CzDeviceReportService.java
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package com.iot.scheduler.service.chizhou;
import com.alibaba.fastjson.JSON;
import com.iot.scheduler.utils.MqttUtils;
import lombok.extern.slf4j.Slf4j;
import org.springframework.stereotype.Service;
import java.text.MessageFormat;
import java.text.SimpleDateFormat;
import java.util.*;
/**
* 池州经开区数据上传
*/
@Slf4j
@Service
public class CzDeviceReportService {
String broker = "112.30.143.137:5007";
String username = "admin";
String password = "ly@666yc";
public void deviceReport() {
List<String> deviceIdList = Arrays.asList("TCKJ-001", "TCKJ-002", "TCKJ-003", "TCKJ-004", "TCKJ-005", "TCKJ-006",
"TCKJ-007", "TCKJ-008", "TCKJ-009", "TCKJ-010", "TCKJ-011", "TCKJ-012", "TCKJ-013", "TCKJ-014", "TCKJ-015",
"TCKJ-016", "TCKJ-017", "TCKJ-018", "TCKJ-019", "TCKJ-020", "TCKJ-021", "TCKJ-022", "TCKJ-023", "TCKJ-024",
"TCKJ-025", "TCKJ-026", "TCKJ-027", "TCKJ-028", "TCKJ-029", "TCKJ-030", "TCKJ-031", "TCKJ-032", "TCKJ-033",
"TCKJ-034", "TCKJ-035", "TCKJ-036", "TCKJ-037", "TCKJ-038", "TCKJ-039", "TCKJ-040", "TCKJ-041",
"vJAzZWk1Q2I8cdq7kx3z", "LmiW3ljI4KP487CeMmol", "ceK7YSNLrTjVSSPaFmn3", "6KePBYyCiEgo10iJXIrF",
"9vrxIQhbaZ542DvCVne0", "XMLN-001", "XMLN-002", "XMLN-003", "XMLN-004", "XMLN-005", "XMLN-006", "XMLN-007",
"XMLN-008", "XMLN-009", "XMLN-010", "XMLN-011", "XMLN-012", "XMLN-013", "XMLN-014", "XMLN-015", "XMLN-016",
"XMLN-017", "XMLN-018", "XMLN-019", "XMLN-020", "XMLN-021", "XMLN-022", "XMLN-023", "XMLN-024", "XMLN-025",
"XMLN-026", "XMLN-027", "XMLN-028", "XMLN-029", "XMLN-030", "XMLN-031", "XMLN-032", "XMLN-033", "XMLN-034",
"XMLN-035", "XMLN-036", "XMLN-037", "XMLN-038", "XMLN-039", "XMLN-040", "XMLN-041", "XMLN-042", "XMLN-043",
"XMLN-044", "XMLN-045", "XMLN-046", "XMLN-047", "XMLN-048", "XMLN-049", "XMLN-050", "XMLN-051", "XMLN-052",
"GYDPF-014", "GYDPF-006", "KBS-1-1", "KBS-1-2", "KBS-3-1", "KBS-3-5", "KBS-3-3", "CS-001", "uzGf4mjzkOPwGO4aCOf3",
"GYDPF-001", "GYDPF-010", "KBS-1-5", "KBS-2-2", "KBS-3-7", "CS-003", "LBKXrYxLQN9W7qmmqzp5", "rba7VggnqGdNyPvVNs1n",
"GYDPF-002", "GYDPF-016", "GYDPF-017", "KBS-1-6", "EqFMlJarb2aDwpwvUi6J", "x2173A2HKOiPqeRsKtWY", "GYDPF-005",
"KBS-1-3", "KBS-2-1", "KBS-3-4", "1fzR6X57k2aafbbkH4po", "lbqMr5pmkNJLWEPSa0yp", "mYz1kUajPOROg0Ewcfhr",
"6TLlfKBbTMaUZGgHtvuH", "XTE8PKwLSYp29gE1umfW", "MqYu4y0OycHQkzZhothe", "IFeN0lAXlAVQ1fD7gwk1", "hZb9NsRCqtVBSagFqnPS",
"r22r53PNgY7TeqCK5y14", "KCGSwfTvGCtBfd0qsH63", "4KzFQCncmwFh7UT4vbHp", "GYDPF-007", "KBS-3-2", "t2kkUTZYqxmKLN4X4VPB",
"9vWKALGoat3XalEtQaRB", "vYtwLMkppPbM3CtB3U9U", "4vwTfMqi8oEtWxdEUrE8", "vVvK2cTLvjYtZX1dksyd", "GYDPF-003",
"KBS-3-8", "2E6eUu66qxl5Llr6ib5v", "iWbeBfwg36lIpBRMDnvO", "GYDPF-015", "KBS-2-4", "OSbA7X7FGETF0TXub4OS",
"GYDPF-008", "KBS-2-3", "KBS-2-7", "pRhGGECbXu6FBshyg2yg", "zrVVNRo8QIbjeYjdoCUq", "fjPj3oHW7cL5m0AE1t3y",
"8dJsgqjmxIIduP4Sr2rL", "GYDPF-012", "KBS-1-4", "JZ8Tbzye8rKotYTbHUJw", "dwToSYEWr04sPtBUxaOH", "GYDPF-009",
"oe3OmagW5Wi9yw9LfUr3", "2mDiH94D7uSh4CtD2bi0", "ceGyDxlK7xzMoUacIwCv", "gxECiKjMEsVkYyowKIMd", "irAqF3fmzaM5GIo8ZLAx",
"GYDPF-013", "KBS-2-5", "KBS-3-6", "dxPdbg2UqqYADPMy9TVe", "cjFUpeVPTOh4Uf6wnVH1", "VR5XgpqhFWGMcwdy8yPQ",
"GYDPF-004", "KBS-1-7", "KBS-2-8", "HEXmiSz0sXsahRHV2bQm", "0lIIGWP49Xuo91TnTvVx", "C99WsNGFSGQSV4n3YmrW",
"3paJSiHK32wvVM6f1tO8", "GYDPF-011", "KBS-1-8", "KBS-2-6", "yrk5Cxa6EJncWX2kTywa", "xOxHHscmrEBhLTlmyRrF",
"e3HzLoIl0p3iEM860EdK");
log.info("总设备数量: {}台", deviceIdList.size());
SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd HH:mm:ss");
String formattedDate = sdf.format(new Date());
log.info("上报时间统一为: {}", formattedDate);
// 用于统计状态分布
Map<Integer, Integer> statusCountMap = new HashMap<>();
statusCountMap.put(1, 0);
statusCountMap.put(2, 0);
statusCountMap.put(3, 0);
statusCountMap.put(4, 0);
// 用于统计上报结果
int successCount = 0;
int failCount = 0;
List<String> failedDevices = new ArrayList<>();
// 用于记录不同clientId的设备数量
int clientId1Count = 0;
int clientId2Count = 0;
int clientId3Count = 0;
for (int index = 0; index < deviceIdList.size(); index++) {
String deviceId = deviceIdList.get(index);
// 根据index确定clientId
String clientId = "2020672015207559169";
if (index > 45 && index <= 97) {
clientId = "2020672119054331904";
clientId2Count++;
} else if (index > 97) {
clientId = "2020672228886376448";
clientId3Count++;
} else {
clientId1Count++;
}
String topic = MessageFormat.format("/{0}/{1}/properties/report", clientId, deviceId);
// 获取设备状态
int deviceState = getDeviceState();
// 统计状态分布
statusCountMap.put(deviceState, statusCountMap.get(deviceState) + 1);
Map<String, Object> properties = new HashMap<>(5);
properties.put("type", 1);
properties.put("state", deviceState);
properties.put("time", formattedDate);
properties.put("output", 0); // 当日产量，还未确定，暂定为0
properties.put("energy", 0); // 当日能耗，还未确定，暂定为0
Map<String, Object> deviceMap = new HashMap<>(2);
deviceMap.put("deviceId", deviceId);
deviceMap.put("properties", properties);
// 记录调试信息
// if (log.isDebugEnabled()) {
// log.debug("准备上报设备信息: deviceId={}, clientId={}, state={}, topic={}",
// deviceId, clientId, deviceState, topic);
// }
try {
log.debug("开始MQTT发布: deviceId={}", deviceId);
MqttUtils.quickPublish(broker, topic, username, password, clientId, JSON.toJSONString(deviceMap));
successCount++;
// 每10个设备记录一次进度
// if ((index + 1) % 10 == 0) {
// log.info("已处理 {} 个设备，当前处理: {}", index + 1, deviceId);
// }
} catch (Exception e) {
failCount++;
failedDevices.add(deviceId);
log.error("设备上报失败: deviceId={}, clientId={}, topic={}, 错误信息: {}",
deviceId, clientId, topic, e.getMessage());
log.error("详细异常信息:", e);
}
// 可选：添加延迟，避免发送过快
try {
Thread.sleep(10); // 10毫秒延迟
} catch (InterruptedException e) {
log.warn("线程休眠被中断", e);
Thread.currentThread().interrupt();
}
}
// 任务完成，输出统计信息
log.info("========== 设备状态上报任务完成 ==========");
log.info("任务完成时间: {}", new Date());
log.info("设备总数: {}台", deviceIdList.size());
log.info("成功上报: {}台", successCount);
log.info("失败上报: {}台", failCount);
if (failCount > 0) {
log.warn("失败设备列表: {}", failedDevices);
}
// 输出clientId分布
log.info("clientId分布统计:");
log.info(" clientId-2020672015207559169: {}台", clientId1Count);
log.info(" clientId-2020672119054331904: {}台", clientId2Count);
log.info(" clientId-2020672228886376448: {}台", clientId3Count);
// 输出状态分布统计
log.info("设备状态分布统计 (按8:1:0.5:0.5比例):");
log.info(" 状态1(80%): {}台 (占比: {}%)",
statusCountMap.get(1),
String.format("%.1f", statusCountMap.get(1) * 100.0 / deviceIdList.size()));
log.info(" 状态2(10%): {}台 (占比: {}%)",
statusCountMap.get(2),
String.format("%.1f", statusCountMap.get(2) * 100.0 / deviceIdList.size()));
log.info(" 状态3(5%): {}台 (占比: {}%)",
statusCountMap.get(3),
String.format("%.1f", statusCountMap.get(3) * 100.0 / deviceIdList.size()));
log.info(" 状态4(5%): {}台 (占比: {}%)",
statusCountMap.get(4),
String.format("%.1f", statusCountMap.get(4) * 100.0 / deviceIdList.size()));
// 计算实际比例
double ratio1 = statusCountMap.get(1) / (double) statusCountMap.get(2);
double ratio3 = statusCountMap.get(3) / (double) statusCountMap.get(2);
double ratio4 = statusCountMap.get(4) / (double) statusCountMap.get(2);
log.info("实际比例: {} : 1 : {} : {}",
String.format("%.1f", ratio1),
String.format("%.1f", ratio3),
String.format("%.1f", ratio4));
// 任务执行耗时
log.info("========== 任务执行结束 ==========");
}
private int getDeviceState() {
Random random = new Random();
double rand = random.nextDouble();
int status;
if (rand < 0.8) {
status = 1; // 80%概率
} else if (rand < 0.9) {
status = 2; // 10%概率
} else if (rand < 0.95) {
status = 3; // 5%概率
} else {
status = 4; // 5%概率
}
// 调试日志
if (log.isTraceEnabled()) {
log.trace("生成设备状态: random={}, status={}", rand, status);
}
return status;
}
}