package com.qianwen.smartman.modules.mdc.service.impl;

import java.sql.Timestamp;
import java.time.LocalDate;
import java.time.chrono.ChronoLocalDate;
import java.time.temporal.ChronoUnit;
import java.util.ArrayList;
import java.util.Comparator;
import java.util.HashMap;
import java.util.Iterator;
import java.util.LinkedHashMap;
import java.util.List;
import java.util.Map;
import java.util.Optional;
import java.util.Set;
import java.util.stream.Collectors;

import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import org.springframework.stereotype.Service;
import org.springframework.web.multipart.MultipartFile;

import com.baomidou.mybatisplus.core.metadata.IPage;
import com.baomidou.mybatisplus.core.toolkit.Wrappers;
import com.google.common.collect.Lists;
import com.qianwen.core.excel.util.ExcelUtil;
import com.qianwen.core.log.exception.ServiceException;
import com.qianwen.core.mp.support.Condition;
import com.qianwen.core.mp.support.Query;
import com.qianwen.core.oss.model.BladeFile;
import com.qianwen.core.tool.support.Kv;
import com.qianwen.core.tool.utils.DateUtil;
import com.qianwen.core.tool.utils.Func;
import com.qianwen.core.tool.utils.StringUtil;
import com.qianwen.smartman.common.cache.cps.TimeSliceCache;
import com.qianwen.smartman.common.cache.cps.WorkstationCache;
import com.qianwen.smartman.common.constant.CalendarConstant;
import com.qianwen.smartman.common.constant.CommonConstant;
import com.qianwen.smartman.common.constant.DateConstant;
import com.qianwen.smartman.common.constant.ExcelConstant;
import com.qianwen.smartman.common.constant.MdcConstant;
import com.qianwen.smartman.common.enums.DefaultWcsEnum;
import com.qianwen.smartman.common.utils.LocalDateTimeUtils;
import com.qianwen.smartman.common.utils.MessageUtils;
import com.qianwen.smartman.modules.cps.entity.CommonGroup;
import com.qianwen.smartman.modules.cps.entity.GlobalWcs;
import com.qianwen.smartman.modules.cps.entity.ShiftDetail;
import com.qianwen.smartman.modules.cps.entity.Workstation;
import com.qianwen.smartman.modules.cps.enums.WorkstationTypeEnum;
import com.qianwen.smartman.modules.cps.mapper.CalendarMapper;
import com.qianwen.smartman.modules.cps.service.ICalendarService;
import com.qianwen.smartman.modules.cps.service.ICommonGroupService;
import com.qianwen.smartman.modules.cps.service.IWorkstationService;
import com.qianwen.smartman.modules.mdc.dto.CountStatusDTO;
import com.qianwen.smartman.modules.mdc.dto.GroupWorkDTO;
import com.qianwen.smartman.modules.mdc.dto.IntervalDateDto;
import com.qianwen.smartman.modules.mdc.dto.MixShiftDetailsDTO;
import com.qianwen.smartman.modules.mdc.dto.NameIdDTO;
import com.qianwen.smartman.modules.mdc.dto.ShiftIndexNameDTO;
import com.qianwen.smartman.modules.mdc.entity.SuperAggregateState;
import com.qianwen.smartman.modules.mdc.enums.OpenTypeEnums;
import com.qianwen.smartman.modules.mdc.enums.StatisticalMethodEnum;
import com.qianwen.smartman.modules.mdc.excel.TimeUsedDateExcel;
import com.qianwen.smartman.modules.mdc.excel.TimeUsedExport;
import com.qianwen.smartman.modules.mdc.mapper.SuperAggregateStateMapper;
import com.qianwen.smartman.modules.mdc.service.ISuperAggregateStateService;
import com.qianwen.smartman.modules.mdc.service.ITimeUsedAnalysisService;
import com.qianwen.smartman.modules.mdc.utils.FilterOffUtils;
import com.qianwen.smartman.modules.mdc.vo.QueryShiftIndexNameVO;
import com.qianwen.smartman.modules.mdc.vo.TimeUsedAnalysisWorkstationVO;
import com.qianwen.smartman.modules.mdc.vo.TimeUsedStatisticsByWorkstationVO;
import com.qianwen.smartman.modules.mdc.vo.WorkstationBandShiftVO;
import com.qianwen.smartman.modules.mdc.vo.excel.TimeUsedExcelVO;
import com.qianwen.smartman.modules.resource.builder.oss.OssBuilder;

import cn.hutool.core.util.NumberUtil;

@Service
public class TimeUsedAnalysisServiceImpl implements ITimeUsedAnalysisService {
    private static final Logger log = LoggerFactory.getLogger(TimeUsedAnalysisServiceImpl.class);
    private final SuperAggregateStateMapper baseMapper;
    private final IWorkstationService workstationService;
    private final ICommonGroupService commonGroupService;
    private final CalendarMapper calendarMapper;
    private final ISuperAggregateStateService stateService;
    private final OssBuilder ossBuilder;
    private final ICalendarService calendarService;

    public TimeUsedAnalysisServiceImpl(final SuperAggregateStateMapper baseMapper, final IWorkstationService workstationService, final ICommonGroupService commonGroupService, final CalendarMapper calendarMapper, final ISuperAggregateStateService stateService, final OssBuilder ossBuilder, final ICalendarService calendarService) {
        this.baseMapper = baseMapper;
        this.workstationService = workstationService;
        this.commonGroupService = commonGroupService;
        this.calendarMapper = calendarMapper;
        this.stateService = stateService;
        this.ossBuilder = ossBuilder;
        this.calendarService = calendarService;
    }

    @Override // org.springblade.modules.mdc.service.ITimeUsedAnalysisService
    public TimeUsedAnalysisWorkstationVO timeUsedStatisticsByWorkstation(TimeUsedStatisticsByWorkstationVO stationVO, Query query) {
        Integer type = stationVO.getType();
        if (MdcConstant.WORK_STATION.equals(type)) {
            return buildWorkStation(query, stationVO);
        }
        return buildGroup(query, stationVO);
    }

    private TimeUsedAnalysisWorkstationVO buildWorkStation(Query query, TimeUsedStatisticsByWorkstationVO stationVO) {
        TimeUsedAnalysisWorkstationVO res;
        StatisticalMethodEnum methodEnum = stationVO.getEnums();
        List<String> ids = stationVO.getIds();
        LocalDate queryTime = stationVO.getQueryTime();
        IPage<Workstation> page = this.workstationService.page(Condition.getPage(query),Wrappers.<Workstation>lambdaQuery()
                .in(Func.isNotEmpty(ids), Workstation::getId, ids)
                .eq(Workstation::getType, WorkstationTypeEnum.MACHINE.getCode())
                .eq(Workstation::getStatus, CommonConstant.ENABLE)
                .isNotNull(Workstation::getCalendarCode)
                .orderByAsc(Workstation::getCode));
        /*
        IPage<Workstation> page = this.workstationService.page(Condition.getPage(query), (Wrapper) ((LambdaQueryWrapper) ((LambdaQueryWrapper) ((LambdaQueryWrapper) Wrappers.lambdaQuery().in(Func.isNotEmpty(ids), (v0) -> {
            return v0.getId();
        }, ids).eq((v0) -> {
            return v0.getType();
        }, WorkstationTypeEnum.MACHINE.getCode())).eq((v0) -> {
            return v0.getStatus();
        }, CommonConstant.ENABLE)).isNotNull((v0) -> {
            return v0.getCalendarCode();
        })).orderByAsc((v0) -> {
            return v0.getCode();
        }));*/
        long total = page.getTotal();
        List<Workstation> workstations = page.getRecords();
        if (Func.isEmpty(workstations)) {
            return new TimeUsedAnalysisWorkstationVO();
        }
        switch (methodEnum) {
            case DAY:
                res = buildTimeUsedAnalysisDay(workstations, queryTime);
                res.setTotal(Long.valueOf(total));
                break;
            case WEEK:
                res = buildTimeUsedAnalysisWeek(workstations, stationVO.getYear(), stationVO.getWeek());
                res.setTotal(Long.valueOf(total));
                break;
            case MONTH:
                res = buildTimeUsedAnalysisMonth(workstations, stationVO.getYear(), stationVO.getMonth());
                res.setTotal(Long.valueOf(total));
                break;
            default:
                res = buildTimeUsedAnalysisShift(ids, queryTime, stationVO.getShiftIndex(), query);
                break;
        }
        return res;
    }

    private TimeUsedAnalysisWorkstationVO buildTimeUsedAnalysisDay(List<Workstation> workstations, LocalDate queryTime) {
        List<Long> ids = workstations.stream().map((v0) -> {
            return v0.getId();
        }).collect(Collectors.toList());
        List<NameIdDTO> workStationDetails = Lists.newArrayList();
        List<List<CountStatusDTO>> countStatus = Lists.newArrayList();
        Set<Integer> wcsList = listGlobalWcs().stream().map(c -> {
            return Integer.valueOf(Integer.parseInt(c.getCode()));
        }).collect(Collectors.toSet());
        
        List<SuperAggregateState> stateList = this.baseMapper.dateState(DateUtil.format(queryTime, "yyyyMMdd"), ids);
        Map<Long, Map<Integer, Long>> map = buildStateMap(wcsList, stateList);
        for (Workstation workstation : workstations) {
            workStationDetails.add(NameIdDTO.builder().id(workstation.getId()).name(workstation.getName() + "\n" + workstation.getCode()).build());
            Long id = workstation.getId();
            Map<Integer, Long> countResults = mergeMap(map.get(id), wcsList);
            log.info("day合并后:{}", countResults);
            countStatus.add(buildCountStatus(countResults));
        }
        return TimeUsedAnalysisWorkstationVO.builder().countStatus(countStatus).workStationDetails(workStationDetails).build();
    }

    private TimeUsedAnalysisWorkstationVO buildTimeUsedAnalysisWeek(List<Workstation> workstations, Integer year, Integer week) {
        List<Long> ids = workstations.stream().map((v0) -> {
            return v0.getId();
        }).collect(Collectors.toList());
        List<NameIdDTO> workStationDetails = Lists.newArrayList();
        List<List<CountStatusDTO>> countStatus = Lists.newArrayList();
        Set<Integer> wcsList = listGlobalWcs().stream().map(c -> {
            return Integer.valueOf(Integer.parseInt(c.getCode()));
        }).collect(Collectors.toSet());
        List<SuperAggregateState> stateList = this.baseMapper.weekState(ids, year, week);
        Map<Long, Map<Integer, Long>> map = buildStateMap(wcsList, stateList);
        for (Workstation workstation : workstations) {
            workStationDetails.add(NameIdDTO.builder().id(workstation.getId()).name(workstation.getName() + "\n" + workstation.getCode()).build());
            Long id = workstation.getId();
            Map<Integer, Long> countResults = mergeMap(map.get(id), wcsList);
            log.info("week合并后:{}", countResults);
            countStatus.add(buildCountStatus(countResults));
        }
        return TimeUsedAnalysisWorkstationVO.builder().countStatus(countStatus).workStationDetails(workStationDetails).build();
    }

    private TimeUsedAnalysisWorkstationVO buildTimeUsedAnalysisMonth(List<Workstation> workstations, Integer year, Integer month) {
        List<Long> ids = workstations.stream().map((v0) -> {
            return v0.getId();
        }).collect(Collectors.toList());
        List<NameIdDTO> workStationDetails = Lists.newArrayList();
        List<List<CountStatusDTO>> countStatus = Lists.newArrayList();
        Set<Integer> wcsList = listGlobalWcs().stream().map(c -> {
            return Integer.valueOf(Integer.parseInt(c.getCode()));
        }).collect(Collectors.toSet());
        List<SuperAggregateState> stateList = this.baseMapper.yearState(ids, year, month);
        Map<Long, Map<Integer, Long>> map = buildStateMap(wcsList, stateList);
        for (Workstation workstation : workstations) {
            workStationDetails.add(NameIdDTO.builder().id(workstation.getId()).name(workstation.getName() + "\n" + workstation.getCode()).build());
            Long id = workstation.getId();
            Map<Integer, Long> countResults = mergeMap(map.get(id), wcsList);
            log.info("month合并后:{}", countResults);
            countStatus.add(buildCountStatus(countResults));
        }
        return TimeUsedAnalysisWorkstationVO.builder().countStatus(countStatus).workStationDetails(workStationDetails).build();
    }

    private TimeUsedAnalysisWorkstationVO buildTimeUsedAnalysisShift(List<String> ids, LocalDate queryTime, Integer shiftIndex, Query query) {
        List<NameIdDTO> workStationDetails = Lists.newArrayList();
        List<List<CountStatusDTO>> countStatus = Lists.newArrayList();
        IPage<Workstation> workstationPages = this.workstationService.listWorkStationOnShiftIndex(ids, queryTime, query, shiftIndex, WorkstationTypeEnum.MACHINE.getCode());
        Set<Integer> wcsList = listGlobalWcs().stream().map(c -> {
            return Integer.valueOf(Integer.parseInt(c.getCode()));
        }).collect(Collectors.toSet());
        LinkedHashMap<String, List<Workstation>> calendarMap = workstationPages.getRecords().stream().collect(Collectors.groupingBy((v0) -> {
            return v0.getCalendarCode();
        }, LinkedHashMap::new, Collectors.toList()));
        calendarMap.forEach((calendarCode, workStationsList) -> {
            List<Long> workStationIds =  workStationsList.stream().map((v0) -> {
                return v0.getId();
            }).collect(Collectors.toList());
            List<SuperAggregateState> stateList = this.baseMapper.shiftState(workStationIds, DateUtil.format(queryTime, "yyyyMMdd"), shiftIndex, calendarCode);
            Map<Long, Map<Integer, Long>> map = buildStateMap(wcsList, stateList);
            Iterator<Workstation> it = workStationsList.iterator();
            while (it.hasNext()) {
                Workstation workstation = it.next();
                workStationDetails.add(NameIdDTO.builder().id(workstation.getId()).name(workstation.getName() + "\n" + workstation.getCode()).build());
                Long id = workstation.getId();
                Map<Integer, Long> countResults = mergeMap(map.get(id), wcsList);
                log.info("month合并后:{}", countResults);
                countStatus.add(buildCountStatus(countResults));
            }
        });
        return TimeUsedAnalysisWorkstationVO.builder().countStatus(countStatus).workStationDetails(workStationDetails).total(Long.valueOf(workstationPages.getTotal())).build();
    }

    private TimeUsedAnalysisWorkstationVO buildGroup(Query query, TimeUsedStatisticsByWorkstationVO stationVO) {
        TimeUsedAnalysisWorkstationVO res;
        StatisticalMethodEnum methodEnum = stationVO.getEnums();
        List<String> ids = stationVO.getIds();
        LocalDate queryTime = stationVO.getQueryTime();
        String groupType = stationVO.getGroupType();
        String groupCategory = stationVO.getGroupCategory();
        long total = this.commonGroupService.count(Wrappers.<CommonGroup>lambdaQuery()
                .eq(CommonGroup::getGroupType, groupType)
                .eq(CommonGroup::getGroupCategory, groupCategory)
                .in(Func.isNotEmpty(ids), CommonGroup::getId, ids));
        /*
        long total = this.commonGroupService.count(((LambdaQueryWrapper) ((LambdaQueryWrapper) Wrappers.lambdaQuery().eq((v0) -> {
            return v0.getGroupType();
        }, groupType)).eq((v0) -> {
            return v0.getGroupCategory();
        }, groupCategory)).in(Func.isNotEmpty(ids), (v0) -> {
            return v0.getId();
        }, ids));*/
        IPage<CommonGroup> page = this.commonGroupService.page(Condition.getPage(query), Wrappers.<CommonGroup>lambdaQuery()
                .eq(CommonGroup::getGroupType, groupType)
                .eq(CommonGroup::getGroupCategory, groupCategory)
                .in(Func.isNotEmpty(ids), CommonGroup::getId, ids)
                .orderByAsc(CommonGroup::getCode));
        /*
        IPage<CommonGroup> page = this.commonGroupService.page(Condition.getPage(query), (Wrapper) ((LambdaQueryWrapper) ((LambdaQueryWrapper) Wrappers.lambdaQuery().eq((v0) -> {
            return v0.getGroupType();
        }, groupType)).eq((v0) -> {
            return v0.getGroupCategory();
        }, groupCategory)).in(Func.isNotEmpty(ids), (v0) -> {
            return v0.getId();
        }, ids).orderByAsc((v0) -> {
            return v0.getCode();
        }));*/
        List<CommonGroup> groups = page.getRecords();
        if (Func.isEmpty(groups)) {
            return new TimeUsedAnalysisWorkstationVO();
        }
        Map<Long, Set<Long>> groupWorkstationMap = this.commonGroupService.groupWorkstationMap(groups.stream().map(c -> {
            return String.valueOf(c.getId());
        }).collect(Collectors.toList()));
        
        switch (methodEnum) {
            case DAY:
                res = buildTimeUsedAnalysisGroupDay(groups, groupWorkstationMap, queryTime);
                break;
            case WEEK:
                res = buildTimeUsedAnalysisGroupWeek(groups, groupWorkstationMap, stationVO.getYear(), stationVO.getWeek());
                break;
            case MONTH:
                res = buildTimeUsedAnalysisGroupMonth(groups, groupWorkstationMap, stationVO.getYear(), stationVO.getMonth());
                break;
            default:
            	res = this.buildTimeUsedAnalysisShift(ids, queryTime, stationVO.getShiftIndex(), query);
                break;
             
        }
        res.setTotal(Long.valueOf(total));
        return res;
    }

    private TimeUsedAnalysisWorkstationVO buildTimeUsedAnalysisGroupDay(List<CommonGroup> groups, Map<Long, Set<Long>> groupWorkstationMap, LocalDate queryTime) {
        List<NameIdDTO> workStationDetails = Lists.newArrayList();
        List<List<CountStatusDTO>> countStatus = Lists.newArrayList();
        for (CommonGroup group : groups) {
            workStationDetails.add(NameIdDTO.builder().id(group.getId()).name(group.getName()).build());
            Long id = group.getId();
            Set<Long> workstationIds = groupWorkstationMap.get(id);
            if (Func.isEmpty(workstationIds)) {
                countStatus.add(buildCountStatus(new HashMap<>(10)));
            } else {
                Set<Integer> wcsList = listGlobalWcs().stream().map(c -> {
                    return Integer.valueOf(Integer.parseInt(c.getCode()));
                }).collect(Collectors.toSet());
                List<SuperAggregateState> stateEndTimeNotNullList = this.baseMapper.dateState(DateUtil.format(queryTime, "yyyyMMdd"), Lists.newArrayList(workstationIds));
                Map<Integer, Long> map = buildStateGroupMap(wcsList, FilterOffUtils.filterOffDay(stateEndTimeNotNullList, OpenTypeEnums.TIME_USED_ANALYSIS));
                Map<Integer, Long> countResults = mergeMap(map, wcsList);
                log.info("groupDay:{}", countResults);
                countStatus.add(buildCountStatus(countResults));
            }
        }
        return TimeUsedAnalysisWorkstationVO.builder().countStatus(countStatus).workStationDetails(workStationDetails).build();
    }

    private TimeUsedAnalysisWorkstationVO buildTimeUsedAnalysisGroupWeek(List<CommonGroup> groups, Map<Long, Set<Long>> groupWorkstationMap, Integer year, Integer week) {
        List<NameIdDTO> workStationDetails = Lists.newArrayList();
        List<List<CountStatusDTO>> countStatus = Lists.newArrayList();
        for (CommonGroup group : groups) {
            workStationDetails.add(NameIdDTO.builder().id(group.getId()).name(group.getName()).build());
            Long id = group.getId();
            Set<Long> workstationIds = groupWorkstationMap.get(id);
            if (Func.isEmpty(workstationIds)) {
                countStatus.add(buildCountStatus(new HashMap<>(10)));
            } else {
                Set<Integer> wcsList = listGlobalWcs().stream().map(c -> {
                    return Integer.valueOf(Integer.parseInt(c.getCode()));
                }).collect(Collectors.toSet());
                List<SuperAggregateState> stateEndTimeNotNullList = this.baseMapper.weekState(Lists.newArrayList(workstationIds), year, week);
                Map<Integer, Long> map = buildStateGroupMap(wcsList, FilterOffUtils.filterOffDay(stateEndTimeNotNullList, OpenTypeEnums.TIME_USED_ANALYSIS));
                Map<Integer, Long> countResults = mergeMap(map, wcsList);
                log.info("groupWeek:{}", countResults);
                countStatus.add(buildCountStatus(countResults));
            }
        }
        return TimeUsedAnalysisWorkstationVO.builder().countStatus(countStatus).workStationDetails(workStationDetails).build();
    }

    private TimeUsedAnalysisWorkstationVO buildTimeUsedAnalysisGroupMonth(List<CommonGroup> groups, Map<Long, Set<Long>> groupWorkstationMap, Integer year, Integer month) {
        List<NameIdDTO> workStationDetails = Lists.newArrayList();
        List<List<CountStatusDTO>> countStatus = Lists.newArrayList();
        for (CommonGroup group : groups) {
            workStationDetails.add(NameIdDTO.builder().id(group.getId()).name(group.getName()).build());
            Long id = group.getId();
            Set<Long> workstationIds = groupWorkstationMap.get(id);
            if (Func.isEmpty(workstationIds)) {
                countStatus.add(buildCountStatus(new HashMap<>(10)));
            } else {
                Set<Integer> wcsList = listGlobalWcs().stream().map(c -> {
                    return Integer.valueOf(Integer.parseInt(c.getCode()));
                }).collect(Collectors.toSet());
                List<SuperAggregateState> stateEndTimeNotNullList = this.baseMapper.yearState(Lists.newArrayList(workstationIds), year, month);
                Map<Integer, Long> map1 = buildStateGroupMap(wcsList, FilterOffUtils.filterOffDay(stateEndTimeNotNullList, OpenTypeEnums.TIME_USED_ANALYSIS));
                Map<Integer, Long> countResults = mergeMap(map1, wcsList);
                log.info("groupMonth:{}", countResults);
                countStatus.add(buildCountStatus(countResults));
            }
        }
        return TimeUsedAnalysisWorkstationVO.builder().countStatus(countStatus).workStationDetails(workStationDetails).build();
    }

    private TimeUsedAnalysisWorkstationVO buildTimeUsedAnalysisGroupShift(List<CommonGroup> groups, Map<Long, Set<Long>> groupWorkstationMap, LocalDate queryTime, Integer shiftIndex) {
        List<NameIdDTO> workStationDetails = Lists.newArrayList();
        List<List<CountStatusDTO>> countStatus = Lists.newArrayList();
        List<Long> ids =  groupWorkstationMap.values().stream().flatMap((v0) -> {
            return v0.stream();
        }).distinct().collect(Collectors.toList());
        Map<Long, String> calendarMap = findWorkstationCalendarCode(ids);
        Map<Long, CommonGroup> groupMap = groups.stream().collect(Collectors.toMap((v0) -> {
            return v0.getId();
        }, v -> {
            return v;
        }));
        groupWorkstationMap.forEach((groupId, workstationIds) -> {
            CommonGroup group = (CommonGroup) groupMap.getOrDefault(groupId, new CommonGroup());
            workStationDetails.add(NameIdDTO.builder().id(group.getId()).name(group.getName()).build());
            if (Func.isEmpty(workstationIds)) {
                countStatus.add(buildCountStatus(new HashMap<>(10)));
                return;
            }
            Set<Integer> wcsList = listGlobalWcs().stream().map(c -> {
                return Integer.valueOf(Integer.parseInt(c.getCode()));
            }).collect(Collectors.toSet());
            List<SuperAggregateState> superAggregateStates =  workstationIds.stream().map(wId -> {
                return this.baseMapper.countStatsShift(String.valueOf(wId), DateUtil.format(queryTime, "yyyyMMdd"), shiftIndex, String.valueOf(calendarMap.get(wId)));
            }).filter((v0) -> {
                return Func.isNotEmpty(v0);
            }).flatMap((v0) -> {
                return v0.stream();
            }).filter((v0) -> {
                return Func.isNotEmpty(v0);
            }).collect(Collectors.toList());
            Map<Integer, Long> map = buildStateGroupMap(wcsList, FilterOffUtils.filterOffDay(superAggregateStates, OpenTypeEnums.TIME_USED_ANALYSIS));
            Map<Integer, Long> resultMap = mergeMap(map, wcsList);
            log.info("groupShift:{}", resultMap);
            countStatus.add(buildCountStatus(resultMap));
        });
        return TimeUsedAnalysisWorkstationVO.builder().countStatus(countStatus).workStationDetails(workStationDetails).build();
    }

    private Map<Long, String> findWorkstationCalendarCode(List<Long> workstationIds) {
        if (Func.isEmpty(workstationIds)) {
            return new HashMap<>(10);
        }
        return this.workstationService.list(Wrappers.<Workstation>lambdaQuery()
                .in(Workstation::getId, workstationIds))
              .stream()
              .collect(Collectors.toMap(Workstation::getId, Workstation::getCalendarCode));
        /*
        return (Map) this.workstationService.list((Wrapper) Wrappers.lambdaQuery().in((v0) -> {
            return v0.getId();
        }, workstationIds)).stream().collect(Collectors.toMap((v0) -> {
            return v0.getId();
        }, (v0) -> {
            return v0.getCalendarCode();
        }));*/
    }

    private List<CountStatusDTO> buildCountStatus(Map<Integer, Long> map) {
        List<GlobalWcs> list = listGlobalWcs();
        return list.stream().map(value -> {
            String code = value.getCode();
            Long count = (Long) map.getOrDefault(Integer.valueOf(Integer.parseInt(code)), 0L);
            return CountStatusDTO.builder().count(count).statusName(value.getName()).code(code).build();
        }).collect(Collectors.toList());
    }

    private Map<Long, Map<Integer, Long>> buildStateMap(Set<Integer> wcsList, List<SuperAggregateState> stateList) {
        List<SuperAggregateState> stateList2 = FilterOffUtils.filterOffDay(stateList, OpenTypeEnums.TIME_USED_ANALYSIS);
        Timestamp ts = new Timestamp(System.currentTimeMillis());
        return stateList2.stream().peek(c -> {
            Timestamp endTime = c.getEndTime();
            if (endTime == null) {
                c.setEndTime(ts);
            }
            c.setDurationCollect(Long.valueOf(LocalDateTimeUtils.betweenTwoTime(c.getStartTime().toLocalDateTime(), c.getEndTime().toLocalDateTime(), ChronoUnit.MILLIS)));
        }).filter(c2 -> {
            return (!wcsList.contains(c2.getValueCollect()) || c2.getValueCollect() == null || c2.getDurationCollect() == null) ? false : true;
        }).collect(Collectors.groupingBy((v0) -> {
            return v0.getWorkstationId();
        }, Collectors.groupingBy((v0) -> {
            return v0.getValueCollect();
        }, Collectors.summingLong((v0) -> {
            return v0.getDurationCollect();
        }))));
    }

    private Map<Integer, Long> buildStateGroupMap(Set<Integer> wcsList, List<SuperAggregateState> stateList) {
        Timestamp ts = new Timestamp(System.currentTimeMillis());
        return stateList.stream().peek(c -> {
            Timestamp endTime = c.getEndTime();
            if (endTime == null) {
                c.setEndTime(ts);
            }
            c.setDurationCollect(Long.valueOf(LocalDateTimeUtils.betweenTwoTime(c.getStartTime().toLocalDateTime(), c.getEndTime().toLocalDateTime(), ChronoUnit.MILLIS)));
        }).filter(c2 -> {
            return (!wcsList.contains(c2.getValueCollect()) || c2.getValueCollect() == null || c2.getDurationCollect() == null) ? false : true;
        }).collect(Collectors.groupingBy((v0) -> {
            return v0.getValueCollect();
        }, Collectors.summingLong((v0) -> {
            return v0.getDurationCollect();
        })));
    }

    private Map<Integer, Long> mergeMap(Map<Integer, Long> map, Set<Integer> wcsList) {
        Map<Integer, Long> result = new HashMap<>(wcsList.size());
        wcsList.forEach(wcs -> {
            Long w1 = 0L;
            if (Func.isNotEmpty(map)) {
                w1 = (Long) map.getOrDefault(wcs, 0L);
            }
            result.put(wcs, w1);
        });
        return result;
    }

    private List<GlobalWcs> listGlobalWcs() {
        return WorkstationCache.getDefaultWcs();
    }

    @Override // org.springblade.modules.mdc.service.ITimeUsedAnalysisService
    public WorkstationBandShiftVO queryWorkStationShiftIndexName(QueryShiftIndexNameVO vo) {
        Integer type = vo.getType();
        if (MdcConstant.WORK_STATION.equals(type)) {
            return getWorkShiftIndexName(vo);
        }
        return getGroupShiftIndexName(vo);
    }

    @Override // org.springblade.modules.mdc.service.ITimeUsedAnalysisService
    public Map<Long, List<ShiftIndexNameDTO>> queryWorkStationShiftIndex(List<Long> workstationIds, LocalDate localDate) {
        Map<Long, List<ShiftIndexNameDTO>> idToValue = Kv.newMap();
        workstationIds.forEach(workstationId -> {
        	Workstation workstation = this.workstationService.getOne(Wrappers.<Workstation>lambdaQuery().eq(Workstation::getId, workstationId)
        			.eq(Workstation::getType, WorkstationTypeEnum.MACHINE.getCode()).isNotNull(Workstation::getCalendarCode));
        	/*
            Workstation workstation = (Workstation) this.workstationService.getOne((Wrapper) ((LambdaQueryWrapper) ((LambdaQueryWrapper) Wrappers.lambdaQuery().eq((v0) -> {
                return v0.getId();
            }, workstationId)).eq((v0) -> {
                return v0.getType();
            }, WorkstationTypeEnum.MACHINE.getCode())).isNotNull((v0) -> {
                return v0.getCalendarCode();
            }));*/
            if (Func.isEmpty(workstation)) {
                idToValue.put(workstationId, new ArrayList<>());
            }
            if (workstation != null) {
                List<ShiftIndexNameDTO> dtos = this.calendarService.queryShiftIndexName(workstation.getCalendarCode(), Integer.valueOf(localDate.getYear()), DateUtil.formatDate(localDate));
                idToValue.put(workstationId, dtos);
            }
        });
        return idToValue;
    }

    @Override // org.springblade.modules.mdc.service.ITimeUsedAnalysisService
    public Map<Long, List<ShiftIndexNameDTO>> queryBatchWorkStationShiftIndex(List<Long> workstationIdList, LocalDate localDate) {
        Map<Long, List<ShiftIndexNameDTO>> idToValue = Kv.newMap();
        List<Workstation> workstations = this.workstationService.listByIds(workstationIdList);
        Map<String, List<Workstation>> collect = workstations.stream().collect(Collectors.groupingBy((v0) -> {
            return v0.getCalendarCode();
        }));
        List<String> calendarCodeList =  workstations.stream().map((v0) -> {
            return v0.getCalendarCode();
        }).distinct().collect(Collectors.toList());
        calendarCodeList.forEach(calendarCode -> {
            List<ShiftIndexNameDTO> shiftIndexNameDTOList = this.calendarService.queryShiftIndexName(calendarCode, Integer.valueOf(localDate.getYear()), DateUtil.formatDate(localDate));
            
            List<Long> workstationIds = collect.get(calendarCode).stream().map(Workstation::getId).collect(Collectors.toList());
            /*
            List<Long> workstationIds = collect.get(calendarCode).stream().map((v0) -> {
                return v0.getId();
            }).collect(Collectors.toList());
            */
            workstationIds.forEach(workstationId -> {
                List list = idToValue.put(workstationId, shiftIndexNameDTOList);
            });
        });
        return idToValue;
    }

    @Override // org.springblade.modules.mdc.service.ITimeUsedAnalysisService
    public BladeFile exportTimeUsed(TimeUsedExcelVO vo) {
        List<Workstation> workstations;
        StatisticalMethodEnum enums = vo.getEnums();
        List<Long> ids = vo.getIds();
        if (Func.isEmpty(ids)) {
        	workstations = this.workstationService.list(Wrappers.<Workstation>lambdaQuery()
        	          .eq(Workstation::getType, WorkstationTypeEnum.MACHINE.getCode())
        	          .eq(Workstation::getStatus, CommonConstant.ENABLE));
        	/*
            workstations = this.workstationService.list((Wrapper) ((LambdaQueryWrapper) Wrappers.lambdaQuery().eq((v0) -> {
                return v0.getType();
            }, WorkstationTypeEnum.MACHINE.getCode())).eq((v0) -> {
                return v0.getStatus();
            }, CommonConstant.ENABLE));*/
            ids = workstations.stream().map((v0) -> {
                return v0.getId();
            }).collect(Collectors.toList());
        } else {
            workstations = this.workstationService.workStationList(ids);
        }
        if (Func.isEmpty(ids)) {
            return exportEmpty(vo.getEnums());
        }
        Map<Long, Workstation> workstationMap = workstations.stream().collect(Collectors.toMap((v0) -> {
            return v0.getId();
        }, v -> {
            return v;
        }));
        LocalDate startTime = vo.getStartTime();
        LocalDate endTime = vo.getEndTime();
        if (Func.isNull(startTime) || Func.isNull(endTime)) {
            throw new ServiceException(MessageUtils.message("mdc.process.time.not.null", new Object[0]));
        }
        Map<Long, GroupWorkDTO> groupWorkMap = this.workstationService.queryGroupWorkStation(ids);
        switch (enums) {
            case DAY:
                return buildExcelByDay(ids, workstationMap, groupWorkMap, startTime, endTime);
            case WEEK:
                return buildExcelByWeek(ids, workstationMap, groupWorkMap, vo);
            case MONTH:
                return buildExcelByMonth(ids, workstationMap, groupWorkMap, vo);
            case SHIFT:
                return getExcelByShift(ids, startTime, endTime);
            default:
                return null;
        }
    }

    private BladeFile exportEmpty(StatisticalMethodEnum enums) {
        switch (enums) {
            case DAY:
            case WEEK:
            case MONTH:
                List<TimeUsedDateExcel> timeUsedDataExports = new ArrayList<>();
                return buildExcel(timeUsedDataExports);
            case SHIFT:
                List<TimeUsedExport> timeUsedExports = Lists.newArrayList();
                String fileName = String.format("%s-%s.xlsx", ExcelConstant.TIME_USED, DateUtil.time());
                MultipartFile multipartFile = ExcelUtil.exportToMultipartFile(fileName, ExcelConstant.TIME_USED, timeUsedExports, TimeUsedExport.class);
                return this.ossBuilder.tempTemplate().putFile(multipartFile.getOriginalFilename(), multipartFile);
            default:
                return null;
        }
    }

    private BladeFile buildExcelByMonth(List<Long> ids, Map<Long, Workstation> workstationMap, Map<Long, GroupWorkDTO> groupWorkMap, TimeUsedExcelVO vo) {
        List<TimeUsedDateExcel> timeUsedExports = getExcelByMonth(ids, workstationMap, groupWorkMap, vo);
        return buildExcel(timeUsedExports);
    }

    private List<TimeUsedDateExcel> getExcelByMonth(List<Long> ids, Map<Long, Workstation> workstationMap, Map<Long, GroupWorkDTO> groupWorkMap, TimeUsedExcelVO vo) {
        LocalDate startTime = vo.getStartTime();
        LocalDate endTime = vo.getEndTime();
        List<SuperAggregateState> data = Lists.newArrayList();
        List<IntervalDateDto> intervalDate = LocalDateTimeUtils.getIntervalDate(startTime, endTime);
        intervalDate.forEach(dto -> {
            Integer year = dto.getYear();
            List<Integer> monthList = dto.getMonthList();
            data.addAll(this.stateService.getDataByMonth(ids, year, monthList));
        });
        List<SuperAggregateState> filterData = FilterOffUtils.filterOffDay(data, OpenTypeEnums.TIME_USED_ANALYSIS);
        if (Func.isEmpty(data)) {
            return Lists.newArrayList();
        }
        List<TimeUsedDateExcel> timeUsedExports = Lists.newArrayList();
        Map<String, Map<Long, List<SuperAggregateState>>> stateMap = filterData.stream().sorted(Comparator.comparing(SuperAggregateState::getFactoryYear).reversed().thenComparing(SuperAggregateState::getFactoryMonth).reversed()).collect(Collectors.groupingBy(c -> {
            return c.getFactoryYear() + "-" + c.getFactoryMonth();
        }, Collectors.groupingBy((v0) -> {
            return v0.getWorkstationId();
        })));
        stateMap.forEach((date, stats) -> {
            stats.forEach((workstationId, statsList) -> {
                Workstation workstation = (Workstation) workstationMap.getOrDefault(workstationId, new Workstation());
                GroupWorkDTO groupWork = (GroupWorkDTO) groupWorkMap.getOrDefault(workstationId, new GroupWorkDTO());
                Map<Integer, String> wcsMap = getWcsMap(listGlobalWcs().stream().map(c2 -> {
                    return Integer.valueOf(Integer.parseInt(c2.getCode()));
                }).collect(Collectors.toSet()), statsList);
                timeUsedExports.add(TimeUsedDateExcel.builder().date(date).groupName(groupWork.getName()).workstationCode(workstation.getCode()).workstationName(workstation.getName()).running(wcsMap.get(DefaultWcsEnum.RUNNING.getCode())).standby(wcsMap.get(DefaultWcsEnum.STANDBY.getCode())).debugging(wcsMap.get(DefaultWcsEnum.DEBUGGING.getCode())).alarm(wcsMap.get(DefaultWcsEnum.ALARM.getCode())).offline(wcsMap.get(DefaultWcsEnum.OFFLINE.getCode())).build());
            });
        });
        timeUsedExports.sort(Comparator.comparing(TimeUsedDateExcel::getDate).reversed());
        /*
        timeUsedExports.sort(Comparator.comparing((v0) -> {
            return v0.getDate();
        }).reversed());*/
        return timeUsedExports;
    }

    private BladeFile buildExcelByWeek(List<Long> ids, Map<Long, Workstation> workstationMap, Map<Long, GroupWorkDTO> groupWorkMap, TimeUsedExcelVO vo) {
        List<TimeUsedDateExcel> timeUsedExports = getExcelByWeek(ids, workstationMap, groupWorkMap, vo);
        return buildExcel(timeUsedExports);
    }

    private List<TimeUsedDateExcel> getExcelByWeek(List<Long> ids, Map<Long, Workstation> workstationMap, Map<Long, GroupWorkDTO> groupWorkMap, TimeUsedExcelVO vo) {
        LocalDate startTime = vo.getStartTime();
        LocalDate endTime = vo.getEndTime();
        List<SuperAggregateState> data = Lists.newArrayList();
        List<IntervalDateDto> intervalDate = LocalDateTimeUtils.getIntervalDate(startTime, endTime);
        intervalDate.forEach(dto -> {
            Integer year = dto.getYear();
            List<Integer> weekList = dto.getWeekList();
            data.addAll(this.stateService.getDataByWeek(ids, year, weekList));
        });
        List<SuperAggregateState> filterData = FilterOffUtils.filterOffDay(data, OpenTypeEnums.TIME_USED_ANALYSIS);
        if (Func.isEmpty(filterData)) {
            return Lists.newArrayList();
        }
        Map<String, Map<Long, List<SuperAggregateState>>> stateMap = filterData.stream().sorted(Comparator.comparing(SuperAggregateState::getFactoryYear).reversed().thenComparing((v0) -> {
            return v0.getFactoryWeek();
        }).reversed()).collect(Collectors.groupingBy(c -> {
            return c.getFactoryYear() + "-" + c.getFactoryWeek();
        }, Collectors.groupingBy((v0) -> {
            return v0.getWorkstationId();
        })));
        List<TimeUsedDateExcel> timeUsedExports = Lists.newArrayList();
        stateMap.forEach((date, stats) -> {
            stats.forEach((workstationId, statsList) -> {
                Workstation workstation = workstationMap.getOrDefault(workstationId, new Workstation());
                GroupWorkDTO groupWork = groupWorkMap.getOrDefault(workstationId, new GroupWorkDTO());
                Map<Integer, String> wcsMap = getWcsMap(listGlobalWcs().stream().map(c2 -> {
                    return Integer.valueOf(Integer.parseInt(c2.getCode()));
                }).collect(Collectors.toSet()), statsList);
                timeUsedExports.add(TimeUsedDateExcel.builder().date(getWeek(date)).groupName(groupWork.getName()).workstationCode(workstation.getCode()).workstationName(workstation.getName()).running(wcsMap.get(DefaultWcsEnum.RUNNING.getCode())).standby(wcsMap.get(DefaultWcsEnum.STANDBY.getCode())).debugging(wcsMap.get(DefaultWcsEnum.DEBUGGING.getCode())).alarm(wcsMap.get(DefaultWcsEnum.ALARM.getCode())).offline(wcsMap.get(DefaultWcsEnum.OFFLINE.getCode())).build());
            });
        });
        timeUsedExports.sort(Comparator.comparing(TimeUsedDateExcel::getDate).reversed());
        /*
        timeUsedExports.sort(Comparator.comparing((v0) -> {
            return v0.getDate();
        }).reversed());*/
        return timeUsedExports;
    }

    private String getWeek(String date) {
        String[] split = date.split("-");
        return StringUtil.format(split[0].concat("-").concat("第{}周"), new Object[]{split[1]});
    }

    private BladeFile buildExcelByDay(List<Long> ids, Map<Long, Workstation> workstationMap, Map<Long, GroupWorkDTO> groupWorkMap, LocalDate startTime, LocalDate endTime) {
        List<TimeUsedDateExcel> timeUsedExports = getExcelByDay(ids, workstationMap, startTime, endTime, groupWorkMap);
        return buildExcel(timeUsedExports);
    }

    private List<TimeUsedDateExcel> getExcelByDay(List<Long> ids, Map<Long, Workstation> workstationMap, LocalDate startTime, LocalDate endTime, Map<Long, GroupWorkDTO> groupWorkMap) {
        List<SuperAggregateState> statusData = FilterOffUtils.filterOffDay(this.stateService.getStatusData(ids, StatisticalMethodEnum.DAY, startTime, endTime), OpenTypeEnums.TIME_USED_ANALYSIS);
        if (Func.isEmpty(statusData)) {
            return Lists.newArrayList();
        }
        Map<Integer, Map<Long, List<SuperAggregateState>>> map = statusData.stream().sorted(Comparator.comparing(SuperAggregateState::getFactoryDate).reversed()).collect(Collectors.groupingBy((v0) -> {
            return v0.getFactoryDate();
        }, Collectors.groupingBy((v0) -> {
            return v0.getWorkstationId();
        })));
        List<TimeUsedDateExcel> timeUsedExports = Lists.newArrayList();
        map.forEach((date, status) -> {
            status.forEach((workstationId, statsList) -> {
                Workstation workstation = workstationMap.getOrDefault(workstationId, new Workstation());
                GroupWorkDTO groupWork = groupWorkMap.getOrDefault(workstationId, new GroupWorkDTO());
                Map<Integer, String> wcsMap = getWcsMap(listGlobalWcs().stream().map(c -> {
                    return Integer.valueOf(Integer.parseInt(c.getCode()));
                }).collect(Collectors.toSet()), statsList);
                timeUsedExports.add(TimeUsedDateExcel.builder().date(getDay(date)).groupName(groupWork.getName()).workstationCode(workstation.getCode()).workstationName(workstation.getName()).running(wcsMap.get(DefaultWcsEnum.RUNNING.getCode())).standby(wcsMap.get(DefaultWcsEnum.STANDBY.getCode())).debugging(wcsMap.get(DefaultWcsEnum.DEBUGGING.getCode())).alarm(wcsMap.get(DefaultWcsEnum.ALARM.getCode())).offline(wcsMap.get(DefaultWcsEnum.OFFLINE.getCode())).build());
            });
        });
        timeUsedExports.sort(Comparator.comparing(TimeUsedDateExcel::getDate).reversed());
        /*
        timeUsedExports.sort(Comparator.comparing((v0) -> {
            return v0.getDate();
        }).reversed());*/
        return timeUsedExports;
    }

    private String getDay(Integer date) {
        char[] chars = String.valueOf(date).toCharArray();
        StringBuilder sb = new StringBuilder();
        for (int i = 0; i < chars.length; i++) {
            if (i == 3) {
                sb.append(chars[i]).append("-");
            } else if (i == 5) {
                sb.append(chars[i]).append("-");
            } else {
                sb.append(chars[i]);
            }
        }
        return sb.toString();
    }

    private BladeFile buildExcel(List<TimeUsedDateExcel> timeUsedExports) {
        String fileName = String.format("%s-%s.xlsx", ExcelConstant.TIME_USED, DateUtil.time());
        MultipartFile multipartFile = ExcelUtil.exportToMultipartFile(fileName, ExcelConstant.SHEET, timeUsedExports, TimeUsedDateExcel.class);
        return this.ossBuilder.tempTemplate().putFile(multipartFile.getOriginalFilename(), multipartFile);
    }

    private BladeFile getExcelByShift(List<Long> ids, LocalDate startTime, LocalDate endTime) {
        List<TimeUsedExport> timeUsedExports = Lists.newArrayList();
        while (endTime.compareTo((ChronoLocalDate) startTime) >= 0) {
            String date = DateUtil.format(endTime, DateConstant.PATTERN_DATE);
            List<Workstation> workstations = this.workstationService.listWorkStationOnShift(ids, endTime, MdcConstant.SHIFT_INDEX, WorkstationTypeEnum.MACHINE.getCode());
            if (Func.isEmpty(workstations)) {
                endTime = endTime.minusDays(1L);
            } else {
                List<Long> wIds = workstations.stream().map((v0) -> {
                    return v0.getId();
                }).collect(Collectors.toList());
                Map<Long, Workstation> workstationMap = workstations.stream().collect(Collectors.toMap((v0) -> {
                    return v0.getId();
                }, v -> {
                    return v;
                }));
                Map<String, List<Workstation>> calendarCodeMap = workstations.stream().collect(Collectors.groupingBy((v0) -> {
                    return v0.getCalendarCode();
                }));
                LocalDate finalEndTime = endTime;
                Map<String, Map<Integer, ShiftDetail>> shiftNameMap = new HashMap<>(calendarCodeMap.size());
                calendarCodeMap.forEach((calendarCode, wList) -> {
                    List<ShiftDetail> timeShiftDetail = TimeSliceCache.getTimeShiftDetail(calendarCode, finalEndTime);
                    Map<Integer, ShiftDetail> map = timeShiftDetail.stream().collect(Collectors.toMap((v0) -> {
                        return v0.getShiftIndex();
                    }, v2 -> {
                        return v2;
                    }));
                    shiftNameMap.put(calendarCode, map);
                });
                Map<Long, GroupWorkDTO> groupWorkMap = this.workstationService.queryGroupWorkStation(wIds);
                List<SuperAggregateState> states = this.stateService.listsState(wIds, endTime, MdcConstant.SHIFT_INDEX);
                List<TimeUsedExport> exports = buildExportData(FilterOffUtils.filterOffDay(states, OpenTypeEnums.TIME_USED_ANALYSIS), workstationMap, shiftNameMap, groupWorkMap, date);
                timeUsedExports.addAll(exports);
                endTime = endTime.minusDays(1L);
            }
        }
        String fileName = String.format("%s-%s.xlsx", ExcelConstant.TIME_USED, DateUtil.time());
        MultipartFile multipartFile = ExcelUtil.exportToMultipartFile(fileName, ExcelConstant.TIME_USED, timeUsedExports, TimeUsedExport.class);
        return this.ossBuilder.tempTemplate().putFile(multipartFile.getOriginalFilename(), multipartFile);
    }

    private List<TimeUsedExport> buildExportData(List<SuperAggregateState> states, Map<Long, Workstation> workstationMap, Map<String, Map<Integer, ShiftDetail>> shiftNameMap, Map<Long, GroupWorkDTO> groupWorkMap, String date) {
        if (Func.isEmpty(states)) {
            return Lists.newArrayList();
        }
        Map<Long, Map<Integer, List<SuperAggregateState>>> stateMap = states.stream().filter(c -> {
            return MdcConstant.SHIFT_INDEX.contains(c.getShiftIndex());
        }).collect(Collectors.groupingBy((v0) -> {
            return v0.getWorkstationId();
        }, Collectors.groupingBy((v0) -> {
            return v0.getShiftIndex();
        })));
        List<TimeUsedExport> res = Lists.newArrayList();
        stateMap.forEach((workstationId, shiftMap) -> {
            Workstation workstation = (Workstation) workstationMap.getOrDefault(workstationId, new Workstation());
            GroupWorkDTO groupWorkDTO = (GroupWorkDTO) groupWorkMap.getOrDefault(workstationId, new GroupWorkDTO());
            shiftMap.forEach((shiftIndex, stateList) -> {
                if (MdcConstant.SHIFT_INDEX.contains(shiftIndex)) {
                    String shiftName = Optional.ofNullable(shiftNameMap.get(workstation.getCalendarCode())).map(m -> {
                        return ((ShiftDetail) m.getOrDefault(shiftIndex, new ShiftDetail())).getIndexName();
                    }).orElse(MessageUtils.message("calendar.page.shift.model.shift", new Object[0]) + shiftIndex);
                    Map<Integer, String> wcsMap = getWcsMap(listGlobalWcs().stream().map(c2 -> {
                        return Integer.valueOf(Integer.parseInt(c2.getCode()));
                    }).collect(Collectors.toSet()), stateList);
                    TimeUsedExport build = TimeUsedExport.builder().date(date).groupName(groupWorkDTO.getName()).workstationCode(workstation.getCode()).workstationName(workstation.getName()).shiftName(shiftName).running(wcsMap.get(DefaultWcsEnum.RUNNING.getCode())).standby(wcsMap.get(DefaultWcsEnum.STANDBY.getCode())).debugging(wcsMap.get(DefaultWcsEnum.DEBUGGING.getCode())).alarm(wcsMap.get(DefaultWcsEnum.ALARM.getCode())).offline(wcsMap.get(DefaultWcsEnum.OFFLINE.getCode())).build();
                    res.add(build);
                }
            });
        });
        return res;
    }

    private Map<Integer, String> getWcsMap(Set<Integer> wcsList, List<SuperAggregateState> states) {
        Map<Integer, Long> map = states.stream().filter(c -> {
            return (!wcsList.contains(c.getValueCollect()) || c.getValueCollect() == null || c.getDurationCollect() == null) ? false : true;
        }).collect(Collectors.groupingBy((v0) -> {
            return v0.getValueCollect();
        }, Collectors.summingLong((v0) -> {
            return v0.getDurationCollect();
        })));
        long sum = map.values().stream().mapToLong(c2 -> {
            return c2.longValue();
        }).sum();
        Map<Integer, String> res = new HashMap<>(map.size());
        wcsList.forEach(w -> {
            String value;
            Long l = 0L;
            if (l.equals(Long.valueOf(sum))) {
                value = "0%";
            } else {
                value = NumberUtil.decimalFormat(MdcConstant.NORMAL_FORMAT, ((((Long) map.getOrDefault(w, 0L)).longValue() * 1.0d) / sum) * 100.0d) + "%";
            }
            res.put(w, value);
        });
        return res;
    }

    private WorkstationBandShiftVO getWorkShiftIndexName(QueryShiftIndexNameVO vo) {
        List<String> ids = vo.getIds();
        LocalDate localDate = vo.getLocalDate();
        List<Workstation> workstations = this.workstationService.list(Wrappers.<Workstation>lambdaQuery()
                .in(Func.isNotEmpty(ids), Workstation::getId, ids)
                .eq(Workstation::getType, WorkstationTypeEnum.MACHINE.getCode())
                .isNotNull(Workstation::getCalendarCode)
                .orderByAsc(Workstation::getCode));
        /*
        List<Workstation> workstations = this.workstationService.list((Wrapper) ((LambdaQueryWrapper) ((LambdaQueryWrapper) Wrappers.lambdaQuery().in(Func.isNotEmpty(ids), (v0) -> {
            return v0.getId();
        }, ids).eq((v0) -> {
            return v0.getType();
        }, WorkstationTypeEnum.MACHINE.getCode())).isNotNull((v0) -> {
            return v0.getCalendarCode();
        })).orderByAsc((v0) -> {
            return v0.getCode();
        }));*/
        return getWorkstationBandShiftVO(localDate, workstations);
    }

    private WorkstationBandShiftVO getWorkstationBandShiftVO(LocalDate localDate, List<Workstation> workstations) {
        Map<String, List<Workstation>> calendarCodeMap = workstations.stream().collect(Collectors.groupingBy((v0) -> {
            return v0.getCalendarCode();
        }));
        if (Func.isEmpty(calendarCodeMap)) {
            return new WorkstationBandShiftVO();
        }
        if (calendarCodeMap.size() == 1) {
            List<MixShiftDetailsDTO> result = Lists.newArrayList();
            calendarCodeMap.forEach((calendarCode, workstationList) -> {
                List<ShiftIndexNameDTO> shiftDetails = this.calendarService.queryShiftIndexName(calendarCode, Integer.valueOf(localDate.getYear()), DateUtil.formatDate(localDate));
                this.calendarService.queryShiftIndexName(calendarCode, Integer.valueOf(localDate.getYear()), DateUtil.formatDate(localDate));
                for (ShiftIndexNameDTO shiftDetail : shiftDetails) {
                    result.add(MixShiftDetailsDTO.builder().indexName(shiftDetail.getIndexName()).shiftIndex(shiftDetail.getShiftIndex()).mixShift(Boolean.FALSE).build());
                }
            });
            return WorkstationBandShiftVO.builder().shiftDetails(result).build();
        }
        List<MixShiftDetailsDTO> result2 = Lists.newArrayList();
        List<ShiftIndexNameDTO> shiftOne = Lists.newArrayList();
        List<ShiftIndexNameDTO> shiftTwo = Lists.newArrayList();
        List<ShiftIndexNameDTO> shiftThree = Lists.newArrayList();
        List<ShiftIndexNameDTO> shiftFour = Lists.newArrayList();
        calendarCodeMap.forEach((calendarCode2, workstationList2) -> {
            List<ShiftIndexNameDTO> shiftDetails = this.calendarService.queryShiftIndexName(calendarCode2, Integer.valueOf(localDate.getYear()), DateUtil.formatDate(localDate));
            for (ShiftIndexNameDTO shiftDetail : shiftDetails) {
                if (CalendarConstant.ONE.equals(shiftDetail.getShiftIndex())) {
                    shiftOne.add(shiftDetail);
                }
                if (CalendarConstant.TWO.equals(shiftDetail.getShiftIndex())) {
                    shiftTwo.add(shiftDetail);
                }
                if (CalendarConstant.THREE.equals(shiftDetail.getShiftIndex())) {
                    shiftThree.add(shiftDetail);
                }
                if (CalendarConstant.FOUR.equals(shiftDetail.getShiftIndex())) {
                    shiftFour.add(shiftDetail);
                }
            }
        });
        buildShiftIndexNameDTO(shiftOne, result2);
        buildShiftIndexNameDTO(shiftTwo, result2);
        buildShiftIndexNameDTO(shiftThree, result2);
        buildShiftIndexNameDTO(shiftFour, result2);
        return WorkstationBandShiftVO.builder().shiftDetails(result2).build();
    }

    private void buildShiftIndexNameDTO(List<ShiftIndexNameDTO> shiftList, List<MixShiftDetailsDTO> result) {
        if (Func.isNotEmpty(shiftList)) {
            log.info("班次信息:{}", shiftList);
            long count = shiftList.stream().map((v0) -> {
                return v0.getIndexName();
            }).distinct().count();
            ShiftIndexNameDTO dto = shiftList.get(0);
            if (count > 1) {
                result.add(MixShiftDetailsDTO.builder().indexName("").shiftIndex(dto.getShiftIndex()).mixShift(Boolean.TRUE).build());
            } else {
                result.add(MixShiftDetailsDTO.builder().indexName(dto.getIndexName()).shiftIndex(dto.getShiftIndex()).mixShift(Boolean.FALSE).build());
            }
        }
    }

    private WorkstationBandShiftVO getGroupShiftIndexName(QueryShiftIndexNameVO vo) {
        List<String> ids = vo.getIds();
        String groupType = vo.getGroupType();
        String groupCategory = vo.getGroupCategory();
        LocalDate localDate = vo.getLocalDate();
        List<CommonGroup> commonGroups = this.commonGroupService.list(Wrappers.<CommonGroup>lambdaQuery()
                .eq(CommonGroup::getGroupType, groupType)
                .eq(CommonGroup::getGroupCategory, groupCategory)
                .in(Func.isNotEmpty(ids), CommonGroup::getId, ids));
        /*
        List<CommonGroup> commonGroups = this.commonGroupService.list(((LambdaQueryWrapper) ((LambdaQueryWrapper) Wrappers.lambdaQuery().eq((v0) -> {
            return v0.getGroupType();
        }, groupType)).eq((v0) -> {
            return v0.getGroupCategory();
        }, groupCategory)).in(Func.isNotEmpty(ids), (v0) -> {
            return v0.getId();
        }, ids));*/
        if (Func.isEmpty(commonGroups)) {
            return new WorkstationBandShiftVO();
        }
        List<String> groupIds = commonGroups.stream().map(c -> {
            return String.valueOf(c.getId());
        }).collect(Collectors.toList());
        List<Workstation> workstations = this.workstationService.listWorkStationByGroupId(groupIds);
        return getWorkstationBandShiftVO(localDate, workstations);
    }
}