

166 let _ = crate::core::standby::apply(&data);

167 });

168 }

169 let profiles = Arc::new(ProfileService::new(vault.clone()));

170 let main_emitter = {

171 let handle = app.clone();

172 Arc::new(move |event: &str, payload: Value| {

173

            let _ = handle.emit_to(tauri::EventTarget::webview_window(crate::security::caller::MAIN_LABEL), event, payload);

174 })

175 };

176 let sessions = SessionManager::new(profiles.clone(), logger.clone(), main_emitter.clone());

177

    let base_urls: Vec<String> = config.get()["updates"]["baseUrls"].as_array().map(|a| a.iter().filter_map(|v| v.as_str().map(str::to_string)).collect()).unwrap_or_default();

178 let https = match HttpsClient::new(&base_urls, &INSECURE_LEGACY_ORIGINS) {

179 Ok(client) => Arc::new(client),

180 Err(error) => return fatal(app, &error.message),

181 };

182 let registry = Arc::new(ModuleRegistry::new(&paths.data, Some(paths.bundled_modules()), logger.clone()));

183 let installer = ModuleInstaller::new(&paths.data, &build.version, crate::core::app::MODULE_API_VERSION);

184 let biometrics = {

185 let config_auth = config.clone();

186 let config_reason = config.clone();

187 let i18n_reason = i18n.clone();

188 Arc::new(BiometricService::new(

189 &paths.data,

190 &paths.resources,

191 vault.clone(),

192 Box::new(move || config_auth.get()["security"]["requireSystemAuthentication"] == true),

193 Box::new(move || i18n_reason.t(&config_reason.language(), "native.biometric.reason")),

194 ))

195 };

196 let diagnostics = {

197 let emitter = main_emitter.clone();

198

        Arc::new(DiagnosticsService::new(&paths.data, paths.resources.clone(), Arc::new(move |event: Value| emitter("diagnostics:progress", event))))

199 };

200 let updates = {

201 let config_for = config.clone();

202 let https_for = https.clone();

203 let logger_for = logger.clone();

204 let root = paths.data.join("updates").join("downloads");

205

        let verifier = Arc::new(crate::core::updates::openpgp::OpenPgpVerifier::new(paths.resources.join("signing").join("ch-j-signing-public.asc")));

206 let (platform, arch) = crate::core::diagnostics::http::node_platform_arch();

207 Arc::new(crate::core::updates::service::UpdateService::new(

208 &build.version,

209 &build.build_id,

210 &platform,

211 &arch,

212 config.clone(),

213 Box::new(move || {

214

                let urls: Vec<String> = config_for.get()["updates"]["baseUrls"].as_array().map(|a| a.iter().filter_map(|v| v.as_str().map(str::to_string)).collect()).unwrap_or_default();

215

                crate::core::updates::provider::ReleaseProvider::new(&urls, https_for.clone(), root.clone(), verifier.clone(), logger_for.clone())

216 }),

217 logger.clone(),

218 ))

219 };

220 let privileged = Arc::new(PrivilegedExecutor::new(sessions.clone()));

221

    let files = Arc::new(crate::core::files::service::RemoteFileService::new(sessions.clone(), privileged.clone(), logger.clone()));

222 let transfers = {

223 let handle = app.clone();

224 crate::core::files::transfers::TransferManager::new(

225 sessions.clone(),

226 files.clone(),

227 Some(&paths.data),

228 logger.clone(),

229 // Transfer progress goes only to the module that owns the jobs; jobs keep running while it is closed.

230 Arc::new(move |owner: &str, update: Value| {

231 if let Some(core) = handle.state::<CoreSlot>().try_get() {

232 for context in core.windows.modules().into_iter().filter(|c| c.id == owner) {

233 core.emit_window(&context.label, "module:files:transfers:update", update.clone());

234 }

235 }

236 }),

237 )

238 };

239 {

240 let transfers = transfers.clone();

241 tauri::async_runtime::spawn(async move { transfers.start_session_listener() });

242 }

243 let windows_executor = Arc::new(WindowsExecutor { sessions: sessions.clone() });

244 let users = Arc::new(crate::core::users::service::UserAdmin {

245 sessions: sessions.clone(),

246

        linux: crate::core::users::linux::LinuxUsers { sessions: sessions.clone(), executor: privileged.clone(), logger: logger.clone() },

247

        windows: crate::core::users::windows::WindowsUsers { sessions: sessions.clone(), executor: windows_executor.clone(), logger: logger.clone() },

248 });

249

    let virtual_memory = Arc::new(crate::core::system::virtual_memory::VirtualMemoryService::new(sessions.clone(), privileged.clone(), logger.clone()));

250

    let disks = Arc::new(crate::core::disks::service::DiskService::new(sessions.clone(), privileged.clone(), logger.clone()));

251

    let rsync = crate::core::rsync::service::RsyncService::new(sessions.clone(), privileged.clone(), logger.clone(), &paths.data, std::env::current_exe().unwrap_or_default());

252 {

253 let rsync = rsync.clone();

254 tauri::async_runtime::spawn(async move { rsync.start_scheduler() });

255 }

256

    let network = crate::core::network::service::NetworkService::new(sessions.clone(), privileged.clone(), logger.clone());

257 let services = Services {

258 network,

259 rsync,

260 availability: Default::default(),

261 keysync: crate::core::keysync::KeySync::new(&paths.data),

262 suggest: Arc::new(crate::core::suggest::SuggestService::new(sessions.clone(), vault.clone())),

263 disks,

264 virtual_memory,

265 users,

266 files,

267 transfers,

268 updates,

269 https,

270 privileged,

271 windows: windows_executor,

272 sessions,

273 modules: Arc::new(ModuleService::new(registry, installer)),

274 biometrics,

275 diagnostics,

276 lock: LockController::default(),

277 keys: Default::default(),

278 hashing: {

279 let handle = app.clone();

280 Arc::new(crate::core::hashing::service::LocalHashService::new(

281 Arc::new(move |module_id: &str, job: Value| {

282 if let Some(core) = handle.state::<CoreSlot>().try_get() {

283 for context in core.windows.modules().into_iter().filter(|c| c.id == module_id) {

284 core.emit_window(&context.label, "module:hashing:progress", job.clone());

285 }

286 }

287 }),

288 Some(logger.clone()),

289 ))

290 },

291 };

292 let core = Arc::new(Core {

293 app: app.clone(),

294 paths,

295 build,

296 logger,

297 i18n,

298 config,

299 vault,

300 profiles,

301 profile_transfer: ProfileTransfer::default(),

302 windows: Arc::new(WindowRegistry::default()),

303 services,

304 });

305 match core.services.updates.cleanup_downloads() {

306 Ok(true) => core.logger.info("Core update download cache cleaned on startup.", json!({})),

307 Ok(false) => {}

308

        Err(error) => core.logger.warn("Core update download cache cleanup failed.", json!({ "message": error.message })),

309 }

310 match core.services.modules.cleanup_downloads(&core) {

311 Ok(true) => core.logger.info("plugin package download cache cleaned on startup.", json!({})),

312 Ok(false) => {}

313

        Err(error) => core.logger.warn("plugin package download cache cleanup failed.", json!({ "message": error.message })),

314 }

315 app.state::<CoreSlot>().set(core.clone());

316 let quick = app.state::<crate::core::quick::QuickSlot>();

317 let quick_only = quick.get().is_some() && *quick.only_quick.lock();

318 let quick_pending = quick.get().is_some();

319 if quick_pending && !quick_only {

320 // Forwarded during start-up of a normal launch: show both.

321 let _ = crate::windows::open_quick_window(app);

322 }

323 let window_started = std::time::Instant::now();

324

    let opened = if quick_only { crate::windows::open_quick_window(app) } else { crate::windows::create_main_window(app, &core.i18n, &core.config.language()) };

325

    core.logger.info("Start-up window created.", json!({ "quick": quick_only, "ms": window_started.elapsed().as_millis() as u64 }));

326 match opened {

327 Ok(window) => {

328 #[cfg(windows)]

329 if let Ok(hwnd) = window.hwnd() {

330 core.services.biometrics.set_window_handle(Some((hwnd.0 as usize).to_string()));

331 }

332 let _ = window;

333 }

334 Err(error) => return fatal(app, &error.to_string()),

335 }

336 let monitor = core.services.availability.clone();

337 let monitor_host = Arc::new(CoreMonitorHost(Arc::downgrade(&core)));

338 tauri::async_runtime::spawn(monitor.run(monitor_host));

339 // KeySyncManager: queue and verified server state for keys.ch-j.de, every 90 s and right after a new job.

340 let keysync = core.services.keysync.clone();

341 let sync_core = Arc::downgrade(&core);

342 tauri::async_runtime::spawn(async move {

343 loop {

344 let Some(core) = sync_core.upgrade() else { break };

345 if let Ok(transport) = crate::core::keysync::Transport::https() {

346 if keysync.run_once(&transport).await {

347 keysync.apply_to_vault(&core.vault);

348 core.emit_main("keychain:changed", json!({}));

349 }

350 }

351 drop(core);

352

            tokio::select! { _ = tokio::time::sleep(crate::core::keysync::INTERVAL) => {}, _ = keysync.notify.notified() => {} }

353 }

354 });

355 // Helper availability monitor: keep `standby-servers.json` current while the vault is unlocked (written only on

356 // change; off removes it). See `core::standby::sync_servers`.

357 let standby_sync = core.clone();

358 tauri::async_runtime::spawn(async move {

359 loop {

360 tokio::time::sleep(std::time::Duration::from_secs(30)).await;

361 let profiles = if standby_sync.vault.is_unlocked() { standby_sync.profiles.list().ok() } else { None };

362 let data = standby_sync.paths.data.clone();

363

            let _ = tokio::task::spawn_blocking(move || crate::core::standby::sync_servers(&data, profiles.as_deref())).await;

364 }

365 });

366 // Inactivity auto-lock check every 5 s.

367 let checker = core.clone();

368 tauri::async_runtime::spawn(async move {

369 loop {

370 tokio::time::sleep(std::time::Duration::from_secs(5)).await;

371 checker.services.lock.check(&checker).await;

372 }

373 });

374 core.logger.info(

375 "Core initialized.",

376

        json!({ "version": core.build.version, "buildId": core.build.build_id, "platform": crate::windows::platform_name(), "arch": std::env::consts::ARCH, "storageRoot": core.paths.data.to_string_lossy(), "runtime": "tauri" }),

377 );

378}

379

380/// The availability monitor's view of the Core (`Weak`: the task must not keep the Core alive).

381struct CoreMonitorHost(std::sync::Weak<Core>);

382

383impl MonitorHost for CoreMonitorHost {

384 fn available(&self) -> bool {

385

        self.0.upgrade().is_some_and(|core| core.vault.is_unlocked() && core.app.get_window(crate::security::caller::MAIN_LABEL).is_some())

386 }

387 fn settings(&self) -> (bool, std::time::Duration) {

388 let config = self.0.upgrade().map(|core| core.config.get()).unwrap_or_default();

389

        (config["monitoring"]["enabled"].as_bool() != Some(false), std::time::Duration::from_secs(config["monitoring"]["intervalSeconds"].as_u64().unwrap_or(DEFAULT_INTERVAL_SECS)))

390 }

391 fn targets(&self) -> Option<Vec<Target>> {

392 let profiles = self.0.upgrade()?.profiles.list().ok()?;

393 Some(profiles.iter().filter_map(Target::from_profile).collect())

394 }

395 fn publish(&self, event: Value) {

396 if let Some(core) = self.0.upgrade() {

397 core.emit_main("availability:changed", event);

398 }

399 }

400 fn probe_jump(&self, jump_id: &str, target: &Target) -> futures::future::BoxFuture<'static, Outcome> {

401 let (core, jump_id, host, port) = (self.0.upgrade(), jump_id.to_string(), target.host.clone(), target.port);

402 Box::pin(async move {

403 match core {

404 Some(core) => core.services.sessions.probe_through_jump(&jump_id, &host, port, JUMP_TIMEOUT).await,

405 None => Outcome::Unverified { reason: "noJumpSession" },

406 }

407 })

408 }

409}

410

411/// Orderly shutdown (Electron `before-quit`).

412pub fn shutdown(core: &Arc<Core>) {

413 core.services.availability.stop();

414 core.services.transfers.shutdown();

415 core.services.biometrics.cancel();

416 core.services.diagnostics.stop_all();

417 let sessions = core.services.sessions.clone();

418 tauri::async_runtime::block_on(async move {

419 let _ = tokio::time::timeout(std::time::Duration::from_secs(3), sessions.disconnect_all("app-quit")).await;

420 });

421 core.vault.lock();

422}

423

SHA-256

cafa7226ad2da5e11e564ba0815c964344c3eea336ffb8a7b43b8b0dce9a2646

CH-J Proprietary Software License 1.14 · ソースは CH-J Proprietary Software License 1.14 に基づいて提供されています。公開されていても、ライセンス条項が変わったり、追加の権利が付与されたりすることはありません。

アーカイブの SHA-256

ac8fe790f4ba60fc098f8c985fc2656cfcc6cdc21fb34b30e308a2b54e62258f