import {
	createStore
} from 'vuex';
import {
	getTime
} from "../utils/index.js";
import {
	getuidatas
} from "../api/api.js";

export default createStore({
	state: {
		formattedTime: getTime("yyyy-MM-dd hh:mm:ss"),
		uidatasdata: {},
		selectorid: null,
		selectorindex: null,
		status: null,
		num: 0,
		event:"故障",
	},

	mutations: {
		increment(state, n) {

			if (n == 1) {
				state.num++;
			} else {
				state.num = 0;
			}
		},
		getevent(state, event) {
			state.event = event;
		},
		setFormattedTime(state, time) {
			state.formattedTime = time;
		},
		setUidatasData(state, data) {
			state.uidatasdata = data;
		},
		setstatus(state, status) {
			state.status = status;
		},
		setSelectorId(state, id) {
			state.selectorid = id;
		},
		setSelectorIndex(state, index) {
			state.selectorindex = index;
		}
	},

	actions: {
		startClock({
			commit
		}) {
			setInterval(() => {
				const customFormat = 'yyyy-MM-dd hh:mm:ss';
				const formattedTime = getTime(customFormat);
				commit('setFormattedTime', formattedTime);
			}, 1000);
		},

		async fetchFaultsList({
			commit,
			state
		}) {
			try {

				let data = {
					id: "038f90dc-6e08-4a05-bf1e-7929e02f5fc5",
					page: 1,
					rows: 10000,
				};
				const response = await getuidatas(data);
				// status =response.status
				if (response.status == 'ok') {

					if (response.data != null && response.data != []) {

						const uidatasdata = response.data.reduce((obj, item) => {
							let a = item.module;
							let b = item[a];
							let numericValue = parseFloat(b); // 转换为数字
							let roundedValue = ''
							if (item.id == "BatCellVPeak_ValMaxCellVoltage" ||
								item.id == "BatCellVPeak_ValMinCellVoltage"||
								item.id == "PCSTotalOutputPower"
								
							) {
								roundedValue = isNaN(numericValue) ? b : numericValue.toFixed(3);
							} else {
								if (item.id == "CellTemperatureLimitsStatus_MaxTemp" ||
									item.id == "CellTemperatureLimitsStatus_MinTemp" ||
									item.id == "TMS_Status_TMS_WATEROUT_TEMP" ||
									item.id == "TMS_Status_TMS_WATERIN_TEMP") {
									roundedValue = isNaN(numericValue) ? b : numericValue.toFixed(1);
								} else {
                                   if(item.id == "SOC"||
								   item.id == "ChargingStation_1_telemetryFrameccu_EstimateTheRemainingChargingTime"||
								   item.id == "ChargingStation_2_telemetryFrameccu_EstimateTheRemainingChargingTime"){
									   roundedValue = isNaN(numericValue) ? b : numericValue.toFixed(0);
								   }else{
									   if(item.id == "PCSPortAPhaseVoltage" ||
									item.id == "PCSPortBPhaseVoltage" ||
									item.id == "PCSPortCPhaseVoltage" ||
									item.id == "PCSOutputA-phaseCurrent" ||
									item.id == "PCSOutputB-phaseCurrent"||
									item.id == "PCSOutputC-phaseCurrent"){
										   roundedValue = isNaN(numericValue) ? b : numericValue.toFixed(2);
									   }else{
										   
									roundedValue = isNaN(numericValue) ? b : numericValue.toFixed(1);
									   }
								   }
								}
							}
							   if (!isNaN(numericValue) && numericValue < 0) {
							       roundedValue = Math.abs(numericValue);
							   }
							return {
								...obj,
								[item.id]: roundedValue
							};
						}, {});

						commit('setUidatasData', uidatasdata);

						if (uidatasdata.SysControl_RunCmd == 1 || uidatasdata.SysControl_Gun1RunCmd == 1 ||
							uidatasdata.SysControl_Gun2RunCmd == 1) {
							commit('setSelectorId', uidatasdata.SysInstall_EssRunModeManual);
							commit('setSelectorIndex', 1);
						} else {
							commit('setSelectorId', null);
							commit('setSelectorIndex', null);
						}
						if (state.num >= 3) {
							commit('increment', 0);
							commit('setstatus', response.status)
						}
						commit('increment', 1);
					} else {
						if (state.num >= 3) {
							commit('increment', 0);
							commit('setstatus', "NO")
						}
						commit('increment', 1);
					}
				} else {
					// Handle failure case if needed
				}
			} catch (error) {
				console.log(error);
				commit('setstatus', "NO")
			} finally {
				// Retry fetching data after a delay
				setTimeout(() => {
					this.dispatch('fetchFaultsList');
				}, 2000); // 2秒后重新获取数据
			}
			
			
		}
	}
});