package com.whyc.service;
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import com.github.pagehelper.PageHelper;
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import com.github.pagehelper.PageInfo;
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import com.whyc.constant.BattTestEnum;
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import com.whyc.dto.AlarmDaoFactory;
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import com.whyc.dto.BattTestDataDTO;
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import com.whyc.dto.TestDaoFactory;
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import com.whyc.mapper.*;
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import com.whyc.pojo.BatttestdataInf;
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import org.springframework.beans.factory.annotation.Autowired;
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import org.springframework.stereotype.Service;
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import org.springframework.transaction.annotation.Transactional;
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import javax.annotation.Resource;
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import java.math.BigDecimal;
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import java.util.LinkedList;
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import java.util.List;
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@Service
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public class BattTestDataInf2Service {
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@Resource
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private BattTestDataInf2Mapper mapper;
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@Resource
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private AlarmParamMapper alarmParamMapper;
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@Resource
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private CommonMapper commonMapper;
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@Resource
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private BatttestdataInfMapper testDataInfMapper;
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@Resource
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private BattResDataInfMapper resDataInfMapper;
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@Resource
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private BatttestdataMapper testDataMapper;
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@Resource
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private BattResDataMapper resDataMapper;
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@Autowired
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private BattTestDataStopService testStopService;
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@Autowired
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private BattResDataService resDataService;
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/*新版接口不包含内阻数据
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* */
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public PageInfo<BatttestdataInf> calcTestData(BattTestDataDTO paramDto, Integer pageNum, Integer pageSize) {
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List<BatttestdataInf> calcDataList = new LinkedList<>();
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//查询电池组 电池信息或者电导信息
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PageHelper.startPage(pageNum, pageSize, true);
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List<BatttestdataInf> battTestInfList = mapper.getTestInfList(paramDto);
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PageInfo<BatttestdataInf> pageInfo = new PageInfo(battTestInfList);
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//查询电池测试过程具体电池组的落后单体相关信息
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//获取容量告警和容量更换告警参数
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List<Float> paramList = alarmParamMapper.getParamInfoList(AlarmDaoFactory.Alarm_CapAlarm, AlarmDaoFactory.Alarm_CapChange);
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Float alarmLowCoe4CapAlarm = paramList.get(0);
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Float alarmLowCoe4CapChange = paramList.get(1);
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//电池test测试
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battTestInfList.forEach(battTestDataInf -> {
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battTestDataInf.setAlarmLowCoe4CapAlarm(alarmLowCoe4CapAlarm);
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battTestDataInf.setAlarmLowCoe4CapChange(alarmLowCoe4CapChange);
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//获取测试仪表类型
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battTestDataInf.setTeststarttypeHex(TestDaoFactory.getTest_starttypeHex(battTestDataInf.getTestStarttype(), battTestDataInf.getTestType(), battTestDataInf.getTestDatatype()));
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//通过stop表获取落后单体信息
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String exist = commonMapper.existTable("db_batt_testdata", "tb_batttestdatastop_" + battTestDataInf.getBattGroupId());
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if (exist != null) {
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//计算落后信息
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battTestDataInf = testStopService.calcBehindInfo(battTestDataInf);
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}
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battTestDataInf.setMinMonvol(BigDecimal.valueOf(battTestDataInf.getMinMonvol()).setScale(3, BigDecimal.ROUND_HALF_UP).floatValue());
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calcDataList.add(battTestDataInf);
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});
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pageInfo.setList(calcDataList);
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return pageInfo;
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}
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/*旧版接口包含内阻数据
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* */
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public PageInfo<BatttestdataInf> calcTestData1(BattTestDataDTO paramDto, Integer pageNum, Integer pageSize) {
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List<BatttestdataInf> calcDataList = new LinkedList<>();
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//查询电池组 电池信息或者电导信息
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PageHelper.startPage(pageNum, pageSize, true);
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List<BatttestdataInf> battTestInfList = mapper.getTestInfList1(paramDto);
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PageInfo<BatttestdataInf> pageInfo = new PageInfo(battTestInfList);
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//查询电池测试过程具体电池组的落后单体相关信息
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//获取容量告警和容量更换告警参数
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List<Float> paramList = alarmParamMapper.getParamInfoList(AlarmDaoFactory.Alarm_CapAlarm, AlarmDaoFactory.Alarm_CapChange);
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Float alarmLowCoe4CapAlarm = paramList.get(0);
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Float alarmLowCoe4CapChange = paramList.get(1);
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//电池test测试
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if (paramDto.getTestType().intValue() != BattTestEnum.TEST_TYPE_RES_SER.getValue()) {
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battTestInfList.forEach(battTestDataInf -> {
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battTestDataInf.setAlarmLowCoe4CapAlarm(alarmLowCoe4CapAlarm);
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battTestDataInf.setAlarmLowCoe4CapChange(alarmLowCoe4CapChange);
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//获取测试仪表类型
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battTestDataInf.setTeststarttypeHex(TestDaoFactory.getTest_starttypeHex1(battTestDataInf.getTestStarttype(), battTestDataInf.getTestType()));
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//通过stop表获取落后单体信息
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String exist = commonMapper.existTable("db_batt_testdata", "tb_batttestdatastop_" + battTestDataInf.getBattGroupId());
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if (exist != null) {
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//计算落后信息
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battTestDataInf = testStopService.calcBehindInfo(battTestDataInf);
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}
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battTestDataInf.setMinMonvol(BigDecimal.valueOf(battTestDataInf.getMinMonvol()).setScale(3, BigDecimal.ROUND_HALF_UP).floatValue());
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calcDataList.add(battTestDataInf);
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});
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}else{//电池res测试
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battTestInfList.forEach(battTestDataInf -> {
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//获取仪表类型
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battTestDataInf.setTeststarttypeHex(TestDaoFactory.getRes_starttypeHex(battTestDataInf.getTestDevType()));
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//通过stop表获取落后单体信息
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String exist = commonMapper.existTable("db_batt_testdata","tb_battresdata_"+battTestDataInf.getBattGroupId());
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if(exist!=null){
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//求截至平均电压和最低电压单体编号和电压值
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battTestDataInf = resDataService.calcBehindInfo(battTestDataInf);
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}
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calcDataList.add(battTestDataInf);
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});
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}
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pageInfo.setList(calcDataList);
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return pageInfo;
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}
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@Transactional
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public boolean delete(Integer num, Integer battGroupId, Integer testRecordCount, Integer testType) {
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//充电,放电,在线监测
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if(testType == BattTestEnum.TEST_TYPE_CHARGE.getValue() ||
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testType == BattTestEnum.TEST_TYPE_DISCHARGE.getValue()||
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testType == BattTestEnum.TEST_TYPE_MONITOR.getValue()
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){
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//删除 测试表inf里的信息
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testDataInfMapper.deleteById(num);
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//删除 测试表_battGroupId里面对应的单体信息
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testDataMapper.deleteByTestRecordCount(battGroupId,testRecordCount);
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}else{ //电导或电阻
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//删除 测试表inf里的信息
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resDataInfMapper.deleteById(num);
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//删除 测试表_battGroupId里面对应的单体信息
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resDataMapper.deleteByTestRecordCount(battGroupId,testRecordCount);
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}
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return true;
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}
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}
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