package com.iailab.module.ansteel.job.task;
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import com.iailab.module.data.api.point.DataPointApi;
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import com.iailab.module.data.api.point.dto.ApiPointValueWriteDTO;
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import com.iailab.module.model.api.mcs.McsApi;
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import com.iailab.module.model.api.mcs.dto.AlarmMessageRespDTO;
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import com.iailab.module.model.api.mcs.dto.ScheduleSuggestRespDTO;
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import com.iailab.module.model.api.mdk.MdkApi;
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import com.iailab.module.model.api.mdk.dto.MdkScheduleReqDTO;
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import com.iailab.module.model.api.mdk.dto.MdkScheduleRespDTO;
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import org.apache.commons.lang3.StringUtils;
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import org.slf4j.Logger;
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import org.slf4j.LoggerFactory;
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import org.springframework.beans.factory.annotation.Autowired;
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import org.springframework.stereotype.Component;
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import java.math.BigDecimal;
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import java.util.Calendar;
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import java.util.Date;
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import java.util.HashMap;
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import java.util.Map;
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/**
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* 执行调度方案定时任务
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*/
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@Component("runScheduleModuleTask")
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public class RunScheduleModuleTask implements ITask {
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private Logger logger = LoggerFactory.getLogger(getClass());
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private String GasCode = "AnSteelGasSchedule"; //日平衡
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private String LdgCode = "AnSteelldgstrategy"; //转炉实时调度
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private String CogCode = "AnSteelcogstrategy"; //焦炉实时调度
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private String BfgCode = "AnSteelbfgstrategy"; //高炉实时调度
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private String suggestionKey = "suggestion"; //建议key
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private String warningKey = "earlywarning"; //预警key
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private String guiweiRate = "guiweiRate"; //柜位上升下降速率key
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private String gas = "gas"; //煤气富余量key
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private String flag = "flag"; //煤气富余量key
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private String cogLowerKey = "lower_limit_ad_cog_guiwei"; //COG下限key
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private String cogUpperKey = "upper_limit_ad_cog_guiwei"; //COG上限key
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private String bfgLowerKey = "lower_limit_ad_bfg_guiwei"; //BFG下限key
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private String bfgUupperKey = "upper_limit_ad_bfg_guiwei"; //BFG上限key
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@Autowired
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private MdkApi mdkApi;
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@Autowired
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private McsApi mcsApi;
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@Autowired
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private DataPointApi dataPointApi;
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/**
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* 煤气调度调整方向
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* 1：超上限；-1：超下限；0：正常
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*/
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private static Map<String, BigDecimal> gasAdjustMode = new HashMap<>();
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/**
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* 煤气调度建议时间
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*/
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private static Map<String, Date> gasLastSugTime = new HashMap<>();
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@Override
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public void run(String params) {
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logger.info("runScheduleModuleTask定时任务正在执行，参数为：{}", params);
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try {
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Calendar calendar = Calendar.getInstance();
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calendar.set(Calendar.SECOND, 0);
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calendar.set(Calendar.MILLISECOND, 0);
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MdkScheduleReqDTO dto = new MdkScheduleReqDTO();
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dto.setScheduleTime(calendar.getTime());
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dto.setScheduleCode(params);
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MdkScheduleRespDTO mdkScheduleRespDTO = mdkApi.doSchedule(dto);
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logger.info(params + "调度方案执行完成，" + mdkScheduleRespDTO);
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logger.info("调度方案结果开始下发");
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if (mdkApi.scheduleModelOut(mdkScheduleRespDTO)) {
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logger.info("调度方案结果下发成功");
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} else {
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logger.error("调度方案结果下发失败");
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}
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//日平衡调度建议保存
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if (GasCode.equals(params)) {
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Object time8 = mdkScheduleRespDTO.getResult().get("Time8");
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Object time16 = mdkScheduleRespDTO.getResult().get("Time16");
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Object time24 = mdkScheduleRespDTO.getResult().get("Time24");
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if (time8 != null && StringUtils.isNotBlank(time8.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("日平衡建议");
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suggestDto.setContent(time8.toString());
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suggestDto.setScheduleObj("GAS");
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("日平衡建议{" + time8 + "}保存成功");
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} else {
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logger.error("日平衡建议保存失败");
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}
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}
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if (time16 != null && StringUtils.isNotBlank(time16.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("日平衡建议");
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suggestDto.setContent(time16.toString());
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suggestDto.setScheduleObj("GAS");
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("日平衡建议{" + time16 + "}保存成功");
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} else {
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logger.error("日平衡建议保存失败");
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}
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}
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if (time24 != null && StringUtils.isNotBlank(time24.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("日平衡建议");
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suggestDto.setContent(time24.toString());
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suggestDto.setScheduleObj("GAS");
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("日平衡建议{" + time24 + "}保存成功");
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} else {
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logger.error("日平衡建议保存失败");
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}
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}
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}
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//转炉实时调度
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if (LdgCode.equals(params)) {
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// 调整速率
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String scheduleObjLDG = "LDG";
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BigDecimal adjustValue = new BigDecimal(mdkScheduleRespDTO.getResult().get(flag).toString());
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if (adjustValue.compareTo(BigDecimal.ZERO) == 0) {
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logger.info("转炉实时调度建议 flag为0");
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}else if (gasAdjustMode.containsKey(scheduleObjLDG) && gasAdjustMode.get(scheduleObjLDG).equals(adjustValue) &&
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gasLastSugTime.containsKey(scheduleObjLDG) && (calendar.getTime().getTime() - gasLastSugTime.get(scheduleObjLDG).getTime() <= mdkScheduleRespDTO.getAdjustRate().longValue() * 60 * 1000)) {
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logger.info("转炉实时调度建议在有效期内");
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} else {
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// 建议
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Object suggestion = mdkScheduleRespDTO.getResult().get(suggestionKey);
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if (suggestion != null && StringUtils.isNotBlank(suggestion.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("转炉实时调度建议");
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suggestDto.setContent(suggestion.toString());
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suggestDto.setScheduleObj(scheduleObjLDG);
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("转炉实时调度建议{" + suggestion + "}保存成功");
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} else {
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logger.error("转炉实时调度建议保存失败");
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}
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}
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// 更新调整速率
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gasAdjustMode.put(scheduleObjLDG, adjustValue);
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gasLastSugTime.put(scheduleObjLDG, calendar.getTime());
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}
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// 预警
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Object earlywarning = mdkScheduleRespDTO.getResult().get(warningKey);
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if (earlywarning != null && StringUtils.isNotBlank(earlywarning.toString())) {
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AlarmMessageRespDTO alarmMessageRespDTO = new AlarmMessageRespDTO();
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alarmMessageRespDTO.setContent(earlywarning.toString());
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alarmMessageRespDTO.setTitle("转炉实时调度预警");
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alarmMessageRespDTO.setAlarmObj(scheduleObjLDG);
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alarmMessageRespDTO.setAlarmTime(dto.getScheduleTime());
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alarmMessageRespDTO.setCreateTime(calendar.getTime());
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if (mcsApi.createAlarmMessage(alarmMessageRespDTO)) {
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logger.info("转炉实时调度预警{" + earlywarning + "}保存成功");
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} else {
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logger.error("转炉实时调度预警保存失败");
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}
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}
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}
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//焦炉实时调度
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if (CogCode.equals(params)) {
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// 调整速率
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String scheduleObjCOG = "COG";
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BigDecimal adjustValue = new BigDecimal(mdkScheduleRespDTO.getResult().get(flag).toString());
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if (adjustValue.compareTo(BigDecimal.ZERO) == 0) {
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logger.info("焦炉实时调度建议 flag为0");
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}else if (gasAdjustMode.containsKey(scheduleObjCOG) && gasAdjustMode.get(scheduleObjCOG).equals(adjustValue) &&
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gasLastSugTime.containsKey(scheduleObjCOG) && (calendar.getTime().getTime() - gasLastSugTime.get(scheduleObjCOG).getTime() <= mdkScheduleRespDTO.getAdjustRate().longValue() * 60 * 1000)) {
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logger.info("焦炉实时调度建议在有效期内");
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}else {
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// 建议
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Object suggestion = mdkScheduleRespDTO.getResult().get(suggestionKey);
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if (suggestion != null && StringUtils.isNotBlank(suggestion.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("焦炉实时调度建议");
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suggestDto.setContent(suggestion.toString());
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suggestDto.setScheduleObj(scheduleObjCOG);
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setSort(1);
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("焦炉实时调度建议{" + suggestion + "}保存成功");
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} else {
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logger.error("焦炉实时调度建议保存失败");
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}
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}
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suggestion = mdkScheduleRespDTO.getResult().get(guiweiRate);
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if (suggestion != null && StringUtils.isNotBlank(suggestion.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("焦炉煤气柜柜位");
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suggestDto.setContent(suggestion.toString());
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suggestDto.setScheduleObj(scheduleObjCOG);
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setSort(2);
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("焦炉实时调度建议{" + suggestion + "}保存成功");
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} else {
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logger.error("焦炉实时调度建议保存失败");
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}
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}
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suggestion = mdkScheduleRespDTO.getResult().get(gas);
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if (suggestion != null && StringUtils.isNotBlank(suggestion.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("焦炉煤气富余量");
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suggestDto.setContent(suggestion.toString());
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suggestDto.setScheduleObj(scheduleObjCOG);
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setSort(3);
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("焦炉实时调度建议{" + suggestion + "}保存成功");
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} else {
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logger.error("焦炉实时调度建议保存失败");
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}
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}
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// 更新调整速率
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gasAdjustMode.put(scheduleObjCOG, adjustValue);
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gasLastSugTime.put(scheduleObjCOG, calendar.getTime());
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}
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// 预警
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Object earlywarning = mdkScheduleRespDTO.getResult().get(warningKey);
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if (earlywarning != null && StringUtils.isNotBlank(earlywarning.toString())) {
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AlarmMessageRespDTO alarmMessageRespDTO = new AlarmMessageRespDTO();
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alarmMessageRespDTO.setContent(earlywarning.toString());
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alarmMessageRespDTO.setTitle("焦炉实时调度预警");
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alarmMessageRespDTO.setAlarmObj(scheduleObjCOG);
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alarmMessageRespDTO.setAlarmTime(dto.getScheduleTime());
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alarmMessageRespDTO.setCreateTime(calendar.getTime());
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if (mcsApi.createAlarmMessage(alarmMessageRespDTO)) {
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logger.info("焦炉实时调度预警{" + earlywarning + "}保存成功");
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} else {
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logger.error("焦炉实时调度预警保存失败");
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}
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}
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// 下发上下限
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Object upper = mdkScheduleRespDTO.getResult().get(cogUpperKey);
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if (upper != null) {
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BigDecimal value = new BigDecimal(upper.toString()).setScale(2, BigDecimal.ROUND_HALF_UP);
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ApiPointValueWriteDTO pointValueWriteDTO = new ApiPointValueWriteDTO();
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pointValueWriteDTO.setPointNo("F0000201831");
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pointValueWriteDTO.setValue(value.doubleValue());
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dataPointApi.writePointRealValue(pointValueWriteDTO);
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}
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Object lower = mdkScheduleRespDTO.getResult().get(cogLowerKey);
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if (lower != null) {
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BigDecimal value = new BigDecimal(lower.toString()).setScale(2, BigDecimal.ROUND_HALF_UP);
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ApiPointValueWriteDTO pointValueWriteDTO = new ApiPointValueWriteDTO();
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pointValueWriteDTO.setPointNo("F0000201832");
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pointValueWriteDTO.setValue(value.doubleValue());
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dataPointApi.writePointRealValue(pointValueWriteDTO);
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}
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}
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//高炉实时调度
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if (BfgCode.equals(params)) {
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// 调整速率
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String scheduleObjBFG = "BFG";
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BigDecimal adjustValue = new BigDecimal(mdkScheduleRespDTO.getResult().get(flag).toString());
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if (adjustValue.compareTo(BigDecimal.ZERO) == 0) {
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logger.info("高炉实时调度建议 flag为0");
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}else if (gasAdjustMode.containsKey(scheduleObjBFG) && gasAdjustMode.get(scheduleObjBFG).equals(adjustValue) &&
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gasLastSugTime.containsKey(scheduleObjBFG) && (calendar.getTime().getTime() - gasLastSugTime.get(scheduleObjBFG).getTime() <= mdkScheduleRespDTO.getAdjustRate().longValue() * 60 * 1000)) {
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logger.info("高炉实时调度建议在有效期内");
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}else {
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// 建议
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Object suggestion = mdkScheduleRespDTO.getResult().get(suggestionKey);
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if (suggestion != null && StringUtils.isNotBlank(suggestion.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("高炉实时调度建议");
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suggestDto.setContent(suggestion.toString());
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suggestDto.setScheduleObj(scheduleObjBFG);
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setSort(1);
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("高炉实时调度建议{" + suggestion + "}保存成功");
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} else {
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logger.error("高炉实时调度建议保存失败");
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}
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}
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suggestion = mdkScheduleRespDTO.getResult().get(guiweiRate);
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if (suggestion != null && StringUtils.isNotBlank(suggestion.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("高炉煤气柜柜位");
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suggestDto.setContent(suggestion.toString());
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suggestDto.setScheduleObj(scheduleObjBFG);
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setSort(2);
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("高炉实时调度建议{" + suggestion + "}保存成功");
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} else {
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logger.error("高炉实时调度建议保存失败");
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}
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}
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suggestion = mdkScheduleRespDTO.getResult().get(gas);
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if (suggestion != null && StringUtils.isNotBlank(suggestion.toString())) {
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ScheduleSuggestRespDTO suggestDto = new ScheduleSuggestRespDTO();
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suggestDto.setTitle("高炉煤气富余量");
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suggestDto.setContent(suggestion.toString());
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suggestDto.setScheduleObj(scheduleObjBFG);
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suggestDto.setScheduleTime(dto.getScheduleTime());
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suggestDto.setSort(3);
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suggestDto.setCreateTime(new Date());
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if (mcsApi.createScheduleSuggest(suggestDto)) {
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logger.info("高炉实时调度建议{" + suggestion + "}保存成功");
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} else {
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logger.error("高炉实时调度建议保存失败");
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}
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}
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// 更新调整速率
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gasAdjustMode.put(scheduleObjBFG, adjustValue);
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gasLastSugTime.put(scheduleObjBFG, calendar.getTime());
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}
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// 预警
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Object earlywarning = mdkScheduleRespDTO.getResult().get(warningKey);
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if (earlywarning != null && StringUtils.isNotBlank(earlywarning.toString())) {
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AlarmMessageRespDTO alarmMessageRespDTO = new AlarmMessageRespDTO();
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alarmMessageRespDTO.setContent(earlywarning.toString());
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alarmMessageRespDTO.setTitle("高炉实时调度预警");
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alarmMessageRespDTO.setAlarmObj(scheduleObjBFG);
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alarmMessageRespDTO.setAlarmTime(dto.getScheduleTime());
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alarmMessageRespDTO.setCreateTime(calendar.getTime());
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if (mcsApi.createAlarmMessage(alarmMessageRespDTO)) {
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logger.info("高炉实时调度预警{" + earlywarning + "}保存成功");
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} else {
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logger.error("高炉实时调度预警保存失败");
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}
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}
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// 下发上下限
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Object upper = mdkScheduleRespDTO.getResult().get(bfgUupperKey);
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if (upper != null) {
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BigDecimal value = new BigDecimal(upper.toString()).setScale(2, BigDecimal.ROUND_HALF_UP);
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ApiPointValueWriteDTO pointValueWriteDTO = new ApiPointValueWriteDTO();
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pointValueWriteDTO.setPointNo("F0000201829");
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pointValueWriteDTO.setValue(value.doubleValue());
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dataPointApi.writePointRealValue(pointValueWriteDTO);
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}
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Object lower = mdkScheduleRespDTO.getResult().get(bfgLowerKey);
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if (lower != null) {
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BigDecimal value = new BigDecimal(lower.toString()).setScale(2, BigDecimal.ROUND_HALF_UP);
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ApiPointValueWriteDTO pointValueWriteDTO = new ApiPointValueWriteDTO();
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pointValueWriteDTO.setPointNo("F0000201830");
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pointValueWriteDTO.setValue(value.doubleValue());
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dataPointApi.writePointRealValue(pointValueWriteDTO);
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}
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}
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} catch (Exception ex) {
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logger.error("runScheduleModuleTask运行异常", ex);
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}
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logger.info("runScheduleModuleTask运行完成");
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}
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}
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