修改消息推送时间间隔

zhangf

2024-09-11 d4020168658efdee89a633083cd9c14b06c4d863

 src/main/java/com/gkhy/fourierSpecialGasMonitor/schedule/TestSchedule.java

@@ -1,199 +1,203 @@
package com.gkhy.fourierSpecialGasMonitor.schedule;

import com.gkhy.fourierSpecialGasMonitor.entity.req.DeviceMonitorReqDTO;
import com.gkhy.fourierSpecialGasMonitor.entity.req.UploadGasConcentrationReqDTO;
import com.gkhy.fourierSpecialGasMonitor.entity.req.UploadGasFluxReqDTO;
import com.gkhy.fourierSpecialGasMonitor.service.DataReceiveService;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.scheduling.annotation.Async;
import org.springframework.scheduling.annotation.Scheduled;
import org.springframework.stereotype.Component;

import java.text.DecimalFormat;
import java.time.LocalDateTime;
import java.time.format.DateTimeFormatter;
import java.util.ArrayList;
import java.util.List;
import java.util.Random;
import java.util.concurrent.TimeUnit;

/**
 * @author Mr.huang
 * @decription
 * @date 2023/8/22 13:49
 */
@Component
public class TestSchedule {

    private final Logger logger = LoggerFactory.getLogger(this.getClass());

    @Autowired
    private DataReceiveService dataReceiveService;

    private static final DateTimeFormatter execformatter = DateTimeFormatter.ofPattern("yyyy-MM-dd HH:mm:ss");


    @Scheduled(cron = "1 * * * * ?")
    @Async(value = "SocketTaskExecutor")
    public void testDeviceMonitor() {
        logger.info("【硬件设备一分钟一次推送测试】：" + LocalDateTime.now().format(execformatter));
        DeviceMonitorReqDTO deviceMonitorReqDTO = new DeviceMonitorReqDTO();
        deviceMonitorReqDTO.setTime(LocalDateTime.now());
        deviceMonitorReqDTO.setConState(0);
        deviceMonitorReqDTO.setFluxState(0);
        List<Integer> list = new ArrayList<>();
        list.add(0);
        deviceMonitorReqDTO.setHardwareState(list);
        dataReceiveService.deviceMonitor(deviceMonitorReqDTO);
    }


    @Scheduled(cron = "0/30 * * * * ?")
    @Async(value = "SocketTaskExecutor")
    public void testGasConcentration() {
        logger.info("【气体实时浓度推送测试】："+LocalDateTime.now().format(execformatter));
        Random random = new Random();
        double randomDouble = random.nextDouble() * 99.9 + 1;  // 生成1到100之间的随机双精度数
        DecimalFormat decimalFormat = new DecimalFormat("0.0");
        String formattedDouble = decimalFormat.format(randomDouble);
        double result = Double.parseDouble(formattedDouble);
        UploadGasConcentrationReqDTO dto = new UploadGasConcentrationReqDTO();
        dto.setEquipmentId("No-123456");
        dto.setTime(LocalDateTime.now());
        dto.setType(1);
        dto.setLng("东经43");
        dto.setLat("北纬53");
        dto.setAngle("60");
        dto.setTemp(26.9);
        dto.setHumidity(63.3);
        dto.setWindSpeed(12.3);
        dto.setWindDirection(56);
        dto.setPressure(200.0);
        dto.setGasName01(1);
        dto.setGasValue01(result);
        dto.setGasName02(2);
        dto.setGasValue02(result);
        dto.setGasName03(3);
        dto.setGasValue03(result);
        dto.setGasName04(4);
        dto.setGasValue04(result);
        dto.setGasName05(5);
        dto.setGasValue05(result);
        dto.setGasName06(6);
        dto.setGasValue06(result);
        dto.setGasName07(7);
        dto.setGasValue07(result);
        dto.setGasName08(8);
        dto.setGasValue08(result);
        dto.setGasName09(9);
        dto.setGasValue09(result);
        dto.setGasName10(10);
        dto.setGasValue10(result);
        dto.setGasName11(11);
        dto.setGasValue11(result);
        dto.setGasName12(12);
        dto.setGasValue12(result);
        dto.setGasName13(13);
        dto.setGasValue13(result);
        dto.setGasName14(14);
        dto.setGasValue14(result);
        dto.setGasName15(15);
        dto.setGasValue15(result);
        dto.setGasName16(16);
        dto.setGasValue16(result);
        dto.setGasName17(17);
        dto.setGasValue17(result);
        dto.setGasName18(18);
        dto.setGasValue18(result);
        dto.setGasName19(19);
        dto.setGasValue19(result);
        dto.setGasName20(20);
        dto.setGasValue20(result);
        dto.setGasName21(21);
        dto.setGasValue21(result);
        dto.setGasName22(22);
        dto.setGasValue22(result);
        dto.setGasName23(23);
        dto.setGasValue23(result);
        dto.setGasName24(24);
        dto.setGasValue24(result);
        dto.setGasName25(25);
        dto.setGasValue25(result);
        dto.setGasName26(26);
        dto.setGasValue26(result);
        dto.setGasName27(27);
        dto.setGasValue27(result);
        dto.setGasName28(28);
        dto.setGasValue28(result);
        dto.setGasName29(29);
        dto.setGasValue29(result);
        dto.setGasName30(30);
        dto.setGasValue30(result);
        dataReceiveService.uploadGasConcentration(dto);
    }

    //@Scheduled(cron = "0 0/15 * * * ?")
    @Scheduled(cron = "0/30 * * * * ?")
    @Async(value = "SocketTaskExecutor")
    public void testGasFlux() {
        logger.info("【气体通量推送测试】："+LocalDateTime.now().format(execformatter));
        for (int i = 1; i <= 8 ; i++) {
            Random random = new Random();
            double randomDouble = random.nextDouble() * 99.9 + 1;  // 生成1到100之间的随机双精度数
            DecimalFormat decimalFormat = new DecimalFormat("0.0");
            String formattedDouble = decimalFormat.format(randomDouble);
            double result = Double.parseDouble(formattedDouble);
            UploadGasFluxReqDTO dto = new UploadGasFluxReqDTO();
            dto.setEquipmentId("No-123456");
            dto.setTime(LocalDateTime.now());
            dto.setAreaId(i);
            dto.setType(1);
            dto.setWindSpeed(12.3);
            dto.setWindDirection(56);
            dto.setGasName01(1);
            dto.setGasValue01(result);
            dto.setGasName02(2);
            dto.setGasValue02(result);
            dto.setGasName03(3);
            dto.setGasValue03(result);
            dto.setGasName04(4);
            dto.setGasValue04(result);
            dto.setGasName05(5);
            dto.setGasValue05(result);
            dto.setGasName06(6);
            dto.setGasValue06(result);
            dto.setGasName07(7);
            dto.setGasValue07(result);
            dto.setGasName08(8);
            dto.setGasValue08(result);
            dto.setGasName09(9);
            dto.setGasValue09(result);
            dto.setGasName10(10);
            dto.setGasValue10(result);
            dto.setGasName11(11);
            dto.setGasValue11(result);
            dto.setGasName12(12);
            dto.setGasValue12(result);
            dto.setGasName13(13);
            dto.setGasValue13(result);
            dto.setGasName14(14);
            dto.setGasValue14(result);
            dto.setGasName15(15);
            dto.setGasValue15(result);
            dto.setGasName16(16);
            dto.setGasValue16(result);
            dto.setGasName17(17);
            dto.setGasValue17(result);
            dto.setGasName18(18);
            dto.setGasValue18(result);
            dto.setGasName19(19);
            dto.setGasValue19(result);
            dto.setGasName20(20);
            dto.setGasValue20(result);
            dataReceiveService.uploadGasFlux(dto);
        }

    }
}
//package com.gkhy.fourierSpecialGasMonitor.schedule;
//
//import com.gkhy.fourierSpecialGasMonitor.controller.DataReceiveController;
//import com.gkhy.fourierSpecialGasMonitor.entity.req.DeviceMonitorReqDTO;
//import com.gkhy.fourierSpecialGasMonitor.entity.req.UploadGasConcentrationReqDTO;
//import com.gkhy.fourierSpecialGasMonitor.entity.req.UploadGasFluxReqDTO;
//import com.gkhy.fourierSpecialGasMonitor.service.DataReceiveService;
//import org.slf4j.Logger;
//import org.slf4j.LoggerFactory;
//import org.springframework.beans.factory.annotation.Autowired;
//import org.springframework.scheduling.annotation.Async;
//import org.springframework.scheduling.annotation.Scheduled;
//import org.springframework.stereotype.Component;
//
//import javax.annotation.PostConstruct;
//import java.text.DecimalFormat;
//import java.time.LocalDateTime;
//import java.time.format.DateTimeFormatter;
//import java.util.ArrayList;
//import java.util.List;
//import java.util.Random;
//import java.util.concurrent.TimeUnit;
//
///**
// * @author Mr.huang
// * @decription
// * @date 2023/8/22 13:49
// */
//@Component
//public class TestSchedule {
//
//    private final Logger logger = LoggerFactory.getLogger(this.getClass());
//
//    @Autowired
//    private DataReceiveService dataReceiveService;
//
//    private static final DateTimeFormatter execformatter = DateTimeFormatter.ofPattern("yyyy-MM-dd HH:mm:ss");
//
//
//    @Scheduled(cron = "1 * * * * ?")
//    @Async(value = "SocketTaskExecutor")
//    public void testDeviceMonitor() {
//        logger.info("【硬件设备一分钟一次推送测试】：" + LocalDateTime.now().format(execformatter));
//        DeviceMonitorReqDTO deviceMonitorReqDTO = new DeviceMonitorReqDTO();
//        deviceMonitorReqDTO.setTime(LocalDateTime.now());
//        deviceMonitorReqDTO.setConState(1);
//        deviceMonitorReqDTO.setFluxState(0);
//        List<Integer> list = new ArrayList<>();
//        list.add(0);
//        deviceMonitorReqDTO.setHardwareState(list);
//        dataReceiveService.deviceMonitor(deviceMonitorReqDTO);
//    }
//
//
//    //@Scheduled(cron = "0/30 * * * * ?")
//    //@Async(value = "SocketTaskExecutor")
//    //public void testGasConcentration() {
//    //    logger.info("【气体实时浓度推送测试】："+LocalDateTime.now().format(execformatter));
//    //    Random random = new Random();
//    //    double randomDouble = random.nextDouble() * 99.9 + 1;  // 生成1到100之间的随机双精度数
//    //    DecimalFormat decimalFormat = new DecimalFormat("0.0");
//    //    String formattedDouble = decimalFormat.format(randomDouble);
//    //    double result = Double.parseDouble(formattedDouble);
//    //    UploadGasConcentrationReqDTO dto = new UploadGasConcentrationReqDTO();
//    //    dto.setEquipmentId("No-123456");
//    //    dto.setTime(LocalDateTime.now());
//    //    dto.setType(1);
//    //    dto.setLng("东经43");
//    //    dto.setLat("北纬53");
//    //    dto.setAngle("60");
//    //    dto.setTemp(26.9);
//    //    dto.setHumidity(63.3);
//    //    dto.setWindSpeed(12.3);
//    //    dto.setWindDirection(56);
//    //    dto.setPressure(200.0);
//    //    dto.setGasName01(1);
//    //    dto.setGasValue01(result);
//    //    dto.setGasName02(2);
//    //    dto.setGasValue02(result);
//    //    dto.setGasName03(3);
//    //    dto.setGasValue03(result);
//    //    dto.setGasName04(4);
//    //    dto.setGasValue04(result);
//    //    dto.setGasName05(5);
//    //    dto.setGasValue05(result);
//    //    dto.setGasName06(6);
//    //    dto.setGasValue06(result);
//    //    dto.setGasName07(7);
//    //    dto.setGasValue07(result);
//    //    dto.setGasName08(8);
//    //    dto.setGasValue08(result);
//    //    dto.setGasName09(9);
//    //    dto.setGasValue09(result);
//    //    dto.setGasName10(10);
//    //    dto.setGasValue10(result);
//    //    dto.setGasName11(11);
//    //    dto.setGasValue11(result);
//    //    dto.setGasName12(12);
//    //    dto.setGasValue12(result);
//    //    dto.setGasName13(13);
//    //    dto.setGasValue13(result);
//    //    dto.setGasName14(14);
//    //    dto.setGasValue14(result);
//    //    dto.setGasName15(15);
//    //    dto.setGasValue15(result);
//    //    dto.setGasName16(16);
//    //    dto.setGasValue16(result);
//    //    dto.setGasName17(17);
//    //    dto.setGasValue17(result);
//    //    dto.setGasName18(18);
//    //    dto.setGasValue18(result);
//    //    dto.setGasName19(19);
//    //    dto.setGasValue19(result);
//    //    dto.setGasName20(20);
//    //    dto.setGasValue20(result);
//    //    dto.setGasName21(21);
//    //    dto.setGasValue21(result);
//    //    dto.setGasName22(22);
//    //    dto.setGasValue22(result);
//    //    dto.setGasName23(23);
//    //    dto.setGasValue23(result);
//    //    dto.setGasName24(24);
//    //    dto.setGasValue24(result);
//    //    dto.setGasName25(25);
//    //    dto.setGasValue25(result);
//    //    dto.setGasName26(26);
//    //    dto.setGasValue26(result);
//    //    dto.setGasName27(27);
//    //    dto.setGasValue27(result);
//    //    dto.setGasName28(28);
//    //    dto.setGasValue28(result);
//    //    dto.setGasName29(29);
//    //    dto.setGasValue29(result);
//    //    dto.setGasName30(30);
//    //    dto.setGasValue30(result);
//    //    dataReceiveService.uploadGasConcentration(dto);
//    //}
//
//    @Autowired
//    private DataReceiveController dataReceiveController;
//
//    //@Scheduled(cron = "0/30 * * * * ?")
//    ////@Scheduled(cron = "0 0/15 * * * ?")
//    //@Async(value = "SocketTaskExecutor")
//    //public void testGasFlux() {
//    //    logger.info("【气体通量推送测试】："+LocalDateTime.now().format(execformatter));
//    //    for (int i = 1; i <= 6 ; i++) {
//    //        Random random = new Random();
//    //        double randomDouble = random.nextDouble() * 99.9 + 1;  // 生成1到100之间的随机双精度数
//    //        DecimalFormat decimalFormat = new DecimalFormat("0.0");
//    //        String formattedDouble = decimalFormat.format(randomDouble);
//    //        double result = Double.parseDouble(formattedDouble);
//    //        UploadGasFluxReqDTO dto = new UploadGasFluxReqDTO();
//    //        dto.setEquipmentId("No-123456");
//    //        dto.setTime(LocalDateTime.now());
//    //        dto.setAreaId(i);
//    //        dto.setType(1);
//    //        dto.setWindSpeed(12.3);
//    //        dto.setWindDirection(56);
//    //        dto.setGasName01(1);
//    //        dto.setGasValue01(result);
//    //        dto.setGasName02(2);
//    //        dto.setGasValue02(result);
//    //        dto.setGasName03(3);
//    //        dto.setGasValue03(result);
//    //        dto.setGasName04(4);
//    //        dto.setGasValue04(result);
//    //        dto.setGasName05(5);
//    //        dto.setGasValue05(result);
//    //        dto.setGasName06(6);
//    //        dto.setGasValue06(result);
//    //        dto.setGasName07(7);
//    //        dto.setGasValue07(result);
//    //        dto.setGasName08(8);
//    //        dto.setGasValue08(result);
//    //        dto.setGasName09(9);
//    //        dto.setGasValue09(result);
//    //        dto.setGasName10(10);
//    //        dto.setGasValue10(result);
//    //        dto.setGasName11(11);
//    //        dto.setGasValue11(result);
//    //        dto.setGasName12(12);
//    //        dto.setGasValue12(result);
//    //        dto.setGasName13(13);
//    //        dto.setGasValue13(result);
//    //        dto.setGasName14(14);
//    //        dto.setGasValue14(result);
//    //        dto.setGasName15(15);
//    //        dto.setGasValue15(result);
//    //        dto.setGasName16(16);
//    //        dto.setGasValue16(result);
//    //        dto.setGasName17(17);
//    //        dto.setGasValue17(result);
//    //        dto.setGasName18(18);
//    //        dto.setGasValue18(result);
//    //        dto.setGasName19(19);
//    //        dto.setGasValue19(result);
//    //        dto.setGasName20(20);
//    //        dto.setGasValue20(result);
//    //        dataReceiveController.uploadGasFlux(dto);
//    //    }
//    //}
//}