slambb_proadvanced_tool/util/util-js/store.js

import Vue from 'vue'
import Vuex from 'vuex'
import config from 'common/config.js'
import reqUtil from 'util/util-js/requstUtil.js'
import date from 'util/util-js/date.js'
import cNumber from 'util/util-js/makeNumber.js'
import BLE from 'util/util-js/BLE.js';
//快速打击部分
import o0 from "@/util/util-js/o0.js"
import o0Project from "@/util/util-js/o0Project.js"
import o0ProjectRelease from "@/util/util-js/o0ProjectRelease0.1.js"

import deviceData from "@/util/util-js/devices.js"

Vue.use(Vuex)

const store = new Vuex.Store({
	state: {
		// vLog:'',
		//引导层
		bGuidePages: false,

		//是否显示Canvas
		bCanvasShow: true,
		/**
		 * 是否需要强制登录
		 */
		forcedLogin: false,

		/**
		 * 蓝牙实时发送数据的页面的名称
		 */
		currentPageName: '',

		hasLogin: false,
		userInfo: null,
		userName: "匿名",
		days: 0,
		remainingDays: 0,
		signature: '',
		avatarUrl: "/static/defaultAvatar.png",

		/**
		 * 新手教程相关
		 */
		// 是否是新用户,
		//TODO：登录接口返回的数据来判断
		bNewUser: false,
		//是否是第一次走新手
		bNewGuide: false,
		//解锁状态,和首次安装app相关
		//注意添加新字段时候。需要到 platform-page/guide.vue 确认需不需要添加新的reset
		guideUnlockState: {
			firstInstallation: true, //是否首次安装
			firstDisconnectBluetooth: true, //是否首次连接蓝牙
			firstUnlockJumpUp: true, //是否首次向上跳
			firstUnlockLeftAndRightJump: true, //是否首次左右跳
			firstUnlockLeftAndRightRotationJump: true,
			firstPromptSelectLevel: true //是否首次提示选择关卡
		},


		token: '',
		gender: 0,

		//省市区数据
		city: {
			label: '北京市-北京市-东城区',
			cityCode: "110101",
			//picker 选择器的index数组
			value: [0, 0, 0]
		},

		birthday: date.formatTime(new Date()),
		//默认值
		height: 0,
		weight: 0,
		//最近在玩的列表
		playGames: [],
		//最近在玩的排行游戏列表
		playRankingGames: [],
		//全部的游戏列表
		allGames: [],
		//关注的游戏列表
		favoriteGames: [],
		// 排行榜里面显示的游戏
		rankSelectedGame: null,
		rankInfo: null,
		cityName: "某市",
		/**
		 * 默认的运动数据
		 * date.addDaysFromNewDate(new Date(),1)
		 */
		defaultPlanData: {
			startTime: date.formatDate(new Date()),
			endTime: date.addDaysFromNewDate(new Date(), 6),
			targetWeight: 0, //目标公斤
			calorie: 360, //运动消耗的卡路里，默认300 大卡
			cumulativeCalorie: 0, //累计增重
			sportTime: 40, //运动时间
			/**
			 * 本地记录的消耗卡路里数量
			 */
			localCalorie: 0,
			/**
			 * 显示卡路里，过了12点清空
			 */
			showCalorie: 0,
			/**
			 * 总和
			 */
			allCalorie: 0
		},
		/**
		 * 计划的运动数据
		 */
		planData: {
			startTime: date.formatDate(new Date()),
			endTime: date.formatDate(new Date()), //date.addDaysFromNewDate(new Date(),1),
			targetWeight: 0, //目标公斤
			cumulativeCalorie: 0, //累计增重
			calorie: 300, //运动消耗的卡路里
			sportTime: 40, //运动时间
			/**
			 * 本地记录的消耗卡路里数量
			 */
			localCalorie: 0,
			/**
			 * 显示卡路里，过了12点清空
			 */
			showCalorie: 0,
			/**
			 * 总和
			 */
			allCalorie: 0
		},

		//记录表盘计划刷新的卡路里
		oldArcbarProCalorie: 0,
		//记录表盘当前的总卡路里
		oldArcbarAllCalorie: 0,


		//当前运动的世时间
		localSportTime: 0,


		//当前运动时间,运动时候记录的时间
		runingTime: 0,
		//蓝牙设备信息列表
		//id 不可变,用于保存到本地区分
		BLEInfoList: deviceData.getDeviceList(),
		//记录的蓝牙设备,保存id, 和对应的蓝牙连接数据
		BLEDeviceList: [],
		//显示的蓝牙设备,取本地数据时候更新
		BLEDeviceShowList: [],
		//选择连接的蓝牙设备
		BLEConnectDevice: null,
		//获取到的服务
		BLEGetServices: null,
		//当前发送给蓝牙的指令，目前是只有蓝牙手柄
		currentInstruction: '',

		instructionState: {
			// bAcc: false, //是否开启加速计状态
			// bGyroscope: false, //是否开启陀螺仪状态
			bOpen: false, //是否开启指令
			bSteps: false, //是否开启步数
		},


		//绑定的设备
		DeviceBindingList: [{
			id: 0,
			cname: "开启手机数据",
			ename: "bindMobilePhoneBandage",
			icon: "/static/devicesIcon/bandage.png",
			mIcon: "/static/devicesIcon/bandage.png",
			bRatio: false,
			usageMode: 'bindPhone',
			describe: '手机情景下使用',
			limitType: 'rebound', //限制回弹版本
			deviceType: 'mySelf', //指的是使用手机本身加速计计算
			deviceName: 'PHONE', //连接硬件名称

		}],
		ConnectBindingDevice: null,

		cIndex: -1,
		//当前是否连接
		bConnection: false,
		/**
		 * 通过验证的连接，比如通过mac验证，或者说是首页直连，都设置这个参数，确保已经连上
		 */
		bVerifiedConnection: false,
		/**
		 * 默认不是旧设备，旧设备使用的轴向不一样，名字为 BGBox_202012 ，新设备为 BGBox_202112
		 */
		bOldDeviceType: false,

		/**
		 * Android 出现不匹配的情况下，判断
		 * ios 暂时没有此类问题
		 */
		bPhoneMatched: false,

		//最近连接过的设备
		finallyUseDevice: null,

		/**
		 * 用户选择好友的信息
		 */
		finallySelectFriendInfo: null,

		//phoneNumber
		phoneNumber: '',
		mailboxNumber: '',
		//是否是第一次设置密码,根据这个值判断.默认未设置，即设置true
		setPasswordFirstTime: true,
		openid: '',
		appleid: '',

		//获取验证码
		bCodeDisabled: false,
		count: 59,
		interval: null,

		//conversion列表
		oldSwiperList: [],

		// 计划任务过期
		bPlanExpired: false,
		// 制定玩计划任务后
		bPlanFinish: false,

		//标准体重,男女根据当前年龄计算
		standardWeight: 0,

		//是否安装了微信
		bInstallWechat: false,
		bHideWeixin: false,

		//导航栏高度。这里统一参数,单位px
		navHeight: 46,
		tabbarHeight: 65,

		systemInfo: null, //系统全部信息
		clientName: '', //但是客户端名字
		system: '', // 系统版本
		platform: '', // 平台
		appName: '',
		version: '1.6.3', //软件版本
		versionCode: '21120701', //app.vue 自动获取.目前是h5 设置给了一个默认值
		showEndTime: config.endTime, //游戏显示时间字段，后台返回对应此时间之前的数据

		//现在游戏显示在对应的平台
		gamePlatform: {
			0: 'android',
			1: 'ios',
			2: 'all'
		},

		globalAcc: null,
		globalOri: null,
		globalAccData: {
			ax: 0,
			ay: 0,
			az: 0
		},
		globalGyroData: {
			gx: 0,
			gy: 0,
			gz: 0
		},
		globalLastGyroData: {
			gx: 0,
			gy: 0,
			gz: 0
		},
		globalMyAttitude: null,

		/**
		 * 当前显示的模式下标，区分总体的显示模块
		 * 比如拳击模块体验下，设置 0
		 * 跳绳为主的模式体验下，设置 1
		 */
		currentModeIndex: 0,

		//蓝牙变量操作
		/**
		 * 操作蓝牙设备
		 */
		bOpenBluetooth: false,
		/**
		 * 是否初始化蓝牙适配器
		 */
		bOpenSuccess: false,
		/**
		 * 是否监听蓝牙状态变化
		 */
		bListenAdapterStateChange: false,
		/**
		 * 是否监听寻找新设备事件
		 */
		bListenDeviceFound: false,

		// 设备Id
		BLEDeviceId: "",
		// 服务Id
		BLEServiceId: "",
		// 特征值id
		BLENotifyCharacteristicId: "",

		//监听rssi对象
		BLERSSIInterval: null,

		//蓝牙服务timeout
		getBLEDeviceServicesTimeout: null,

		//本地游戏地址
		// http://192.168.0.112:7456/build/index.html
		// http://127.0.0.1:7456/build/index.html
		LocationGameUrl: "", //192.168.1.12:7456

		//快速打击对象
		filter: null,
		deviceMs: 1,

		//改进版的沙袋打击对象
		sandbagAlgorithm: null,
		sandbagAlgorithmLastTime: new Date().getTime(),


		/**
		 * 蓝牙参数对象
		 */

		// 设备Id
		deviceId: "",
		// 服务Id
		serviceId: "",
		notifyCharacteristicId: "",
		writeCharacteristicId: "",

		showToast: false,
		bListenerUpdate: false,
		bListenerJson: false,
		bListenerMac: false,
		bListenerAccArray: false,



		/**
		 * OTA config
		 */
		UUID_OTA_SERVICE: "f000ffc0-0451-4000-b000-000000000000", //OTA 服务对应的服务的 UUID
		UUID_IDENTFY: "f000ffc1-0451-4000-b000-000000000000", //OTA 版本特征值的UUID，读取版本就是写向这个特征值写入:0x00
		UUID_BLOCK: "f000ffc2-0451-4000-b000-000000000000", //OTA 写bin文件特征值UUID，发送bin文件就是写这个特征值
		/*****/


		/**
		 * 发送16进制时候，返回的刷新数据
		 */
		bListenerHexUpdate: false,


		BluetoothAdapter: null,

		//版本状态，用于区分部分特定的环境
		versionCodeState: {
			showGame: false,
			showVideo: false,
			versionCode: 0,
			title: 'none'
		},

		//显示蓝牙是否断开连接Modal
		bShowBLEConnectModal: false,
		bGamePlaying: false,

		//跳绳条件下计数
		bRopeKeyOne: 0,
		bRopeKeyTwo: 0,

		//钻石，金币
		cDiamond: 0,
		cGold: 0,

		/**
		 * 任务相关
		 */
		currentJumpTask: null,
		multiPersonList: [],
		singlePersonList: [],
		levels: [],

		/**
		 * 校准识别部分
		 */
		convertAcc: [{
			type: 'x',
			match: 'ax', //默认匹配一一对应
			direction: 1,
		}, {
			type: 'y',
			match: 'ay',
			direction: -1,
		}, {
			type: 'z',
			match: 'az',
			direction: -1,
		}],
		convertGyro: [{
			type: 'x',
			match: 'gx', //默认匹配一一对应
			direction: 1,
		}, {
			type: 'y',
			match: 'gy',
			direction: 1,
		}, {
			type: 'z',
			match: 'gz',
			direction: 1,
		}],

		/**
		 * 签到列表
		 */
		signInList: [],
		isSignIn: false,

	},
	mutations: {

		onSetLocationGameUrl(state, value) {
			uni.setStorageSync('LocationGameUrl', value);
			state.LocationGameUrl = value;
		},
		//获取本地任务对象
		onGetLocationGameUrl(state) {
			//如果存在本地任务
			const value = uni.getStorageSync('LocationGameUrl');
			if (value) {
				state.LocationGameUrl = value;
			}
			return value;
			console.log('onGetLocationGameUrl ' + value);
		},
		/**
		 * 蓝牙解析后的数据，转化成对应的坐标系方向
		 * @param {Object} context
		 */
		onConvertDeviceData(state, context) {
			let {
				data,
				callback = null
			} = context;
			let {
				acc,
				gyro,
			} = data;
			//根据已校准的数据转化对应的轴
			let outAcc = {
				ax: acc[state.convertAcc[0].match] * state.convertAcc[0].direction,
				ay: acc[state.convertAcc[1].match] * state.convertAcc[1].direction,
				az: acc[state.convertAcc[2].match] * state.convertAcc[2].direction
			};
			let outGyro = {
				gx: gyro[state.convertGyro[0].match] * state.convertGyro[0].direction,
				gy: gyro[state.convertGyro[1].match] * state.convertGyro[1].direction,
				gz: gyro[state.convertGyro[2].match] * state.convertGyro[2].direction
			}
			if (callback)
				callback({
					convertAcc: outAcc,
					convertGyro: outGyro
				});

		},
		onAccAndGyroConvertDataGet(state) {
			const convertAcc = uni.getStorageSync('convertAcc');
			if (convertAcc) {
				state.convertAcc = convertAcc;
			}
			const convertGyro = uni.getStorageSync('convertGyro');
			if (convertGyro) {
				state.convertGyro = convertGyro;
			}
		},
		onAccAndGyroConvertDataSave(state) {
			uni.setStorageSync('convertAcc', state.convertAcc);
			uni.setStorageSync('convertGyro', state.convertGyro);
		},
		onAccAndGyroConvertDataReset(state) {
			state.convertAcc = [{
				type: 'x',
				match: 'ax', //默认匹配一一对应
				direction: 1,
			}, {
				type: 'y',
				match: 'ay',
				direction: -1,
			}, {
				type: 'z',
				match: 'az',
				direction: -1,
			}];
			state.convertGyro = [{
				type: 'x',
				match: 'gx', //默认匹配一一对应
				direction: 1,
			}, {
				type: 'y',
				match: 'gy',
				direction: 1,
			}, {
				type: 'z',
				match: 'gz',
				direction: 1,
			}];
			//重置一下数据保存
			this.commit('onAccAndGyroConvertDataSave');
		},

		setGuideUnlockState(state, _guideUnlockState) {
			uni.setStorageSync('guideUnlockState', _guideUnlockState);
			state.guideUnlockState = _guideUnlockState;
		},

		getGuideUnlockState(state, _guideUnlockState) {
			//如果存在本地任务
			const value = uni.getStorageSync('guideUnlockState');
			if (value) {
				state.guideUnlockState = value;
			}
			console.log('获取guideUnlockState', state.guideUnlockState)
		},

		/**
		 * 设置当前操作的任务记录到本地
		 * @param {Object} state
		 * @param {Object} _taskObj
		 */
		setActionJumpTask(state, _taskObj) {
			uni.setStorageSync('currentJumpTask', _taskObj);
			state.currentJumpTask = _taskObj;
		},
		//获取本地任务对象
		getActionJumpTask(state) {
			//如果存在本地任务
			const value = uni.getStorageSync('currentJumpTask');
			if (value) {
				state.currentJumpTask = value;
			}
		},
		resetActionJumpTask(state) {
			state.currentJumpTask = null;
			uni.setStorageSync('currentJumpTask', state.currentJumpTask);
		},

		setFinallSelectFriendInfo(state, friendInfo) {
			state.finallySelectFriendInfo = friendInfo;
			console.log('finallySelectFriendInfo', JSON.stringify(friendInfo));
		},
		clearFinallFriendInfo(state) {
			state.finallySelectFriendInfo = null;
		},
		/**
		 * 获取记录的最后一次连接设备
		 * @param {Object} state
		 */
		getFinalUseDevice(state) {
			// 获取本地存储的最后一次使用的设备
			//1.获取最近连接的蓝牙设备, 指蓝牙搜索到的obj
			const value = uni.getStorageSync('finallyUseDevice');
			if (value) {
				state.finallyUseDevice = value;
			}
			console.log('获取的finallyUseDevice', value);
		},

		/**
		 * 存储最后一次使用的设备信息，后面登陆时候，如果存在设备最后一次使用信息，则自动连接
		 * @param {Object} state
		 * @param {Object} device
		 */
		setFinallUseDevice(state, device) {
			uni.setStorageSync('finallyUseDevice', device);
			state.finallyUseDevice = device;
			// console.log("保存finallyUseDevice：", state.finallyUseDevice);
			// uni.setStorage({
			// 	key: 'finallyUseDevice',
			// 	data: device,
			// 	success: (res) => {
			// 		state.finallyUseDevice = device;
			// 		console.log("保存finallyUseDevice：", res);
			// 	}
			// })
		},


		//获取记录的蓝牙列表数据
		getBLEDeviceList(state) {
			// console.log("getBLEDeviceList=");
			uni.getStorage({
				key: 'BLEDeviceList',
				success: (res) => {
					// console.log("*****getBLEDeviceList=", res);
					let _list = res.data;
					state.BLEDeviceList = res.data;
					//更新BLEDeviceShowList 数组
					state.BLEDeviceShowList = [];
					_list.forEach(item => {
						//如果记录到本地的id,和信息列表中的id一致,则结合
						for (let i = 0; i < state.BLEInfoList.length; i++) {
							let eq = state.BLEInfoList[i];
							if (item.id == eq.id) {
								state.BLEDeviceShowList.push(Object.assign({}, item, eq));
								break;
							}
						}
					})

				}
			})
		},

		//添加蓝牙设备数据
		addBLEDevice(state, data) {
			let devicelist = [];
			if (state.BLEDeviceList && state.BLEDeviceList.length != 0) {
				devicelist = state.BLEDeviceList;
			}
			// console.log(data, devicelist)

			let bHas = false;
			devicelist.forEach((item, index, selfArr) => {
				if (item.id == data.id) {
					//如果存在,更新保存的数据，比如 mac或者uuid等 
					selfArr[index] = item = Object.assign({}, item, data);
					bHas = true;
				}
			})
			//把当前添加的的蓝牙设信息备作为最后一次连接覆盖到本地
			this.commit('setFinallUseDevice', data);

			if (!bHas) {
				//如果不是更新数据，就添加但却数据到列表
				devicelist.push(data);
			}
			uni.setStorage({
				key: 'BLEDeviceList',
				data: devicelist,
				success: (res) => {
					// uni.showToast({
					// 	title: "保存成功"
					// })
					state.BLEDeviceList = devicelist;
					// console.log("devicelist:",devicelist);
					//更新BLEDeviceShowList 数组
					state.BLEDeviceShowList = [];
					devicelist.forEach(item => {
						//如果记录到本地的id,和信息列表中的id一致,则结合
						for (let i = 0; i < state.BLEInfoList.length; i++) {
							let eq = state.BLEInfoList[i];
							if (item.id == eq.id) {
								// console.log("存储的======================:", item, eq);
								state.BLEDeviceShowList.push(Object.assign({}, item, eq));
								break;
							}
						}
					})
					// console.log("state.BLEDeviceShowList:",state.BLEDeviceShowList);
				}
			})
		},
		//删除蓝牙设备数据
		deleteBLEDevice(state, index) {
			let devicelist = [];
			devicelist = state.BLEDeviceList;

			devicelist.splice(index, 1);
			uni.setStorage({
				key: 'BLEDeviceList',
				data: devicelist,
				success: (res) => {
					uni.showToast({
						title: "删除成功"
					})
					state.BLEDeviceList = devicelist;
					//更新BLEDeviceShowList 数组
					state.BLEDeviceShowList = [];
					devicelist.forEach(item => {
						//如果记录到本地的id,和信息列表中的id一致,则结合
						for (let i = 0; i < state.BLEInfoList.length; i++) {
							let eq = state.BLEInfoList[i];
							if (item.id == eq.id) {
								state.BLEDeviceShowList.push(Object.assign({}, item, eq));
								break;
							}
						}
					})
				}
			})
		},


		initAdapter(state, callback) {
			//初始化蓝牙模块
			let params = {
				success: (res) => {
					state.bOpenSuccess = true;
					state.bOpenBluetooth = true;
					if (callback)
						callback(res);
					//监听断开事件
					this.commit("B_OnBLEConnectionStateChange");
				},
				fail: (fail) => {
					state.bOpenSuccess = false;
					state.bOpenBluetooth = false;
					uni.showToast({
						title: '蓝牙尚未开启!',
						icon: 'none'
					})
				},
				complete: (complete) => {
					// console.log("complete bListenAdapterStateChange:", state.bListenAdapterStateChange);
					if (state.bListenAdapterStateChange) return;

					state.bListenAdapterStateChange = true;
					uni.onBluetoothAdapterStateChange((res) => {
						// console.log('adapterState changed, now is', res)
						// 手机蓝牙状态
						state.bOpenBluetooth = res.available;
						if (state.bOpenBluetooth && !state.bOpenSuccess) {
							this.commit('initAdapter');
						}
					})

				}
			};
			this.commit("B_OpenBluetoothAdapter", params);
		},
		// todo 未使用到
		onGetDevices(state, context) {
			let {
				success
			} = context;
			if (!state.BLEConnectDevice) return;
			// #ifdef APP-PLUS
			let deviceId = state.BLEConnectDevice.deviceId;
			uni.getBLEDeviceRSSI({
				deviceId,
				success: res => {
					let _dis = Math.pow(Math.E, (Math.abs(res.RSSI) - 66.78) / 16.56);

					if (_dis > state.BLEConnectDevice.limitDis) {
						if (state.cIndex != -1) {
							uni.showToast({
								title: '设备断开连接！',
								icon: 'none',
								duration: 2000,
								mask: true
							})
						}

						setTimeout(() => {
							this.commit("B_CloseBLEConnection", {
								deviceId: deviceId
							})
							state.cIndex = -1;
							state.bConnection = false;
							state.bVerifiedConnection = false;
						}, 1000)

					} else {
						// console.log("DIS~~~~~~~~~", _dis);
						if (success) {
							success({
								RSSI: res.RSSI,
								DIS: _dis
							});
						}
					}
				}
			})
			// #endif


		},
		//清除连接的开启的timeout
		onUnloadCreateBLEConnectionTimeout(state) {
			if (state.getBLEDeviceServicesTimeout) {
				clearTimeout(state.getBLEDeviceServicesTimeout);
				state.getBLEDeviceServicesTimeout = null;
			}
		},

		initBLEData(state) {
			// 设备Id
			state.deviceId = "";
			// 服务Id
			state.serviceId = "";

			state.notifyCharacteristicId = "";

			state.writeCharacteristicId = "";

			state.currentInstruction = "";

			state.showToast = false;

			state.bListenerUpdate = false;

			state.bListenerJson = false;

			state.bListenerMac = false;

			state.bListenerAccArray = false;
			//更新二进制的
			state.bListenerHexUpdate = false;

		},
		//连接蓝牙
		onCreateBLEConnection(state, context) {
			let {
				index,
				item,
				initItem = false,
				getSuccess = null,
				getinitAdapter = null
			} = context;

			uni.showToast({
				title: '连接设备中...',
				icon: 'loading',
				duration: 10000,
				mask: true
			})

			let params = {
				item: item,
				success: (success) => {
					state.bConnection = true;
					if (state.getBLEDeviceServicesTimeout) {
						clearTimeout(state.getBLEDeviceServicesTimeout);
						state.getBLEDeviceServicesTimeout = null;
					}

					state.getBLEDeviceServicesTimeout = setTimeout(() => {
						let retryCount = 5;
						this.commit("B_GetBLEDeviceServices", {
							retryCount: retryCount,
							item: item,
							callback: () => {
								uni.showToast({
									title: '连接成功',
									icon: 'loading',
									duration: 2000,
									mask: true
								})
								//是否需要设置item，默认不设置
								if (initItem) {
									state.cIndex = index;
									state.BLEConnectDevice = item;
								}

								if (getSuccess)
									getSuccess();

								/**
								 * 直接连接过成功
								 */
								state.bVerifiedConnection = true;

							},
							getServiceList: (serviceList) => {
								//搜索服务失败后
								state.BLEGetServices = serviceList;
							},
							getFail: () => {
								this.commit("B_CloseBLEConnection", {
									deviceId: item.deviceId
								})
								// state.cIndex = -1;
								// state.bConnection = false;
								// state.bVerifiedConnection = false;
								this.commit("onResetBLEConnection");
							}
						});

					}, 2000);

				},
				fail: (fail) => {
					console.log("***fail:", fail);
					if (fail.errCode === 10012) {
						console.log("连接超时,请重试!");
						uni.showToast({
							title: '连接失败,开启设备后尝试重新连接！',
							icon: 'none',
							duration: 3000,
							mask: true
						})
					} else if (fail.errCode === 10013) {
						console.log("连接失败,蓝牙地址无效!");
						uni.showToast({
							title: '连接失败，蓝牙地址无效',
							icon: 'none',
							duration: 2000,
							mask: true
						})
					} else if (fail.errCode === 10000) {
						this.commit('initAdapter', () => {
							if (getinitAdapter) {
								getinitAdapter();
							}
						})
					} else {
						// err.errCode10003原因多种：蓝牙设备未开启或异常导致无法连接;蓝牙设备被占用或者上次蓝牙连接未断开导致无法连接
						console.log("连接失败,请重试!", state.BLEConnectDevice);
						uni.showToast({
							title: '请尝试开启设备和重启app。',
							icon: 'none',
							duration: 2000,
							mask: true
						})
					}
				}
			};
			this.commit("B_CreateBLEConnection", params);
		},
		//devices hardware 连接后验证，这里不需要处理 bVerifiedConnection，通过mac 验证后处理
		onCreateBLESuccess(state, context) {
			let {
				item,
				getSuccess = null
			} = context;
			this.commit("B_CreateBLEConnection", {
				item: item,
				success: success => {
					state.BLEConnectDevice = item;
					state.bConnection = true;
					if (getSuccess) {
						getSuccess();
					}
				},
				fail: fail => {
					if (fail.errCode === 10012) {
						console.log("连接超时,请重试!");
						uni.showToast({
							title: '连接超时，检查对应设备是否开启？',
							icon: 'none',
							duration: 2000,
							mask: true
						})
					} else if (fail.errCode === 10013) {
						console.log("连接失败,蓝牙地址无效！");
						uni.showToast({
							title: '蓝牙地址无效，检查设备是否正常？',
							icon: 'none',
							duration: 2000,
							mask: true
						})
					} else if (fail.errCode === 10000) {
						console.log("连接失败,初始化 wx.openBluetoothAdapter 调用之后使用");
						uni.showToast({
							title: '连接失败，检查手机蓝牙是否开启？',
							icon: 'none',
							duration: 2000,
							mask: true
						})
					} else {
						console.log("连接失败,请重试!");
						uni.showModal({
							title: '连接失败',
							content: '设备未开启或被占用。请重启app和设备后重新连接。'
						})
						// uni.showToast({
						// 	title: '设备未开启或被占用异常导致无法连接。',
						// 	icon: 'none',
						// 	duration: 2000,
						// 	mask: true
						// })
					}
				}
			});
		},
		//获取蓝牙服务
		onGetBLEDeviceServices(state, context) {
			let {
				item,
				success = null,
			} = context;
			let retryCount = 5;
			this.commit("B_GetBLEDeviceServices", {
				retryCount: retryCount,
				item: item,
				callback: success,
				getServiceList: (serviceList) => {
					state.BLEGetServices = serviceList;
				},
				getFail: () => {
					this.commit("B_CloseBLEConnection", {
						deviceId: item.deviceId
					})
					this.commit("onResetBLEConnection");
				}
			})
		},
		//重置蓝牙连接参数
		onResetBLEConnection(state) {
			state.cIndex = -1;
			state.BLEConnectDevice = null;
			//蓝牙服务
			state.BLEGetServices = null;
			state.bConnection = false;
			state.bVerifiedConnection = false;
		},
		onCloseBLEConnection(state, context) {

			console.log("onCloseBLEConnection", state.BLEConnectDevice);
			let {
				getSuccess = null,
			} = context;

			if (state.BLERSSIInterval) {
				clearInterval(state.BLERSSIInterval);
				state.BLERSSIInterval = null;
			}
			this.commit("B_CloseBLEConnection", {
				deviceId: state.BLEConnectDevice.deviceId,
				success: () => {
					state.cIndex = -1;
					state.BLEConnectDevice = null;
					//蓝牙服务
					state.BLEGetServices = null;

					if (getSuccess) {
						getSuccess();
					}
					state.bConnection = false;

					state.bVerifiedConnection = false;

					uni.closeBluetoothAdapter({
						success(res) {
							console.log(res)
							state.bOpenBluetooth = false;
						}
					})
				}
			});

		},
		//不关闭 adapter
		onOnlyCloseBLEConnection(state, context) {
			let {
				getSuccess = null
			} = context;

			if (state.BLERSSIInterval) {
				clearInterval(state.BLERSSIInterval);
				state.BLERSSIInterval = null;
			}

			this.commit("B_CloseBLEConnection", {
				deviceId: state.BLEConnectDevice.deviceId,
				success: () => {
					state.cIndex = -1;
					state.BLEConnectDevice = null;
					//蓝牙服务
					state.BLEGetServices = null;
					if (getSuccess) {
						getSuccess();
					}
					state.bConnection = false;

					state.bVerifiedConnection = false;
				}
			});

		},
		onWriteBLEConnectionValue(state, context) {
			//#ifdef H5
			console.warn("h5不支持蓝牙：", 'onWriteBLEConnectionValue');
			return;
			//#endif
			let {
				getSuccess = null,
					getFail = null,
					value,
					bSendHex = false,
					bOpen = false,
			} = context;

			if (!state.BLEConnectDevice && state.cIndex == -1) {
				uni.showToast({
					title: '蓝牙设备未连接',
					icon: 'none'
				})
			}
			// console.log(22);
			//记录蓝牙盒子当前的指令
			// state.currentInstruction = value;
			// 发送 3 ：开启原始数据
			// 发送4 ：关闭原始数据
			// 发送 5 ：开启步数
			// 发送6 ：关闭步数
			if (value == "3") {
				state.instructionState.bOpen = true;
			} else if (value == "4") {
				state.instructionState.bOpen = false;
			} else if (value == "5") {
				state.instructionState.bSteps = true;
			} else if (value == "6") {
				state.instructionState.bSteps = false;
			} else if (bSendHex && bOpen) {
				state.instructionState.bOpen = true;
			} else if (bSendHex && !bOpen) {
				state.instructionState.bOpen = false;
			}
			let retryCount = 5;
			this.commit("B_WriteBLECharacteristicValue", {
				value,
				retryCount,
				getSuccess,
				getFail,
				bSendHex
			});
		},
		//获取距离
		onGetRSSITransDistance(state, context) {
			let {
				RSSI
			} = context;
			BLE.getRSSITransDistance(RSSI);
		},


		//添加使用的前端信息
		gOnAddClientInfo(state, context) {

			uni.getSystemInfo({
				success: (res) => {
					// console.log("系统信息:", res);
					let clientInfo = res;

					clientInfo.clientSystem = res.system;

					reqUtil.requestData(config.URL.ADDCLIENTINFO, clientInfo, 'POST').then(
						res => {
							console.warn(res);
						},
						e => {}
					);
				},
				fail: (err) => {},
				complete: () => {}
			})


		},

		//创建快速打击对象
		gCreateFilterObj(state) {
			state.filter = null;
			state.deviceMs = 1;
			state.filter = new o0Project.Filter();
			console.log("gCreateFilterObj");
		},
		//更新快速打击对象数据
		gUpdateFilter(state, context) {

			let {
				data,
				callback
			} = context;

			let {
				min,
				s,
				ms
			} = data;
			var msGap = ms - state.deviceMs;
			state.deviceMs = ms;
			while (msGap < 0) {
				msGap += 1000;
			}
			// console.log(data);
			let {
				ax,
				ay,
				az
			} = data.acc;

			let {
				gx,
				gy,
				gz
			} = data.gyro;

			state.filter.Update(new o0.Vector3(ax, ay, az), msGap, new o0.Vector3(gx, gy, gz),
				callback); //我自己的更新acc的函数
		},

		/**
		 * 创建一个沙袋打击对象
		 * @param {Object} state
		 */
		gCreateSandbagAlgorithm(state) {
			state.sandbagAlgorithm = null;
			state.deviceMs = 1;
			state.sandbagAlgorithmLastTime = new Date().getTime();
			state.sandbagAlgorithm = new o0ProjectRelease.SandbagAlgorithm();
			console.log("gCreateSandbagAlgorithm");
		},
		/**
		 * 更新 沙袋打击对象 数据
		 * @param {Object} state
		 * @param {Object} context
		 */
		gUpdateSandbagAlgorithm(state, context) {

			let {
				data,
				callback = null
			} = context;

			let {
				min,
				s,
				ms
			} = data;
			let msGap = ms - state.deviceMs;
			state.deviceMs = ms;
			while (msGap < 0) {
				msGap += 1000;
			}

			let {
				ax,
				ay,
				az
			} = data.acc;

			let {
				gx,
				gy,
				gz
			} = data.gyro;

			// ax / 10, az / 10, gz, -gx, data.ms ----- old
			// ay / 10, -az / 10, gy, gz, data.ms
			let [hit, dir] = state.sandbagAlgorithm.Update(ay, -az, gz, gy, msGap);
			if (dir != undefined) {
				let temp = state.sandbagAlgorithm.getTempValue(dir);
				if (callback) {
					callback(temp);
				}
			}
		},

		/**
		 * 开启加速计，陀螺仪，并且模拟ble发送
		 * @param {Object} state
		 */
		gStartSimulateBLEUpdate(state) {

			//todo 区分平台，目前是android 模块

			if (state.globalMyAttitude == null) {
				state.globalMyAttitude = uni.requireNativePlugin("MyAttitude");

				let globalEvent = uni.requireNativePlugin('globalEvent');
				globalEvent.addEventListener('updateAccAndGyro', function(e) {
					//updateAccAndGyro{"accelerometer":[-0.178375244140625,9.327804565429688,2.6168670654296875],"gyroscope":[0.0018310546875,-0.0019989013671875,0.0027923583984375]}
					//console.log('updateAccAndGyro' + JSON.stringify(e));
					let _accArray = e.accelerometer;
					let _gyroArray = e.gyroscope;

					state.globalAccData.ax = _accArray[0];
					state.globalAccData.ay = _accArray[1];
					state.globalAccData.az = _accArray[2];

					state.globalGyroData.gx = _gyroArray[0];
					state.globalGyroData.gy = _gyroArray[1];
					state.globalGyroData.gz = _gyroArray[2];

					let box = {};
					box["acc"] = state.globalAccData;
					box["gyro"] = state.globalGyroData;
					box["ms"] = e.ms;
					//更新数据给webview,在game-play-web||game-play-sub绑定
					//后面更新数据都用此接口
					uni.$emit('updateBLEDeviceData', box);
				});
			}

			var ret = state.globalMyAttitude.onStartAccAndGyro();
			if (!ret.accelerometer || !ret.gyroscope) {
				uni.showModal({
					title: '提示',
					content: '是否初始化,加速计:' + ret.accelerometer + ',陀螺仪:' + ret.gyroscope
				})
			}
			console.log('gStartSimulateBLEUpdate:', ret);

		},
		/**
		 * 停止加速计，陀螺仪
		 * @param {Object} state
		 */
		gStopSimulateBLEUpdate(state) {
			//todo 区分平台，目前是android 模块
			let globalEvent = uni.requireNativePlugin('globalEvent');
			globalEvent.removeEventListener('updateAccAndGyro');
			var ret = state.globalMyAttitude.onStopAccAndGyro();
			console.log('gStopSimulateBLEUpdate:', ret);
			state.globalMyAttitude = null;
		},
		/**
		 * 限制开始游戏
		 */
		glimitPlayGame(state, context) {
			let {
				gameTags,
				callback
			} = context;

			//没有标签直接进去
			if (gameTags.length == 0) {
				callback();
				return;
			}

			let canPlay = false;
			gameTags.forEach((item) => {
				//如果存在普通模式
				if (item.tagMode === 'normal') {
					canPlay = true;
				}
				if (canPlay)
					return;
			})

			if (!canPlay) {
				//2.如果普通模式不存在，就判断是否连接硬件了
				if (!state.BLEConnectDevice || state.cIndex == -1) {
					uni.showToast({
						title: "请连接标签对应的设备模式！",
						icon: "none",
						duration: 2000,
						mask: true
					})
					return;
				}
				//3.如果连接了设备，判断但是处于什么模式
				gameTags.forEach((item, index, selfArr) => {
					//如果存在普通模式
					if (item.tagMode === state.BLEConnectDevice.usageMode) {
						canPlay = true;
					}
					if (canPlay)
						return;
					if (index == selfArr.length - 1) {
						uni.showToast({
							title: "游戏没有当前设备模式！",
							icon: "none",
							duration: 2000,
							mask: true
						})
					}
				})
			}

			if (canPlay) {
				callback();
			}
		},

		checkAppUpdata(state) {
			//#ifdef APP-PLUS
			let _temp = {
				appid: plus.runtime.appid,
				version: state.version,
				versionCode: state.versionCode,
				platform: state.platform.toLocaleLowerCase(),
			}
			//#endif
			//#ifdef H5
			//此 _temp 测试用
			let _temp = {
				appid: '1',
				version: "2.0.0",
				versionCode: "20122202",
				platform: "android",
			}
			//#endif
			reqUtil.requestData(config.URL.APPVERSIONUPDATE, _temp).then(res => {
					console.log('requestData APPVERSIONUPDATE =====', res);
					let _data = res.data;
					if (res.code == 0 && res.data.status === 1) {
						uni.showModal({ //提醒用户更新  
							title: "更新提示",
							content: res.data.note,
							success: (res) => {
								if (res.confirm) {
									if (state.platform.toLocaleLowerCase() == "android") {
										plus.runtime.openURL(_data.url, function(res) {
											plus.nativeUI.alert("本机没安装应用宝,请安装后获取新版本。");
										}, 'com.tencent.android.qqdownloader');

									} else {
										//ios
										plus.runtime.openURL(_data.url);
									}
								}
							}
						})

					} else {
						uni.showToast({
							title: '当前为最新版本',
							icon: 'none',
							duration: 2000,
							mask: true
						})
					}
				},
				e => {
					console.log(e)
				});

		},


		/**
		 * 蓝牙BLE迁移到store.js
		 */
		// 初始化蓝牙模块适配器
		B_OpenBluetoothAdapter(state, context) {
			let {
				success,
				fail,
				complete
			} = context;
			//#ifdef H5
			console.warn('h5不加载蓝牙模块');
			return;
			//#endif
			uni.openBluetoothAdapter({
				success: res => {
					if (success)
						success(res);
				},
				fail: res => {
					if (fail)
						fail(res);
				},
				complete: res => {
					if (complete)
						complete(res);
				}
			})
		},

		/**
		 * 关闭蓝牙模块适配器
		 */
		B_CloseBluetoothAdapter() {
			//#ifdef H5
			console.warn('h5不加载蓝牙模块');
			return;
			//#endif
			uni.closeBluetoothAdapter({
				success: res => {
					console.log('断开蓝牙模块成功');
					uni.showToast({
						icon: "none",
						title: "蓝牙已经断开！",
						mask: false,
						duration: 3000
					});
				}
			});
		},

		B_OnBLEConnectionStateChange(state) {
			let _self = this;
			//#ifdef H5
			console.warn('h5不加载蓝牙模块');
			return;
			//#endif
			uni.onBLEConnectionStateChange(res => {
				// 该方法回调中可以用于处理连接意外断开等异常情况
				console.log(`蓝牙连接状态 -------------------------->`, JSON.stringify(res));
				if (!res.connected) {

					//要在连接的状态下 ，并且获取过匹配列表有参数的情况下，才提示重连
					if (!state.bShowBLEConnectModal && state.bVerifiedConnection) {
						state.bShowBLEConnectModal = true;
						let _connectItem = Object.assign({}, state.BLEConnectDevice);
						let _cIndex = state.cIndex;
						//断开连接后reset一下参数
						_self.commit("onResetBLEConnection");

						let _tip = state.bGamePlaying ? "蓝牙已断开是否重新连接蓝牙?重连需要重启游戏!" : "蓝牙已断开是否重新连接蓝牙";
						uni.showModal({
							title: _tip,
							success: (sRes) => {
								state.bShowBLEConnectModal = false;
								if (sRes.confirm) {
									console.log("重连的_cIndex：", _cIndex);
									_self.commit("onCreateBLEConnection", {
										item: _connectItem,
										index: _cIndex,
										initItem: true,
										getSuccess: () => {
											//此处不检查外部设备
											uni.$emit('retryConnectBLESuccess');
										},
										getinitAdapter: () => {}
									})
								}
							}
						})
					} else {
						//断开连接后reset一下参数
						_self.commit("onResetBLEConnection");
					}


					uni.$emit('callbackCloseBLE');
				}
			});
		},
		/**
		 * 连接低功耗蓝牙设备。
		 * 若APP在之前已有搜索过某个蓝牙设备，并成功建立连接，可直接传入之前搜索获取的 deviceId 直接尝试连接该设备，无需进行搜索操作。
		 */
		B_CreateBLEConnection(state, context) {
			let {
				item,
				success,
				fail
			} = context;
			this.commit('initBLEData');
			state.deviceId = item.deviceId;
			let timeout = 10000;
			// console.log("B_CreateBLEConnection deviceId ==", state.deviceId)
			uni.createBLEConnection({
				// 这里的 deviceId 需要已经通过 createBLEConnection 与对应设备建立链接
				deviceId: state.deviceId,
				timeout: timeout,
				success: res => {
					if (success) {
						success(res);
					}
					//设置mtu
					// setTimeout(() => {
					// 	uni.setBLEMTU({
					// 		deviceId: state.deviceId,
					// 		mtu: 80,
					// 		success: (res) => {
					// 			console.log("设置mtu");
					// 			console.log(res)
					// 			uni.$emit('log', "设置mtu=80," + JSON.stringify(
					// 				res));

					// 		},
					// 		fail: (error) => {
					// 			console.log(error)
					// 		}
					// 	})
					// }, 1000)

				},
				fail: res => {
					if (fail)
						fail(res);
				}
			});
		},


		/**
		 * 获取设备的服务ID
		 */
		B_GetBLEDeviceServices(state, context) {

			let {
				retryCount,
				item,
				callback,
				getServiceList,
				getFail,
			} = context;
			let serviceList = [];
			let _self = this;
			uni.getBLEDeviceServices({
				deviceId: item.deviceId,
				success: res => {
					// console.log("getBLEDeviceServices==", JSON.stringify(res), item);
					serviceList = res.services;
					if (getServiceList) {
						getServiceList(serviceList);
					}
					if (serviceList.length == 0) {
						console.log(item.deviceId + " retryCount:" + retryCount);
						if (retryCount > 0) {
							retryCount--;
							context.retryCount = retryCount;
							setTimeout(() => {
								this.commit('B_GetBLEDeviceServices', context);
							}, 1000)
							return;
						}
						if (getFail) {
							getFail();
						}
						uni.hideToast();
						uni.showModal({
							title: '提示',
							content: '1.获取服务失败，请尝试重新连接设备。\r\n2.尝试重启设备再重新连接。'
						})

					}
					for (let i = 0; i < serviceList.length; i++) {
						let service = serviceList[i];
						if (service.uuid.toLocaleLowerCase() === item.PRIMARY_SERVICE
							.toLocaleLowerCase()) {
							state.serviceId = service.uuid;
							//开始获取指定服务的特征值
							_self.commit('B_GetBLEDeviceCharacteristics', {
								item: item,
								callback: callback
							});
							break;
						}
					}
				},
				fail: failRes => {
					console.log('device services:', failRes.services);
					uni.hideToast();
					uni.showModal({
						title: '连接错误',
						content: '请尝试重新连接设备。'
					})
					if (getFail) {
						getFail();
					}
				}
			});
		},
		/**
		 * 获取指定服务的特征值
		 */
		B_GetBLEDeviceCharacteristics(state, context) {
			let {
				item,
				callback
			} = context;
			let deviceId = state.deviceId;
			let serviceId = state.serviceId;
			let characteristicsList = [];
			uni.getBLEDeviceCharacteristics({
				deviceId,
				serviceId,
				success: res => {
					if (item.PRIMARY_NOTIFY != '') {
						state.notifyCharacteristicId = item.PRIMARY_NOTIFY;
						this.commit('B_NotifyBLECharacteristicValueChange', {
							callback: callback
						});
					}
					if (item.PRIMARY_WRITE != '') {
						state.writeCharacteristicId = item.PRIMARY_WRITE;
					}
				},
				fail: res => {
					console.log('device getBLEDeviceCharacteristics failed:', JSON.stringify(res))
				}
			})
		},

		//启用低功耗蓝牙设备特征值变化时的 notify 功能，订阅特征值。
		//注意：必须设备的特征值支持notify或者indicate才可以成功调用，具体参照 characteristic 的 properties 属性
		B_NotifyBLECharacteristicValueChange(state, context) {
			let {
				callback
			} = context;
			// 启用notify功能
			// console.log("启用notify功能");
			uni.notifyBLECharacteristicValueChange({
				state: true,
				deviceId: state.deviceId,
				serviceId: state.serviceId,
				characteristicId: state.notifyCharacteristicId,
				success: (res) => {
					this.commit('B_OnBLECharacteristicValueChange', {
						callback: callback
					});
				},
				fail: (res) => {
					uni.showToast({
						title: 'notify启动失败',
						icon: "none",
						mask: true
					});

				}
			})
		},
		//监听低功耗蓝牙设备的特征值变化。必须先启用notify接口才能接收到设备推送的notification。
		B_OnBLECharacteristicValueChange(state, context) {
			let {
				callback
			} = context;
			// console.log("onBLECharacteristicValueChange success");
			if (callback) {
				callback({
					notifyCharacteristicId: state.notifyCharacteristicId,
					writeCharacteristicId: state.writeCharacteristicId
				})
			}
			uni.onBLECharacteristicValueChange(function(res) {
				//如果是ota 更新服务，这里处理通知ota更新数据
				if (res.serviceId.toLocaleLowerCase() === state.UUID_OTA_SERVICE) {
					uni.$emit("OTAValueChange", res);
					return;
				}
				//serviceId 0000FFF0-0000-1000-8000-00805F9B34FB characteristic 0000FFF1-0000-1000-8000-00805F9B34FB
				// console.log(`store ${res.serviceId} characteristic ${res.characteristicId} has changed, now is ${res.value}`);
				let box = {};
				var resValue = BLE.ab2hext(res.value); //16进制字符串
				if (state.currentInstruction == "V" && state.showToast) {
					var resValueStr = BLE.hexToString(resValue);
					let _info = {
						type: 'version',
						instruction: 'V',
						value: resValueStr.replace(/\{|}/g, '').trim()
					}
					uni.$emit('listenerBLE', _info);
					state.currentInstruction = "";
					state.showToast = false;
					return;
				} else if (state.currentInstruction == 'M' && state.bListenerMac) {
					var resValueStr = BLE.hexToString(resValue);
					let _info = {
						type: 'mac',
						instruction: 'M',
						value: resValueStr.replace(/\{|}/g, '').trim()
					}
					uni.$emit('listenerBLE', _info);
					state.currentInstruction = "";
					state.bListenerMac = false;
					return;
				}
				//步数数据解析
				if (state.bListenerJson) {
					var resValueStr = BLE.hexToString(resValue);
					console.log(resValueStr);
					box["Json"] = resValueStr;
					uni.$emit('updateBLEDeviceJson', box);
				}

				//解析4组加速计数据
				if (state.bListenerAccArray) {
					let accArray = [];
					// 5B00E000260019F7F4FFF6FFF1000000E200260019F7F4FFF6FFF1000000E60031001BF81AFFF5FFF0000000E90031001BF81AFFF5FFF0000000EB0031001BF81AFFF5FFF000005D: length =144
					// console.log("1======= " + BLE.buf2hex(res.value));
					// var hex =
					// 	'5B00E000260019F7F4FFF6FFF1000000E200260019F7F4FFF6FFF1000000E60031001BF81AFFF5FFF0000000E90031001BF81AFFF5FFF0000000EB0031001BF81AFFF5FFF000005D'
					// var typedArray = new Uint8Array(hex.match(/[\da-f]{2}/gi).map(function(h) {
					// 	return parseInt(h, 16)
					// }))
					// var buffer = typedArray.buffer;

					// console.log("hex= " + resValue + ",length:"+ resValue.length);
					// console.log(resValue.length);
					// console.log(res.value);
					// console.log(buffer);
					for (let i = 0; i < 5; i++) {
						let index = i * 28;
						let ms = BLE.hex2int(resValue.substr(2 + index, 4));
						// console.log(index + "==" + resValue.substr(2 + index, 4));
						let axStr = resValue.substr(6 + index, 4);
						let ayStr = resValue.substr(10 + index, 4);
						let azStr = resValue.substr(14 + index, 4);
						let gxStr = resValue.substr(18 + index, 4);
						let gyStr = resValue.substr(22 + index, 4);
						let gzStr = resValue.substr(26 + index, 4);
						//一个字节最大只能表示265  2个字节可以表示65536  然后你这边做一下转换 例如00 3E   3*16+14=62 ----->0.03  g 
						//(真实值= AD值 /32768  * 16)
						//0.003 = 62 / 2768  * 16
						let ax = BLE.hexToSignedInt(axStr) / 32768 * 16;
						let ay = BLE.hexToSignedInt(ayStr) / 32768 * 16;
						let az = BLE.hexToSignedInt(azStr) / 32768 * 16;
						//角速度(AD值/32768 * 2000) 角速度单位是 °/s  范围是 正负2000
						let gx = BLE.hexToSignedInt(gxStr) / 32768 * 2000;
						let gy = BLE.hexToSignedInt(gyStr) / 32768 * 2000;
						let gz = BLE.hexToSignedInt(gzStr) / 32768 * 2000;

						accArray.push({
							acc: {
								ax: ax,
								ay: ay,
								az: az
							},
							gyro: {
								gx: gx,
								gy: gy,
								gz: gz
							},
							ms: ms
						})
					}
					uni.$emit('updateBLEDeviceData', accArray);
					// for (let i = 0; i < accArray.length; i++) {
					// 	let _temp = accArray[i];
					// 	box["acc"] = {
					// 		ax: _temp.ax,
					// 		ay: _temp.ay,
					// 		az: _temp.az,
					// 	};
					// 	box["gyro"] = {
					// 		gx: _temp.gx,
					// 		gy: _temp.gy,
					// 		gz: _temp.gz,
					// 	};
					// 	box["ms"] = _temp.ms;
					// 	uni.$emit('updateBLEDeviceData', box);
					// }

				}


				//原始数据解析
				if (state.bListenerUpdate) {
					//R/L 左手还是右手
					let handle = resValue.substr(6, 2);
					let axStr = resValue.substr(8, 4);
					let ayStr = resValue.substr(12, 4);
					let azStr = resValue.substr(16, 4);
					//一个字节最大只能表示265  2个字节可以表示65536  然后你这边做一下转换 例如00 3E   3*16+14=62 ----->0.03  g 
					//(真实值= AD值 /32768  * 16)
					//0.003 = 62 / 2768  * 16
					let ax = BLE.hexToSignedInt(axStr) / 32768 * 16;
					let ay = BLE.hexToSignedInt(ayStr) / 32768 * 16;
					let az = BLE.hexToSignedInt(azStr) / 32768 * 16;

					let gxStr = resValue.substr(20, 4);
					let gyStr = resValue.substr(24, 4);
					let gzStr = resValue.substr(28, 4);
					//角速度(AD值/32768 * 2000) 角速度单位是 °/s  范围是 正负2000
					let gx = BLE.hexToSignedInt(gxStr) / 32768 * 2000;
					let gy = BLE.hexToSignedInt(gyStr) / 32768 * 2000;
					let gz = BLE.hexToSignedInt(gzStr) / 32768 * 2000;
					//毫秒
					let ms = BLE.hex2int(resValue.substr(2, 4));
					//分
					let min = BLE.hex2int(resValue.substr(32, 2));
					//秒
					let s = BLE.hex2int(resValue.substr(34, 2));
					box["handle"] = BLE.hexToString(handle);
					box["acc"] = {
						ax,
						ay,
						az
					};
					box["gyro"] = {
						gx,
						gy,
						gz
					};

					box["min"] = min;
					box["s"] = s;
					box["ms"] = ms;

					//更新数据给webview,在game-play-web||game-play-sub绑定
					//后面更新数据都用此接口
					uni.$emit('updateBLEDeviceData', box);
				}
			});
		},

		onTestEmit(state) {
			let box = {};
			let accArray = [];
			var resValue =
				'5B00E000260019F7F4FFF6FFF1000000E200260019F7F4FFF6FFF1000000E60031001BF81AFFF5FFF0000000E90031001BF81AFFF5FFF0000000EB0031001BF81AFFF5FFF000005D';
			for (let i = 0; i < 5; i++) {
				let index = i * 28;
				let ms = BLE.hex2int(resValue.substr(2 + index, 4));
				// console.log(index + "==" + resValue.substr(2 + index, 4));
				let axStr = resValue.substr(6 + index, 4);
				let ayStr = resValue.substr(10 + index, 4);
				let azStr = resValue.substr(14 + index, 4);
				let gxStr = resValue.substr(18 + index, 4);
				let gyStr = resValue.substr(22 + index, 4);
				let gzStr = resValue.substr(26 + index, 4);
				//一个字节最大只能表示265  2个字节可以表示65536  然后你这边做一下转换 例如00 3E   3*16+14=62 ----->0.03  g 
				//(真实值= AD值 /32768  * 16)
				//0.003 = 62 / 2768  * 16
				let ax = BLE.hexToSignedInt(axStr) / 32768 * 16;
				let ay = BLE.hexToSignedInt(ayStr) / 32768 * 16;
				let az = BLE.hexToSignedInt(azStr) / 32768 * 16;
				//角速度(AD值/32768 * 2000) 角速度单位是 °/s  范围是 正负2000
				let gx = BLE.hexToSignedInt(gxStr) / 32768 * 2000;
				let gy = BLE.hexToSignedInt(gyStr) / 32768 * 2000;
				let gz = BLE.hexToSignedInt(gzStr) / 32768 * 2000;

				accArray.push({
					ax: ax,
					ay: ay,
					az: az,
					gx: gx,
					gy: gy,
					gz: gz,
					ms: ms
				})
			}
			for (let i = 0; i < accArray.length; i++) {
				let _temp = accArray[i];
				box["acc"] = {
					ax: _temp.ax,
					ay: _temp.ay,
					az: _temp.az,
				};
				box["gyro"] = {
					gx: _temp.gx,
					gy: _temp.gy,
					gz: _temp.gz,
				};
				box["ms"] = _temp.ms;
				uni.$emit('updateBLEDeviceData', box);
			}
		},

		//向低功耗蓝牙设备特征值中写入二进制数据。注意：必须设备的特征值支持 write 才可以成功调用。
		B_WriteBLECharacteristicValue(state, context) {
			let {
				value,
				retryCount,
				success,
				getFail,
				bSendHex,
			} = context;
			if (!value && value === '') {
				uni.showToast({
					title: "指令为空"
				})
				return;
			}
			let _sendData;
			if (bSendHex) {

				state.bRopeKeyTwo = 0;
				state.bRopeKeyOne = 0;

				//如果是发送16进制
				state.bListenerHexUpdate = true;

				//重置原 update
				state.bListenerUpdate = false;

				let typedArray = new Uint8Array(value.match(/[\da-f]{2}/gi).map(function(h) {
					return parseInt(h, 16)
				}))
				_sendData = typedArray.buffer;
			} else {
				state.bListenerHexUpdate = false;
				//记录一下指令
				state.currentInstruction = value;

				state.showToast = false;
				state.bListenerUpdate = false;
				state.bListenerAccArray = false;

				//V 获取版本，M 获取mac 地址
				if (value == "V")
					state.showToast = true;

				if (value == "M") {
					state.showToast = true;
					state.bListenerMac = true;
				}
				if (value == "4") {
					state.bListenerUpdate = false;
				}
				if (value == "3") {
					if (state.bListenerUpdate) {
						console.warn("原始数据已开启");
					}
					state.bListenerUpdate = true;
				}

				if (value == "h") {
					state.bListenerAccArray = false;
				}
				if (value == "H") {
					if (state.bListenerAccArray) {
						uni.showToast({
							title: "加速计组数据已开启"
						})
						return;
					}
					state.bListenerAccArray = true;
				}

				_sendData = BLE.str2ab(value);
			}
			console.log("currentInstruction:" + state.currentInstruction);
			uni.writeBLECharacteristicValue({
				deviceId: state.deviceId,
				serviceId: state.serviceId,
				// 这里的 characteristicId 需要在 getBLEDeviceCharacteristics 接口中获取
				characteristicId: state.writeCharacteristicId,
				// 这里的value是ArrayBuffer类型
				value: _sendData,
				success: (res) => {
					console.log('writeBLECharacteristicValue success', res.errMsg, value,
						retryCount);


					if (success) {
						success(res);
					}
				},
				fail: (fail) => {
					console.log(fail)
					//重新写入
					if (retryCount > 0) {
						console.log("writeBLECharacteristicValue Rewrite ===================>" +
							value + " == " + retryCount);
						retryCount--;
						setTimeout(() => {
							this.commit("B_WriteBLECharacteristicValue", {
								value,
								retryCount,
								success,
								getFail
							});
						}, 300);
					}
					if (getFail) {
						getFail(fail);
					}
				}
			})

		},

		B_OnSetMTU(state) {
			uni.setBLEMTU({
				deviceId: state.deviceId,
				mtu: 80,
				success: (res) => {
					console.log("设置mtu");
					console.log(res)
					uni.$emit('log', "设置mtu=80," + JSON.stringify(
						res));

				},
				fail: (error) => {
					console.log(error)
				}
			})
		},

		/**
		 * 断开蓝牙连接
		 */
		B_CloseBLEConnection(state, context) {
			let {
				deviceId,
				success = null
			} = context;
			uni.closeBLEConnection({
				deviceId,
				success: res => {
					console.log("关闭蓝牙连接！deviceId=" + deviceId);
					if (success)
						success();
				},
				fail: (fail) => {
					console.log("关闭蓝牙失败", fail);
				}
			});
		}
	}
})

export default store