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上传烧苗启动angent服务

weicu
liwei1dao 1 year ago
parent
9744ca8c6d
commit
5ad0046470
1 changed files with 92 additions and 90 deletions
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  1. 182
      lib/modules/pairing/controllers/pairing_controller.dart

182
lib/modules/pairing/controllers/pairing_controller.dart
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@ -11,27 +11,27 @@ import '../../../core/utils/permission_util.dart';
/// 配对状态枚举 - 简化版本 /// 配对状态枚举 - 简化版本
enum PairingState { enum PairingState {
idle, // 空闲/初始状态 idle, // 空闲/初始状态
checking, // 检查中（蓝牙、权限等） checking, // 检查中（蓝牙、权限等）
waitingClassic, // 等待经典蓝牙连接 waitingClassic, // 等待经典蓝牙连接
verifying, // 验证设备 verifying, // 验证设备
associating, // 正在进行BLE设备关联 associating, // 正在进行BLE设备关联
waitingBle, // 等待BLE连接 waitingBle, // 等待BLE连接
completed, // 配对完成 completed, // 配对完成
error, // 错误状态 error, // 错误状态
} }
/// 错误类型枚举 /// 错误类型枚举
enum ErrorType { enum ErrorType {
none, none,
bluetoothOff, // 蓝牙关闭 bluetoothOff, // 蓝牙关闭
noPermission, // 无权限 noPermission, // 无权限
noClassicDevice, // 无经典蓝牙设备 noClassicDevice, // 无经典蓝牙设备
deviceNotMatch, // 设备不匹配 deviceNotMatch, // 设备不匹配
deviceBound, // 设备已被绑定 deviceBound, // 设备已被绑定
associationFailed, // 关联失败 associationFailed, // 关联失败
bleTimeout, // BLE连接超时 bleTimeout, // BLE连接超时
networkError, // 网络错误 networkError, // 网络错误
} }
/// 配对控制器 - 基于简化状态机的实现 /// 配对控制器 - 基于简化状态机的实现
@ -43,7 +43,7 @@ class PairingController extends GetxController {
final _currentState = PairingState.idle.obs; final _currentState = PairingState.idle.obs;
final _errorType = ErrorType.none.obs; final _errorType = ErrorType.none.obs;
final _errorMessage = ''.obs; final _errorMessage = ''.obs;
PairingState get currentState => _currentState.value; PairingState get currentState => _currentState.value;
ErrorType get errorType => _errorType.value; ErrorType get errorType => _errorType.value;
String get errorMessage => _errorMessage.value; String get errorMessage => _errorMessage.value;
@ -68,7 +68,7 @@ class PairingController extends GetxController {
// ========== 当前设备信息 ========== // ========== 当前设备信息 ==========
BluetoothDevice? _currentClassicDevice; BluetoothDevice? _currentClassicDevice;
String? _verifiedDeviceAddress; String? _verifiedDeviceAddress;
// Public getter for view access // Public getter for view access
BluetoothDevice? get currentDevice => _currentClassicDevice; BluetoothDevice? get currentDevice => _currentClassicDevice;
@ -76,14 +76,14 @@ class PairingController extends GetxController {
void onInit() { void onInit() {
super.onInit(); super.onInit();
Logger.i(_tag, '配对控制器初始化'); Logger.i(_tag, '配对控制器初始化');
// 确保服务已初始化 // 确保服务已初始化
_bluetoothManager = Get.find<BluetoothManager>(); _bluetoothManager = Get.find<BluetoothManager>();
_bleManager = Get.find<BleManager>(); _bleManager = Get.find<BleManager>();
// 集中设置所有监听器 // 集中设置所有监听器
_setupAllListeners(); _setupAllListeners();
// 开始初始状态检查 // 开始初始状态检查
// 延迟稍长时间，确保BluetoothManager有足够时间获取已连接设备 // 延迟稍长时间，确保BluetoothManager有足够时间获取已连接设备
Future.delayed(const Duration(milliseconds: 300), () { Future.delayed(const Duration(milliseconds: 300), () {
@ -99,10 +99,10 @@ class PairingController extends GetxController {
worker.dispose(); worker.dispose();
} }
_workers.clear(); _workers.clear();
// 清理定时器 // 清理定时器
_bleTimeoutTimer?.cancel(); _bleTimeoutTimer?.cancel();
super.onClose(); super.onClose();
} }
@ -112,42 +112,37 @@ class PairingController extends GetxController {
void _setupAllListeners() { void _setupAllListeners() {
// 1. 监听蓝牙开关状态 // 1. 监听蓝牙开关状态
_setupBluetoothStateListener(); _setupBluetoothStateListener();
// 2. 监听经典蓝牙连接状态 // 2. 监听经典蓝牙连接状态
_setupClassicConnectionListener(); _setupClassicConnectionListener();
// 3. 监听BLE连接状态 // 3. 监听BLE连接状态
_setupBleConnectionListener(); _setupBleConnectionListener();
} }
/// 监听蓝牙开关状态 /// 监听蓝牙开关状态
void _setupBluetoothStateListener() { void _setupBluetoothStateListener() {
_workers.add( _workers.add(ever(_bluetoothManager.bluetoothStateRx, (String state) {
ever(_bluetoothManager.bluetoothStateRx, (String state) { Logger.d(_tag, '蓝牙状态变化: $state');
Logger.d(_tag, '蓝牙状态变化: $state'); _handleBluetoothStateChange(state);
_handleBluetoothStateChange(state); }));
})
);
} }
/// 监听经典蓝牙连接状态 /// 监听经典蓝牙连接状态
void _setupClassicConnectionListener() { void _setupClassicConnectionListener() {
_workers.add( _workers
ever(_bluetoothManager.currentDeviceRx, (BluetoothDevice? device) { .add(ever(_bluetoothManager.currentDeviceRx, (BluetoothDevice? device) {
Logger.d(_tag, '经典蓝牙设备变化: ${device?.name}'); Logger.d(_tag, '经典蓝牙设备变化: ${device?.name}');
_handleClassicDeviceChange(device); _handleClassicDeviceChange(device);
}) }));
);
} }
/// 监听BLE连接状态 /// 监听BLE连接状态
void _setupBleConnectionListener() { void _setupBleConnectionListener() {
_workers.add( _workers.add(ever(_bleManager.connectionStateRx, (int state) {
ever(_bleManager.connectionStateRx, (int state) { Logger.d(_tag, 'BLE连接状态变化: $state');
Logger.d(_tag, 'BLE连接状态变化: $state'); _handleBleStateChange(state);
_handleBleStateChange(state); }));
})
);
} }
// ==================== 状态处理 ==================== // ==================== 状态处理 ====================
@ -171,7 +166,7 @@ class PairingController extends GetxController {
/// 处理经典蓝牙设备变化 /// 处理经典蓝牙设备变化
void _handleClassicDeviceChange(BluetoothDevice? device) { void _handleClassicDeviceChange(BluetoothDevice? device) {
_currentClassicDevice = device; _currentClassicDevice = device;
switch (_currentState.value) { switch (_currentState.value) {
case PairingState.waitingClassic: case PairingState.waitingClassic:
if (device != null) { if (device != null) {
@ -181,7 +176,7 @@ class PairingController extends GetxController {
_verifyDevice(device); _verifyDevice(device);
} }
break; break;
case PairingState.error: case PairingState.error:
// 如果在错误状态下检测到设备连接，且错误是无设备连接，则自动恢复 // 如果在错误状态下检测到设备连接，且错误是无设备连接，则自动恢复
if (device != null && _errorType.value == ErrorType.noClassicDevice) { if (device != null && _errorType.value == ErrorType.noClassicDevice) {
@ -191,7 +186,7 @@ class PairingController extends GetxController {
_verifyDevice(device); _verifyDevice(device);
} }
break; break;
case PairingState.verifying: case PairingState.verifying:
case PairingState.waitingBle: case PairingState.waitingBle:
case PairingState.completed: case PairingState.completed:
@ -200,7 +195,7 @@ class PairingController extends GetxController {
_setError(ErrorType.noClassicDevice, '设备已断开'); _setError(ErrorType.noClassicDevice, '设备已断开');
} }
break; break;
default: default:
break; break;
} }
@ -209,12 +204,13 @@ class PairingController extends GetxController {
/// 处理BLE状态变化 /// 处理BLE状态变化
void _handleBleStateChange(int state) { void _handleBleStateChange(int state) {
if (_currentState.value == PairingState.waitingBle) { if (_currentState.value == PairingState.waitingBle) {
if (state == 2) { // BLE已连接 if (state == 2) {
// BLE已连接
_bleTimeoutTimer?.cancel(); _bleTimeoutTimer?.cancel();
_transition(PairingState.completed); _transition(PairingState.completed);
} }
} }
// 如果在完成状态下BLE断开，显示警告但不改变状态 // 如果在完成状态下BLE断开，显示警告但不改变状态
if (_currentState.value == PairingState.completed && state != 2) { if (_currentState.value == PairingState.completed && state != 2) {
Logger.w(_tag, 'BLE连接已断开，但配对流程已完成'); Logger.w(_tag, 'BLE连接已断开，但配对流程已完成');
@ -228,7 +224,7 @@ class PairingController extends GetxController {
final oldState = _currentState.value; final oldState = _currentState.value;
_currentState.value = newState; _currentState.value = newState;
Logger.i(_tag, '状态转换: $oldState -> $newState'); Logger.i(_tag, '状态转换: $oldState -> $newState');
// 根据新状态执行相应操作 // 根据新状态执行相应操作
_onStateChanged(newState); _onStateChanged(newState);
} }
@ -240,29 +236,29 @@ class PairingController extends GetxController {
showConnectButton.value = false; showConnectButton.value = false;
showRetryButton.value = false; showRetryButton.value = false;
showSkipButton.value = false; showSkipButton.value = false;
switch (state) { switch (state) {
case PairingState.idle: case PairingState.idle:
statusText.value = '准备开始配对'; statusText.value = '准备开始配对';
break; break;
case PairingState.checking: case PairingState.checking:
statusText.value = '正在检查环境...'; statusText.value = '正在检查环境...';
isLoading.value = true; isLoading.value = true;
break; break;
case PairingState.waitingClassic: case PairingState.waitingClassic:
statusText.value = '请确保耳机已开启并进入配对模式'; statusText.value = '请确保耳机已开启并进入配对模式';
showConnectButton.value = true; showConnectButton.value = true;
showSkipButton.value = true; showSkipButton.value = true;
connectButtonText.value = '前往蓝牙设置'; connectButtonText.value = '前往蓝牙设置';
break; break;
case PairingState.verifying: case PairingState.verifying:
statusText.value = '正在验证设备...'; statusText.value = '正在验证设备...';
isLoading.value = true; isLoading.value = true;
break; break;
case PairingState.associating: case PairingState.associating:
statusText.value = '正在关联设备...'; statusText.value = '正在关联设备...';
isLoading.value = true; isLoading.value = true;
@ -271,7 +267,7 @@ class PairingController extends GetxController {
_startDeviceAssociation(); _startDeviceAssociation();
}); });
break; break;
case PairingState.waitingBle: case PairingState.waitingBle:
statusText.value = '正在建立安全连接...'; statusText.value = '正在建立安全连接...';
isLoading.value = true; isLoading.value = true;
@ -280,18 +276,18 @@ class PairingController extends GetxController {
_startBleConnection(); _startBleConnection();
}); });
break; break;
case PairingState.completed: case PairingState.completed:
statusText.value = '配对成功！'; statusText.value = '配对成功！';
isLoading.value = false; isLoading.value = false;
_navigateToHome(); _navigateToHome();
break; break;
case PairingState.error: case PairingState.error:
statusText.value = _errorMessage.value; statusText.value = _errorMessage.value;
isLoading.value = false; isLoading.value = false;
showSkipButton.value = true; showSkipButton.value = true;
// 根据错误类型决定显示哪个按钮和按钮文本 // 根据错误类型决定显示哪个按钮和按钮文本
switch (_errorType.value) { switch (_errorType.value) {
case ErrorType.bluetoothOff: case ErrorType.bluetoothOff:
@ -350,28 +346,27 @@ class PairingController extends GetxController {
_setError(ErrorType.bluetoothOff, '请开启蓝牙'); _setError(ErrorType.bluetoothOff, '请开启蓝牙');
return; return;
} }
// 2. 检查权限 // 2. 检查权限
if (!await _checkPermissions()) { if (!await _checkPermissions()) {
_setError(ErrorType.noPermission, '请授予必要权限'); _setError(ErrorType.noPermission, '请授予必要权限');
return; return;
} }
// 3. 先刷新设备连接状态，确保获取最新的连接信息 // 3. 先刷新设备连接状态，确保获取最新的连接信息
await _bluetoothManager.refreshDeviceConnection(); await _bluetoothManager.refreshDeviceConnection();
// 4. 检查经典蓝牙连接 // 4. 检查经典蓝牙连接
final classicDevice = _bluetoothManager.currentDevice; final classicDevice = _bluetoothManager.currentDevice;
if (classicDevice == null) { if (classicDevice == null) {
_transition(PairingState.waitingClassic); _transition(PairingState.waitingClassic);
return; return;
} }
// 5. 如果有设备，进行验证 // 5. 如果有设备，进行验证
_currentClassicDevice = classicDevice; _currentClassicDevice = classicDevice;
_transition(PairingState.verifying); _transition(PairingState.verifying);
await _verifyDevice(classicDevice); await _verifyDevice(classicDevice);
} catch (e) { } catch (e) {
Logger.e(_tag, '状态检查失败: $e'); Logger.e(_tag, '状态检查失败: $e');
_setError(ErrorType.networkError, '检查失败，请重试'); _setError(ErrorType.networkError, '检查失败，请重试');
@ -386,10 +381,10 @@ class PairingController extends GetxController {
final bluetoothScan = await Permission.bluetoothScan.request(); final bluetoothScan = await Permission.bluetoothScan.request();
final bluetoothConnect = await Permission.bluetoothConnect.request(); final bluetoothConnect = await Permission.bluetoothConnect.request();
final location = await Permission.locationWhenInUse.request(); final location = await Permission.locationWhenInUse.request();
return bluetoothScan.isGranted && return bluetoothScan.isGranted &&
bluetoothConnect.isGranted && bluetoothConnect.isGranted &&
location.isGranted; location.isGranted;
} }
return true; return true;
} }
@ -398,28 +393,31 @@ class PairingController extends GetxController {
Future<void> _verifyDevice(BluetoothDevice device) async { Future<void> _verifyDevice(BluetoothDevice device) async {
try { try {
Logger.i(_tag, '开始验证设备: ${device.name} (${device.address})'); Logger.i(_tag, '开始验证设备: ${device.name} (${device.address})');
// TODO: 实现API验证逻辑 // TODO: 实现API验证逻辑
// 暂时模拟验证通过 // 暂时模拟验证通过
await Future.delayed(const Duration(seconds: 2)); await Future.delayed(const Duration(seconds: 2));
// 检查设备名称是否包含 DeepSound 或 DeapSound // 检查设备名称是否包含 DeepSound 或 DeapSound
final deviceName = device.name ?? ''; final deviceName = device.name ?? '';
if (deviceName.contains('DeepSound') || deviceName.contains('DeapSound')) { if (deviceName.contains('DeepSound') ||
deviceName.contains('DeapSound')) {
Logger.i(_tag, '设备验证通过'); Logger.i(_tag, '设备验证通过');
_verifiedDeviceAddress = device.address; _verifiedDeviceAddress = device.address;
// 检查是否已有BLE关联 // 检查是否已有BLE关联
final pairedMacAddress = await _bleManager.getPairedMacAddress(); final pairedMacAddress = await _bleManager.getPairedMacAddress();
Logger.i(_tag, '已关联的MAC地址: $pairedMacAddress'); Logger.i(_tag, '已关联的MAC地址: $pairedMacAddress');
if (pairedMacAddress != null && pairedMacAddress.toUpperCase() == device.address.toUpperCase()) { if (pairedMacAddress != null &&
pairedMacAddress.toUpperCase() == device.address.toUpperCase()) {
// 已有关联，检查BLE连接状态 // 已有关联，检查BLE连接状态
Logger.i(_tag, '设备已关联，检查BLE连接状态'); Logger.i(_tag, '设备已关联，检查BLE连接状态');
final currentBleState = await _bleManager.getConnectionState(); final currentBleState = await _bleManager.getConnectionState();
Logger.i(_tag, '验证时BLE状态: $currentBleState'); Logger.i(_tag, '验证时BLE状态: $currentBleState');
if (currentBleState == 2) { // BleConnectionState.connected if (currentBleState == 2) {
// BleConnectionState.connected
Logger.i(_tag, 'BLE已连接，直接完成配对'); Logger.i(_tag, 'BLE已连接，直接完成配对');
_transition(PairingState.completed); _transition(PairingState.completed);
} else { } else {
@ -447,15 +445,15 @@ class PairingController extends GetxController {
_setError(ErrorType.associationFailed, '设备地址无效'); _setError(ErrorType.associationFailed, '设备地址无效');
return; return;
} }
Logger.i(_tag, '开始BLE设备关联: $_verifiedDeviceAddress'); Logger.i(_tag, '开始BLE设备关联: $_verifiedDeviceAddress');
// 调用BLE管理器的关联方法 // 调用BLE管理器的关联方法
final success = await _bleManager.startDeviceAssociation( final success = await _bleManager.startDeviceAssociation(
deviceNamePattern: 'DeapSound', // 或者使用 _currentClassicDevice?.name deviceNamePattern: 'DeapSound', // 或者使用 _currentClassicDevice?.name
macAddress: _verifiedDeviceAddress!, macAddress: _verifiedDeviceAddress!,
); );
if (success) { if (success) {
Logger.i(_tag, 'BLE设备关联成功'); Logger.i(_tag, 'BLE设备关联成功');
// 关联成功后，转到等待BLE连接状态 // 关联成功后，转到等待BLE连接状态
@ -479,21 +477,23 @@ class PairingController extends GetxController {
_setError(ErrorType.bleTimeout, 'BLE连接超时，请重试'); _setError(ErrorType.bleTimeout, 'BLE连接超时，请重试');
} }
}); });
// 检查是否已连接 - 直接从原生层获取最新状态 // 检查是否已连接 - 直接从原生层获取最新状态
final currentBleState = await _bleManager.getConnectionState(); final currentBleState = await _bleManager.getConnectionState();
Logger.i(_tag, 'BLE当前连接状态: $currentBleState'); Logger.i(_tag, 'BLE当前连接状态: $currentBleState');
if (currentBleState == 2) { // BleConnectionState.connected if (currentBleState == 2) {
// BleConnectionState.connected
Logger.i(_tag, 'BLE已经连接，直接完成配对'); Logger.i(_tag, 'BLE已经连接，直接完成配对');
_bleTimeoutTimer?.cancel(); _bleTimeoutTimer?.cancel();
_transition(PairingState.completed); _transition(PairingState.completed);
return; return;
} }
// 注册后台扫描以开始BLE配对 // 注册后台扫描以开始BLE配对
if (_verifiedDeviceAddress != null) { if (_verifiedDeviceAddress != null) {
final success = await _bleManager.registerBackgroundScan(macAddress: _verifiedDeviceAddress); final success = await _bleManager.registerBackgroundScan(
macAddress: _verifiedDeviceAddress);
if (!success && _currentState.value == PairingState.waitingBle) { if (!success && _currentState.value == PairingState.waitingBle) {
_setError(ErrorType.bleTimeout, 'BLE配对启动失败'); _setError(ErrorType.bleTimeout, 'BLE配对启动失败');
} }
@ -505,7 +505,8 @@ class PairingController extends GetxController {
} }
/// 导航到主页 /// 导航到主页
void _navigateToHome() { void _navigateToHome() async {
await BleManager.to.startAgentService();
Future.delayed(const Duration(seconds: 1), () { Future.delayed(const Duration(seconds: 1), () {
Get.offAllNamed(Routes.home); Get.offAllNamed(Routes.home);
}); });
@ -516,7 +517,7 @@ class PairingController extends GetxController {
/// 用户点击连接按钮 /// 用户点击连接按钮
void onConnectTap() { void onConnectTap() {
Logger.i(_tag, '用户点击连接按钮'); Logger.i(_tag, '用户点击连接按钮');
// 根据当前状态或错误类型决定行为 // 根据当前状态或错误类型决定行为
if (_currentState.value == PairingState.error) { if (_currentState.value == PairingState.error) {
switch (_errorType.value) { switch (_errorType.value) {
@ -550,7 +551,7 @@ class PairingController extends GetxController {
/// 用户点击重试按钮 /// 用户点击重试按钮
void onRetryTap() { void onRetryTap() {
Logger.i(_tag, '用户点击重试按钮'); Logger.i(_tag, '用户点击重试按钮');
// 如果是权限问题，引导去设置 // 如果是权限问题，引导去设置
if (_errorType.value == ErrorType.noPermission) { if (_errorType.value == ErrorType.noPermission) {
Logger.i(_tag, '引导用户去应用设置授予权限'); Logger.i(_tag, '引导用户去应用设置授予权限');
@ -563,7 +564,8 @@ class PairingController extends GetxController {
} }
/// 用户点击跳过按钮 /// 用户点击跳过按钮
void onSkipTap() { void onSkipTap() async {
await BleManager.to.startAgentService();
Logger.i(_tag, '用户选择跳过配对'); Logger.i(_tag, '用户选择跳过配对');
Get.offAllNamed(Routes.home); Get.offAllNamed(Routes.home);
} }
@ -572,7 +574,7 @@ class PairingController extends GetxController {
void openBluetoothSettings() { void openBluetoothSettings() {
AppSettings.openAppSettings(type: AppSettingsType.bluetooth); AppSettings.openAppSettings(type: AppSettingsType.bluetooth);
} }
/// 清除设备关联（在需要重新配对时调用） /// 清除设备关联（在需要重新配对时调用）
Future<void> clearDeviceAssociation() async { Future<void> clearDeviceAssociation() async {
try { try {
@ -582,4 +584,4 @@ class PairingController extends GetxController {
Logger.e(_tag, '清除设备关联失败: $e'); Logger.e(_tag, '清除设备关联失败: $e');
} }
} }
} }

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