Files
FlClash/lib/providers/action.dart
T
chen08209 7e7f1f89f3 Fix macos performance issue
Support custom global-ua

Update core

Optimize some details
2026-07-11 20:13:36 +08:00

997 lines
31 KiB
Dart

import 'dart:async';
import 'dart:io';
import 'package:fl_clash/common/common.dart';
import 'package:fl_clash/core/core.dart';
import 'package:fl_clash/database/database.dart';
import 'package:fl_clash/enum/enum.dart';
import 'package:fl_clash/models/models.dart';
import 'package:fl_clash/plugins/app.dart';
import 'package:fl_clash/plugins/service.dart';
import 'package:fl_clash/providers/providers.dart';
import 'package:fl_clash/state.dart';
import 'package:flutter/material.dart';
import 'package:flutter_riverpod/flutter_riverpod.dart';
import 'package:riverpod_annotation/riverpod_annotation.dart';
import 'package:url_launcher/url_launcher.dart';
part 'generated/action.g.dart';
@Riverpod(keepAlive: true)
class CommonAction extends _$CommonAction {
@override
void build() {}
void updateStart() {
ref
.read(setupActionProvider.notifier)
.updateStatus(!ref.read(isStartProvider));
}
void updateSpeedStatistics() {
ref
.read(appSettingProvider.notifier)
.update((state) => state.copyWith(showTrayTitle: !state.showTrayTitle));
}
void updateMode() {
ref.read(patchClashConfigProvider.notifier).update((state) {
final index = Mode.values.indexWhere((item) => item == state.mode);
if (index == -1) return state;
final nextIndex = index + 1 > Mode.values.length - 1 ? 0 : index + 1;
return state.copyWith(mode: Mode.values[nextIndex]);
});
}
void updateRunTime() {
final startTime = ref.read(setupActionProvider.notifier).startTime;
if (startTime != null) {
final startTimeStamp = startTime.millisecondsSinceEpoch;
final nowTimeStamp = DateTime.now().millisecondsSinceEpoch;
ref.read(runTimeProvider.notifier).value = nowTimeStamp - startTimeStamp;
} else {
ref.read(runTimeProvider.notifier).value = null;
}
}
Future<void> updateTraffic() async {
final onlyStatisticsProxy = ref.read(
appSettingProvider.select((state) => state.onlyStatisticsProxy),
);
final traffic = await coreController.getTraffic(onlyStatisticsProxy);
ref.read(trafficsProvider.notifier).addTraffic(traffic);
ref.read(totalTrafficProvider.notifier).value = await coreController
.getTotalTraffic(onlyStatisticsProxy);
}
Future<void> autoCheckUpdate() async {
if (!ref.read(appSettingProvider).autoCheckUpdate) return;
final res = await request.checkForUpdate();
checkUpdateResultHandle(data: res);
}
Future<void> checkUpdateResultHandle({
Map<String, dynamic>? data,
bool isUser = false,
}) async {
if (data != null) {
final tagName = data['tag_name'];
final body = data['body'];
final submits = utils.parseReleaseBody(body);
final context = globalState.navigatorKey.currentContext!;
final textTheme = context.textTheme;
final res = await globalState.showMessage(
title: currentAppLocalizations.discoverNewVersion,
message: TextSpan(
text: '$tagName \n',
style: textTheme.headlineSmall,
children: [
TextSpan(text: '\n', style: textTheme.bodyMedium),
for (final submit in submits)
TextSpan(text: '- $submit \n', style: textTheme.bodyMedium),
],
),
confirmText: currentAppLocalizations.goDownload,
cancelText: isUser ? null : currentAppLocalizations.noLongerRemind,
);
if (res == true) {
launchUrl(Uri.parse('https://github.com/$repository/releases/latest'));
} else if (!isUser && res == false) {
ref
.read(appSettingProvider.notifier)
.update((state) => state.copyWith(autoCheckUpdate: false));
}
} else if (isUser) {
globalState.showMessage(
title: currentAppLocalizations.checkUpdate,
message: TextSpan(text: currentAppLocalizations.checkUpdateError),
);
}
}
}
@Riverpod(keepAlive: true)
class SetupAction extends _$SetupAction {
Timer? _updateTimer;
DateTime? startTime;
bool get isStart => startTime != null && startTime!.isBeforeNow;
@override
void build() {}
SetupParams get _setupParams {
final selectedMap = ref.read(selectedMapProvider);
final testUrl = ref.read(
appSettingProvider.select((state) => state.testUrl),
);
return SetupParams(selectedMap: selectedMap, testUrl: testUrl);
}
void fullSetup() {
if (!ref.read(initProvider)) return;
ref.read(delayDataSourceProvider.notifier).value = {};
applyProfile(force: true);
ref.read(logsProvider.notifier).value = FixedList(500);
ref.read(requestsProvider.notifier).value = FixedList(500);
}
Future<void> _handleStart() async {
startTime ??= DateTime.now();
//The local status must be updated when performing the run task
ref.read(commonActionProvider.notifier).updateRunTime();
ref.read(commonActionProvider.notifier).updateTraffic();
if (!ref.read(suspendProvider)) {
await coreController.startListener();
}
_updateTimer = Timer.periodic(const Duration(seconds: 1), (_) {
ref.read(commonActionProvider.notifier).updateRunTime();
ref.read(commonActionProvider.notifier).updateTraffic();
});
}
Future _updateStartTime() async {
startTime = await service?.getRunTime();
}
Future handleStop() async {
startTime = null;
_updateTimer?.cancel();
_updateTimer = null;
await coreController.stopListener();
}
Future<void> initStatus() async {
if (!globalState.needInitStatus) {
commonPrint.log('init status cancel');
return;
}
commonPrint.log('init status');
if (system.isAndroid) {
await _updateStartTime();
}
final status = isStart == true
? true
: ref.read(appSettingProvider).autoRun;
if (status == true) {
await updateStatus(true, isInit: true);
} else {
await applyProfile(force: true);
}
}
Future<void> updateStatus(bool isStart, {bool isInit = false}) async {
if (isStart) {
if (!isInit) {
final res = await ref
.read(coreActionProvider.notifier)
.tryStartCore(true);
if (res) return;
if (!ref.read(initProvider)) return;
await _handleStart();
applyProfileDebounce(force: true, silence: true);
} else {
globalState.needInitStatus = false;
ref.read(runTimeProvider.notifier).value = 0;
try {
await applyProfile(
force: true,
preloadInvoke: () async {
await _handleStart();
},
);
} catch (_) {
ref.read(runTimeProvider.notifier).value = null;
}
}
} else {
await handleStop();
coreController.resetTraffic();
ref.read(trafficsProvider.notifier).clear();
ref.read(totalTrafficProvider.notifier).value = const Traffic();
ref.read(runTimeProvider.notifier).value = null;
ref.read(checkIpNumProvider.notifier).add();
}
}
Future<void> updateConfigDebounce() async {
debouncer.call(FunctionTag.updateConfig, () async {
await globalState.safeRun(() async {
final updateParams = ref.read(updateParamsProvider);
final res = await _requestAdmin(updateParams.tun.enable);
if (res.isError) return;
final realTunEnable = ref.read(realTunEnableProvider);
final message = await coreController.updateConfig(
updateParams.copyWith.tun(enable: realTunEnable),
);
ref.read(checkIpNumProvider.notifier).add();
if (message.isNotEmpty) throw message;
});
});
}
void tryCheckIp() {
final isTimeout = ref.read(
networkDetectionProvider.select(
(state) => state.ipInfo == null && state.isLoading == false,
),
);
if (!isTimeout) return;
ref.read(checkIpNumProvider.notifier).add();
}
void applyProfileDebounce({bool silence = false, bool force = false}) {
debouncer.call(FunctionTag.applyProfile, (silence, force) {
applyProfile(silence: silence, force: force);
}, args: [silence, force]);
}
void changeMode(Mode mode) {
ref
.read(patchClashConfigProvider.notifier)
.update((state) => state.copyWith(mode: mode));
if (mode == Mode.global) {
ref
.read(proxiesActionProvider.notifier)
.updateCurrentGroupName(GroupName.GLOBAL.name);
}
}
void autoApplyProfile() {
WidgetsBinding.instance.addPostFrameCallback((_) {
applyProfile();
});
}
Future<void> applyProfile({
bool silence = false,
bool force = false,
VoidCallback? preloadInvoke,
}) async {
await _setupConfig(
force: force,
silence: silence,
preloadInvoke: preloadInvoke,
onUpdated: () async {
await ref.read(proxiesActionProvider.notifier).updateGroups();
await ref.read(providersProvider.notifier).syncProviders();
},
);
}
Future<VM2<String, String>> getProfile({
required SetupState setupState,
required PatchClashConfig patchConfig,
}) async {
final profileId = setupState.profileId;
if (profileId == null) return const VM2('', '');
final defaultUA = globalState.packageInfo.ua;
final networkVM2 = ref.read(
networkSettingProvider.select(
(state) => VM2(state.appendSystemDns, state.routeMode),
),
);
final overrideDns = ref.read(overrideDnsProvider);
final appendSystemDns = networkVM2.a;
final routeMode = networkVM2.b;
final configMap = await coreController.getConfig(profileId);
String? scriptContent;
final List<Rule> addedRules = [];
final List<ProxyGroup> proxyGroups = [];
final List<Rule> rules = [];
if (setupState.overwriteType == OverwriteType.script) {
scriptContent = await setupState.script?.content;
} else if (setupState.overwriteType == OverwriteType.standard) {
addedRules.addAll(setupState.addedRules);
} else {
proxyGroups.addAll(setupState.proxyGroups);
rules.addAll(setupState.rules);
}
final realPatchConfig = patchConfig.copyWith(
tun: patchConfig.tun.getRealTun(routeMode),
);
Map<String, dynamic> rawConfig = configMap;
if (scriptContent?.isNotEmpty == true) {
rawConfig = await handleEvaluate(scriptContent!, rawConfig);
}
final directory = await appPath.profilesPath;
final res = makeRealProfileTask(
MakeRealProfileState(
rules: rules,
proxyGroups: proxyGroups,
profilesPath: directory,
profileId: profileId,
rawConfig: rawConfig,
realPatchConfig: realPatchConfig,
overrideDns: overrideDns,
appendSystemDns: appendSystemDns,
addedRules: addedRules,
defaultUA: defaultUA,
),
);
return res;
}
Future<String> getProfileWithId(int profileId) async {
try {
final setupState = await ref.read(setupStateProvider(profileId).future);
final patchClashConfig = ref.read(patchClashConfigProvider);
final res = await getProfile(
setupState: setupState,
patchConfig: patchClashConfig,
);
return res.a;
} catch (e) {
globalState.showNotifier(e.toString());
}
return '';
}
Future<Result<bool>> _requestAdmin(bool enableTun) async {
final realTunEnable = ref.read(realTunEnableProvider);
if (enableTun != realTunEnable && realTunEnable == false) {
final code = await system.authorizeCore();
switch (code) {
case AuthorizeCode.success:
await ref.read(coreActionProvider.notifier).restartCore();
return Result.error('');
case AuthorizeCode.none:
break;
case AuthorizeCode.error:
enableTun = false;
break;
}
}
ref.read(realTunEnableProvider.notifier).value = enableTun;
return Result.success(enableTun);
}
Future<void> _setupConfig({
bool force = false,
bool silence = false,
VoidCallback? preloadInvoke,
FutureOr Function()? onUpdated,
}) async {
var profile = ref.read(currentProfileProvider);
final nextProfile = await profile?.checkAndUpdateAndCopy();
if (nextProfile != null) {
profile = nextProfile;
ref.read(profilesProvider.notifier).put(nextProfile);
}
commonPrint.log('setup ===> ${profile?.id}');
final patchConfig = ref.read(patchClashConfigProvider);
final res = await _requestAdmin(patchConfig.tun.enable);
if (res.isError) return;
final realTunEnable = ref.read(realTunEnableProvider);
final realPatchConfig = patchConfig.copyWith.tun(enable: realTunEnable);
final setupState = await ref.read(setupStateProvider(profile?.id).future);
if (system.isAndroid) {
globalState.lastVpnState = ref.read(vpnStateProvider);
final sharedState = ref.read(sharedStateProvider);
preferences.saveShareState(sharedState);
}
final vm2 = await getProfile(
setupState: setupState,
patchConfig: realPatchConfig,
);
final yamlString = vm2.a;
final yamlMd5 = vm2.b;
if (yamlMd5 == globalState.lastConfigMd5 && force == false) return;
await globalState.loadingRun(
() async {
final configFilePath = await appPath.configFilePath;
await File(configFilePath).safeWriteAsString(yamlString);
globalState.lastConfigMd5 = yamlMd5;
final message = await coreController.setupConfig(
setupState: setupState,
params: _setupParams,
preloadInvoke: preloadInvoke,
);
if (message.isNotEmpty && !message.endsWith('is empty')) {
throw message;
}
ref.read(checkIpNumProvider.notifier).add();
await onUpdated?.call();
},
silence: true,
tag: !silence ? LoadingTag.proxies : null,
);
}
}
@Riverpod(keepAlive: true)
class BackupAction extends _$BackupAction {
@override
void build() {}
Future<String> backup() async {
final res = await Future.wait([
database.profilesDao.fileNames().get(),
database.scriptsDao.fileNames().get(),
]);
final profileFileNames = res[0];
final scriptFileNames = res[1];
final configMap = ref.read(configProvider).toJson();
configMap['version'] = await preferences.getVersion();
return backupTask(configMap, [...profileFileNames, ...scriptFileNames]);
}
Future<void> restore(RestoreOption option) async {
final restoreDirPath = await appPath.restoreDirPath;
final restoreDir = Directory(restoreDirPath);
final restoreStrategy = ref.read(
appSettingProvider.select((state) => state.restoreStrategy),
);
final isOverride = restoreStrategy == RestoreStrategy.override;
try {
final migrationData = await restoreTask();
if (!await restoreDir.exists()) {
throw currentAppLocalizations.restoreException;
}
await database.restore(
migrationData.profiles,
migrationData.scripts,
migrationData.rules,
migrationData.links,
migrationData.proxyGroups,
isOverride: isOverride,
);
final configMap = migrationData.configMap;
if (option == RestoreOption.onlyProfiles || configMap == null) return;
final config = Config.fromJson(configMap);
ref.read(patchClashConfigProvider.notifier).value =
config.patchClashConfig;
ref.read(appSettingProvider.notifier).value = config.appSettingProps;
ref.read(currentProfileIdProvider.notifier).value =
config.currentProfileId;
ref.read(davSettingProvider.notifier).value = config.davProps;
ref.read(themeSettingProvider.notifier).value = config.themeProps;
ref.read(windowSettingProvider.notifier).value = config.windowProps;
ref.read(vpnSettingProvider.notifier).value = config.vpnProps;
ref.read(proxiesStyleSettingProvider.notifier).value =
config.proxiesStyleProps;
ref.read(overrideDnsProvider.notifier).value = config.overrideDns;
ref.read(networkSettingProvider.notifier).value = config.networkProps;
ref.read(hotKeyActionsProvider.notifier).value = config.hotKeyActions;
return;
} finally {
await restoreDir.safeDelete(recursive: true);
}
}
}
@Riverpod(keepAlive: true)
class CoreAction extends _$CoreAction {
@override
void build() {}
Future<void> initCore() async {
final isInit = await coreController.isInit;
final version = ref.read(versionProvider);
if (!isInit) {
final res = await coreController.init(version);
commonPrint.log('init result: $res');
} else {
await ref.read(proxiesActionProvider.notifier).updateGroups();
}
}
Future<void> connectCore() async {
ref.read(coreStatusProvider.notifier).value = CoreStatus.connecting;
final result = await Future.wait([
coreController.preload(),
Future.delayed(const Duration(milliseconds: 300)),
]);
final String message = result[0];
if (message.isNotEmpty) {
ref.read(coreStatusProvider.notifier).value = CoreStatus.disconnected;
globalState.showNotifier(message);
return;
}
ref.read(coreStatusProvider.notifier).value = CoreStatus.connected;
}
Future<Result<bool>> requestAdmin(bool enableTun) async {
final realTunEnable = ref.read(realTunEnableProvider);
if (enableTun != realTunEnable && realTunEnable == false) {
final code = await system.authorizeCore();
switch (code) {
case AuthorizeCode.success:
await restartCore();
return Result.error('');
case AuthorizeCode.none:
break;
case AuthorizeCode.error:
enableTun = false;
break;
}
}
ref.read(realTunEnableProvider.notifier).value = enableTun;
return Result.success(enableTun);
}
Future<void> restartCore([bool start = false]) async {
final isDisconnected =
ref.read(coreStatusProvider) == CoreStatus.disconnected;
ref.read(coreStatusProvider.notifier).value = CoreStatus.disconnected;
await coreController.shutdown(!isDisconnected);
await connectCore();
await initCore();
if (start || ref.read(isStartProvider)) {
await ref
.read(setupActionProvider.notifier)
.updateStatus(true, isInit: true);
} else {
await ref.read(setupActionProvider.notifier).applyProfile(force: true);
}
}
Future<bool> tryStartCore([bool start = false]) async {
if (coreController.isCompleted) return false;
await restartCore(start);
return true;
}
void handleCoreDisconnected() {
ref.read(coreStatusProvider.notifier).value = CoreStatus.disconnected;
}
}
@Riverpod(keepAlive: true)
class SystemAction extends _$SystemAction {
@override
void build() {}
Future<List<Package>> getPackages() async {
if (ref.read(isMobileViewProvider)) {
await Future.delayed(commonDuration);
}
if (ref.read(packagesProvider).isEmpty) {
ref.read(packagesProvider.notifier).value =
await app?.getPackages() ?? [];
}
return ref.read(packagesProvider);
}
Future<void> handleExit([bool needSave = false]) async {
Future.delayed(const Duration(seconds: 3), () {
system.exit();
});
try {
await Future.wait([
if (needSave) preferences.saveConfig(ref.read(configProvider)),
if (macOS != null) macOS!.updateDns(true),
if (proxy != null) proxy!.stopProxy(),
if (tray != null) tray!.destroy(),
]);
await window?.close();
await coreController.destroy();
commonPrint.log('exit');
} finally {
system.exit();
}
}
Future<void> handleClose([bool exit = true]) async {
if (!system.isDesktop) {
if (ref.read(backBlockProvider)) return;
}
if (ref.read(appSettingProvider).minimizeOnExit || !exit) {
if (system.isDesktop) {
await preferences.saveConfig(ref.read(configProvider));
}
await system.back();
} else {
await handleExit();
}
}
Future<void> updateVisible() async {
final visible = await window?.isVisible;
if (visible != null && !visible) {
window?.show();
} else {
window?.hide();
}
}
void updateTun() {
ref
.read(patchClashConfigProvider.notifier)
.update((state) => state.copyWith.tun(enable: !state.tun.enable));
}
void updateSystemProxy() {
ref
.read(networkSettingProvider.notifier)
.update((state) => state.copyWith(systemProxy: !state.systemProxy));
}
void updateAutoLaunch() {
ref
.read(appSettingProvider.notifier)
.update((state) => state.copyWith(autoLaunch: !state.autoLaunch));
}
Future<void> updateTray() async {
tray?.update(
trayState: ref.read(trayStateProvider),
traffic: ref.read(
trafficsProvider.select(
(state) => state.list.safeLast(const Traffic()),
),
),
);
}
Future<void> updateLocalIp() async {
ref.read(localIpProvider.notifier).value = null;
await Future.delayed(commonDuration);
ref.read(localIpProvider.notifier).value = await utils.getLocalIpAddress();
}
}
@Riverpod(keepAlive: true)
class StoreAction extends _$StoreAction {
@override
void build() {}
Future<void> shakingStore() async {
final profileIds = ref.read(
profilesProvider.select((state) => state.map((item) => item.id)),
);
final scriptIds = await ref.read(
scriptsProvider.future.select(
(state) async => (await state).map((item) => item.id),
),
);
final pathsToDelete = await shakingProfileTask(VM2(profileIds, scriptIds));
if (pathsToDelete.isNotEmpty) {
final deleteFutures = pathsToDelete.map((path) async {
try {
final res = await coreController.deleteFile(path);
if (res.isNotEmpty) throw res;
} catch (e) {
rethrow;
}
});
await Future.wait(deleteFutures);
}
}
void savePreferencesDebounce() {
debouncer.call(FunctionTag.savePreferences, () async {
await preferences.saveConfig(ref.read(configProvider));
});
}
Future handleClear() async {
await preferences.clearPreferences();
commonPrint.log('clear preferences');
await database.close();
await File(await appPath.databasePath).safeDelete(recursive: true);
final homeDir = Directory(await appPath.profilesPath);
await for (final file in homeDir.list(recursive: true)) {
await coreController.deleteFile(file.path);
}
await preferences.clearPreferences();
ref.read(systemActionProvider.notifier).handleExit(false);
}
}
@Riverpod(keepAlive: true)
class ThemeAction extends _$ThemeAction {
@override
void build() {}
void updateBrightness() {
WidgetsBinding.instance.addPostFrameCallback((_) {
ref.read(systemBrightnessProvider.notifier).value =
WidgetsBinding.instance.platformDispatcher.platformBrightness;
});
}
void updateViewSize(Size size) {
WidgetsBinding.instance.addPostFrameCallback((_) {
ref.read(viewSizeProvider.notifier).value = size;
});
}
}
@Riverpod(keepAlive: true)
class ProxiesAction extends _$ProxiesAction {
@override
void build() {}
void updateGroupsDebounce([Duration? duration]) {
debouncer.call(FunctionTag.updateGroups, updateGroups, duration: duration);
}
void changeProxyDebounce(String groupName, String proxyName) {
debouncer.call(FunctionTag.changeProxy, (
String groupName,
String proxyName,
) async {
await changeProxy(groupName: groupName, proxyName: proxyName);
updateGroupsDebounce();
}, args: [groupName, proxyName]);
}
Future<void> updateGroups() async {
try {
commonPrint.log('updateGroups');
ref.read(groupsProvider.notifier).value = await retry(
task: () async {
final sortType = ref.read(
proxiesStyleSettingProvider.select((state) => state.sortType),
);
final delayMap = ref.read(delayDataSourceProvider);
final testUrl = ref.read(
appSettingProvider.select((state) => state.testUrl),
);
final selectedMap = ref.read(
currentProfileProvider.select((state) => state?.selectedMap ?? {}),
);
return coreController.getProxiesGroups(
selectedMap: selectedMap,
sortType: sortType,
delayMap: delayMap,
defaultTestUrl: testUrl,
);
},
retryIf: (res) => res.isEmpty,
);
} catch (e) {
commonPrint.log('updateGroups error: $e');
ref.read(groupsProvider.notifier).value = [];
}
}
void updateCurrentGroupName(String groupName) {
final profile = ref.read(currentProfileProvider);
if (profile == null || profile.currentGroupName == groupName) return;
ref
.read(profilesProvider.notifier)
.put(profile.copyWith(currentGroupName: groupName));
}
void updateCurrentUnfoldSet(Set<String> value) {
final currentProfile = ref.read(currentProfileProvider);
if (currentProfile == null) return;
ref
.read(profilesProvider.notifier)
.put(currentProfile.copyWith(unfoldSet: value));
}
void setDelay(Delay delay) {
ref.read(delayDataSourceProvider.notifier).setDelay(delay);
}
Future<void> changeProxy({
required String groupName,
required String proxyName,
}) async {
await coreController.changeProxy(
ChangeProxyParams(groupName: groupName, proxyName: proxyName),
);
if (ref.read(appSettingProvider).closeConnections) {
await coreController.closeConnections();
} else {
await coreController.resetConnections();
}
ref.read(checkIpNumProvider.notifier).add();
}
Future<String> updateProvider(
ExternalProvider provider, {
bool showLoading = false,
}) async {
try {
if (showLoading) {
ref.read(isUpdatingProvider(provider.updatingKey).notifier).value =
true;
}
final message = await coreController.updateExternalProvider(
providerName: provider.name,
);
if (message.isNotEmpty) return message;
ref
.read(providersProvider.notifier)
.setProvider(await coreController.getExternalProvider(provider.name));
return '';
} finally {
ref.read(isUpdatingProvider(provider.updatingKey).notifier).value = false;
}
}
}
@Riverpod(keepAlive: true)
class ProfilesAction extends _$ProfilesAction {
@override
void build() {}
void updateCurrentSelectedMap(String groupName, String proxyName) {
final currentProfile = ref.read(currentProfileProvider);
if (currentProfile != null &&
currentProfile.selectedMap[groupName] != proxyName) {
final selectedMap = Map<String, String>.from(currentProfile.selectedMap)
..[groupName] = proxyName;
ref
.read(profilesProvider.notifier)
.put(currentProfile.copyWith(selectedMap: selectedMap));
}
}
Future<void> deleteProfile(int id) async {
ref.read(profilesProvider.notifier).del(id);
clearEffect(id);
final currentProfileId = ref.read(currentProfileIdProvider);
if (currentProfileId == id) {
final profiles = ref.read(profilesProvider);
if (profiles.isNotEmpty) {
final updateId = profiles.first.id;
ref.read(currentProfileIdProvider.notifier).value = updateId;
} else {
ref.read(currentProfileIdProvider.notifier).value = null;
ref.read(setupActionProvider.notifier).updateStatus(false);
}
}
}
Future<void> autoUpdateProfiles() async {
for (final profile in ref.read(profilesProvider)) {
if (!profile.autoUpdate) continue;
final isNotNeedUpdate = profile.lastUpdateDate
?.add(profile.autoUpdateDuration)
.isBeforeNow;
if (isNotNeedUpdate == false || profile.type == ProfileType.file) {
continue;
}
try {
await updateProfile(profile);
} catch (e) {
commonPrint.log(e.toString(), logLevel: LogLevel.warning);
}
}
}
void putProfile(Profile profile) {
ref.read(profilesProvider.notifier).put(profile);
if (ref.read(currentProfileIdProvider) != null) return;
ref.read(currentProfileIdProvider.notifier).value = profile.id;
}
Future<void> updateProfiles() async {
for (final profile in ref.read(profilesProvider)) {
if (profile.type == ProfileType.file) continue;
await updateProfile(profile);
}
}
Future<void> updateProfile(
Profile profile, {
bool showLoading = false,
}) async {
try {
if (showLoading) {
ref.read(isUpdatingProvider(profile.updatingKey).notifier).value = true;
}
ref.read(profilesProvider.notifier).put(profile);
final newProfile = await profile.update();
ref.read(profilesProvider.notifier).put(newProfile);
if (profile.id == ref.read(currentProfileIdProvider)) {
ref
.read(setupActionProvider.notifier)
.applyProfileDebounce(silence: true);
}
} finally {
ref.read(isUpdatingProvider(profile.updatingKey).notifier).value = false;
}
}
Future<void> addProfileFormFile() async {
final platformFile = await globalState.safeRun(picker.pickerFile);
if (platformFile == null) return;
final bytes = await platformFile.readBytes();
globalState.navigatorKey.currentState?.popUntil((route) => route.isFirst);
ref.read(currentPageLabelProvider.notifier).toProfiles();
final profile = await globalState.loadingRun(
tag: LoadingTag.profiles,
() async {
return Profile.normal(label: platformFile.name).saveFile(bytes);
},
title: currentAppLocalizations.addProfile,
);
if (profile != null) {
putProfile(profile);
}
}
Future<void> addProfileFormURL(String url) async {
if (globalState.navigatorKey.currentState?.canPop() ?? false) {
globalState.navigatorKey.currentState?.popUntil((route) => route.isFirst);
}
ref.read(currentPageLabelProvider.notifier).value = PageLabel.profiles;
final profile = await globalState.loadingRun(
tag: LoadingTag.profiles,
() async {
return Profile.normal(url: url).update();
},
title: currentAppLocalizations.addProfile,
);
if (profile != null) {
putProfile(profile);
}
}
void setProfileAndAutoApply(Profile profile) {
ref.read(profilesProvider.notifier).put(profile);
if (profile.id == ref.read(currentProfileIdProvider)) {
ref.read(setupActionProvider.notifier).applyProfileDebounce();
}
}
Future<void> addProfileFormQrCode() async {
final url = await globalState.safeRun(picker.pickerConfigQRCode);
if (url == null) return;
addProfileFormURL(url);
}
void reorder(List<Profile> profiles) {
ref.read(profilesProvider.notifier).reorder(profiles);
}
Future<void> clearEffect(int profileId) async {
final profilePath = await appPath.getProfilePath(profileId.toString());
final providersDirPath = await appPath.getProvidersDirPath(
profileId.toString(),
);
final profileFile = File(profilePath);
final isExists = await profileFile.exists();
if (isExists) {
await profileFile.safeDelete(recursive: true);
}
await coreController.deleteFile(providersDirPath);
}
}
@Riverpod(keepAlive: true)
class GeoResourceAction extends _$GeoResourceAction {
@override
void build() {}
Future<void> updateGeoResource(GeoResource geoResource) async {
await coreController.updateGeoData(geoResource.name);
}
void updateGeoResourceUrl(GeoResource geoResource, String newUrl) {
if (!newUrl.isUrl) {
throw 'Invalid url';
}
ref.read(patchClashConfigProvider.notifier).update((state) {
return state.copyWith(geoXUrl: {...state.geoXUrl, geoResource: newUrl});
});
}
}