public IList<Record> GetInRange(DateTimeIntervals intervalType, OperatorBarInfo barInfo, int startIdx, int count)
{
switch (barInfo.Level)
{
case 0:
return GetOperatorsEfficiency(barInfo, startIdx, count);
//case 1:
//return GetOperatorProcessReport(barInfo);
}
return new List<Record>();
}
public IList<Record> GetInRange(CostType type, DateTimeIntervals intervalType, CostBarInfo barInfo, int startIdx, int count)
{
switch (intervalType)
{
case DateTimeIntervals.None:
return GetCostsByProducts(barInfo, startIdx, count);
default:
return GetCostsByDate(intervalType, barInfo, startIdx, count);
}
}
public double GetMax(CostType type, DateTimeIntervals intervalType, CostBarInfo barInfo, int count)
{
switch (barInfo.Level)
{
case 0:
return GetMaxCostByDate(intervalType, type, count);
case 1:
return GetMaxCostByCostCenters(barInfo, type, count);
default:
return 0;
}
}
public IList<Record> GetInRange(IndexType type, DateTimeIntervals intervalType, IndexBarInfo barInfo, int startIndex, int count)
{
switch (type)
{
case IndexType.None:
break;
case IndexType.OEE:
switch (barInfo.Level)
{
case 0:
return GetOEEByDateTime(intervalType, startIndex, count);
case 1:
return GetOEEByMachines(barInfo, startIndex, count);
}
break;
case IndexType.Performance:
if (barInfo.Level == 0)
{
return GetPerformanceByDateTime(intervalType, startIndex, count);
}
switch (barInfo.Filter)
{
case IndexFilter.ByProduct:
return GetPerformanceByProducts(barInfo, startIndex, count);
case IndexFilter.ByStation:
return GetPerformanceByStations(barInfo, startIndex, count);
case IndexFilter.ByActivity:
return GetPerformanceByActivities(barInfo, startIndex, count);
case IndexFilter.ByOperator:
return GetPerformanceByOperators(barInfo, startIndex, count);
default:
return new List<Record>();
}
case IndexType.InternalPPM:
switch (barInfo.Level)
{
case 0:
return GetPPMByDateTime(intervalType, startIndex, count);
}
break;
case IndexType.RemainingCapacity:
switch (barInfo.Level)
{
case 0:
return GetCapacityByDateTime(intervalType, startIndex, count);
}
break;
default:
throw new ArgumentOutOfRangeException("type");
}
return new List<Record>();
}
private IList<Record> GetCostsByDate(DateTimeIntervals intervalType, CostType type, int startIdx, int count)
{
IList<Record> records = new List<Record>();
int currentYear = DateTime.Now.Year;
var startDate = new DateTime(currentYear, 1, 1);
startDate = AddInterval(startDate, startIdx, intervalType);
var currentInterval = startDate;
using (var context = new SoheilEdmContext())
{
var costRepository = new Repository<Cost>(context);
var costList = costRepository.GetAll();
var indexList = new List<KeyValuePair<int, double>>();
for (int i = startIdx; i < count; i++)
{
indexList.AddRange(from cost in costList
where cost.Date >= currentInterval
&& cost.Date < AddInterval(currentInterval, 1, intervalType)
&& (type == CostType.All || cost.CostType == (decimal) type)
select new KeyValuePair<int, double>(i, cost.CostValue?? 0));
indexList.Add(new KeyValuePair<int, double>(i, 0));
currentInterval = AddInterval(currentInterval, 1, intervalType);
}
var query = from index in indexList
group index by index.Key into g
let total = g.Sum(item => item.Value)
select new { interval = g.Key, value = total};
for (int i = startIdx; i < count; i++)
{
var newRecord = new Record { Header = i.ToString(CultureInfo.InvariantCulture) };
foreach (var line in query)
{
if (line.interval == i)
{
newRecord.Id = line.interval;
newRecord.Value = line.value;
newRecord.StartDate = AddInterval(startDate, i - startIdx, intervalType);
newRecord.EndDate = AddInterval(startDate, i - startIdx + 1, intervalType);
}
}
records.Add(newRecord);
}
}
return records;
}
public IList<Record> GetInRange(CostType type, DateTimeIntervals intervalType, CostBarInfo barInfo, int startIdx, int count)
{
switch (barInfo.Level)
{
case 0:
return GetCostsByDate(intervalType, type, startIdx, count);
case 1:
return GetCostsByCostCenters(barInfo, type, startIdx, count);
case 2:
return GetCostsByType(barInfo, type, startIdx, count);
}
return new List<Record>();
}
private DateTime GetDateTimeFilter(DateTimeIntervals dateFilter)
{
switch (dateFilter)
{
case DateTimeIntervals.LastWeek:
return(DateTime.UtcNow.AddDays(-7));
case DateTimeIntervals.LastMonth:
return(DateTime.UtcNow.AddMonths(-1));
case DateTimeIntervals.LastYear:
return(DateTime.UtcNow.AddYears(-1));
case DateTimeIntervals.TwoYears:
return(DateTime.UtcNow.AddYears(-2));
case DateTimeIntervals.ThreeYears:
return(DateTime.UtcNow.AddYears(-3));
default:
return(new DateTime());
}
}
private IList<Record> GetCostsByDate(DateTimeIntervals intervalType, CostBarInfo barInfo, int startIdx, int count)
{
IList<Record> records = new List<Record>();
int currentYear = DateTime.Now.Year;
var startDate = new DateTime(currentYear, 1, 1);
startDate = AddInterval(startDate, startIdx, intervalType);
var currentInterval = startDate;
using (var context = new SoheilEdmContext())
{
var costRepository = new Repository<Cost>(context);
var costCenterRepository = new Repository<CostCenter>(context);
var ssamRepository = new Repository<StateStationActivityMachine>(context);
var ssaRepository = new Repository<StateStationActivity>(context);
var processRepository = new Repository<Process>(context);
var processReportRepository = new Repository<ProcessReport>(context);
var taskReportRepository = new Repository<TaskReport>(context);
var processOperatortRepository = new Repository<ProcessOperator>(context);
var stateStationRepository = new Repository<StateStation>(context);
var stateRepository = new Repository<State>(context);
var fpcRepository = new Repository<FPC>(context);
var productRepository = new Repository<Product>(context);
var costList = costRepository.GetAll().ToList();
var costCenterList = costCenterRepository.GetAll().ToList();
var ssamList = ssamRepository.GetAll().ToList();
var processList = processRepository.GetAll().ToList();
var processReportList = processReportRepository.GetAll().ToList();
var taskReportList = taskReportRepository.GetAll().ToList();
var processOperatortList = processOperatortRepository.GetAll().ToList();
var ssaList = ssaRepository.GetAll().ToList();
var stateStationList = stateStationRepository.GetAll().ToList();
var stateList = stateRepository.GetAll().ToList();
var fpcList = fpcRepository.GetAll().ToList();
var productList = productRepository.GetAll().ToList();
// List of all products in range
var indexList = new List<KeyValuePair<int, int>>();
for (int i = startIdx; i < count; i++)
{
indexList.AddRange(from taskReport in taskReportList
where taskReport.ReportStartDateTime >= currentInterval
&& taskReport.ReportStartDateTime < AddInterval(currentInterval, 1, intervalType)
select new KeyValuePair<int, int>(i, taskReport.Id));
indexList.Add(new KeyValuePair<int, int>(i, -1));
currentInterval = AddInterval(currentInterval, 1, intervalType);
}
// Products duration
var productDurationQuery = from index in indexList
from taskReport in taskReportList.Where(tr => tr.Id == index.Value).DefaultIfEmpty()
from processReport in processReportList.Where(pr => pr.TaskReport != null && taskReport != null && pr.TaskReport.Id == taskReport.Id).DefaultIfEmpty()
from process in processList.Where(p => processReport != null && processReport.Process != null && p.Id == processReport.Process.Id).DefaultIfEmpty()
from processOpr in processOperatortList.Where(po => process != null && po.Process != null && po.Process.Id == process.Id).DefaultIfEmpty()
from ssActivity in ssaList.Where(ssa => process != null && process.StateStationActivity != null && ssa.Id == process.StateStationActivity.Id).DefaultIfEmpty()
from ssaMachine in ssamList.Where(ssam => ssActivity != null && ssam.StateStationActivity != null && ssActivity.Id == ssam.StateStationActivity.Id).DefaultIfEmpty()
from stateStation in stateStationList.Where(ss => ssActivity != null && ssActivity.StateStation != null && ss.Id == ssActivity.StateStation.Id).DefaultIfEmpty()
from state in stateList.Where(s => stateStation != null && stateStation.State != null && s.Id == stateStation.State.Id).DefaultIfEmpty()
from fpc in fpcList.Where(f => state != null && state.FPC != null && state.FPC.Id == f.Id).DefaultIfEmpty()
from product in productList.Where(p => fpc != null && fpc.Product != null && p.Id == fpc.Product.Id).DefaultIfEmpty()
let productId = product == null ? -1 : product.Id
let stationId = stateStation == null ? -1 : (stateStation.Station == null ? -1 : stateStation.Station.Id)
let machineId = ssaMachine == null ? -1 : (ssaMachine.Machine == null ? -1 : ssaMachine.Machine.Id)
let activityId = ssActivity == null ? -1 : (ssActivity.Activity == null ? -1 : ssActivity.Activity.Id)
let operatorId = processOpr == null ? -1 : (processOpr.Operator == null ? -1 : processOpr.Operator.Id)
let start = taskReport == null ? DateTime.MinValue : taskReport.ReportStartDateTime
let end = taskReport == null ? DateTime.MinValue : taskReport.ReportEndDateTime
let duration = taskReport == null ? 0 : taskReport.ReportDurationSeconds
select new { interval = index.Key, productId, stationId, machineId, activityId, operatorId, start, end, duration };
// Cost centers totals
var productDurationList = productDurationQuery.ToList();
var productCostByStationQuery = from product in productDurationList
from cost in costList.Where(c => c.Station != null && c.Station.Id == product.stationId
&& c.Date >= product.start && c.Date < product.end).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let stationId = product == null ? -1 : product.stationId
let productDuration = product == null ? 0 : product.duration
let stationCost = cost == null ? 0 : cost.CostValue
select new { product.interval, productId, stationId, productDuration, stationCost };
var costByStationList = productCostByStationQuery.ToList();
var sTotalByProductQuery = from station in costByStationList
group station by station.stationId into g
select new { g.Key, stationTotal = g.Sum(item => item.stationCost) };
var stationCostByProductQuery = from product in costByStationList
from station in sTotalByProductQuery.Where(s => s.Key == product.stationId).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let stationId = product == null ? -1 : product.stationId
let productDuration = product == null ? 0 : product.productDuration
let stationCost = station == null ? 0 : station.stationTotal
select new { product.interval, productId, stationId, productDuration, stationCost };
var productCostByMachineQuery = from product in productDurationList
from cost in costList.Where(c => c.Machine != null && c.Machine.Id == product.machineId
&& c.Date >= product.start && c.Date < product.end).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let machineId = product == null ? -1 : product.machineId
let productDuration = product == null ? 0 : product.duration
let machineCost = cost == null ? 0 : cost.CostValue
select new { product.interval, productId, machineId, productDuration, machineCost };
var costByMachineList = productCostByMachineQuery.ToList();
var mTotalByProductQuery = from machine in costByMachineList
group machine by machine.machineId into g
select new { g.Key, machineTotal = g.Sum(item => item.machineCost) };
var machineCostByProductQuery = from product in costByMachineList
from machine in mTotalByProductQuery.Where(s => s.Key == product.machineId).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let machineId = product == null ? -1 : product.machineId
let productDuration = product == null ? 0 : product.productDuration
let machineCost = machine == null ? 0 : machine.machineTotal
select new { product.interval, productId, machineId, productDuration, machineCost };
var productCostByActivityQuery = from product in productDurationList
from cost in costList.Where(c => c.Activity != null && c.Activity.Id == product.activityId
&& c.Date >= product.start && c.Date < product.end).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let activityId = product == null ? -1 : product.activityId
let productDuration = product == null ? 0 : product.duration
let activityCost = cost == null ? 0 : cost.CostValue
select new { product.interval, productId, activityId, productDuration, activityCost };
var costByActivityList = productCostByActivityQuery.ToList();
var aTotalByProductQuery = from activity in costByActivityList
group activity by activity.activityId into g
select new { g.Key, activityTotal = g.Sum(item => item.activityCost) };
var activityCostByProductQuery = from product in costByActivityList
from activity in aTotalByProductQuery.Where(s => s.Key == product.activityId).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let activityId = product == null ? -1 : product.activityId
let productDuration = product == null ? 0 : product.productDuration
let activityCost = activity == null ? 0 : activity.activityTotal
select new { product.interval, productId, activityId, productDuration, activityCost };
var productCostByOperatorQuery = from product in productDurationList
from cost in costList.Where(c => c.Operator != null && c.Operator.Id == product.operatorId
&& c.Date >= product.start && c.Date < product.end).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let operatorId = product == null ? -1 : product.operatorId
let productDuration = product == null ? 0 : product.duration
let operatorCost = cost == null ? 0 : cost.CostValue
select new { product.interval, productId, operatorId, productDuration, operatorCost };
var costByOperatorList = productCostByOperatorQuery.ToList();
var oTotalByProductQuery = from opr in costByOperatorList
group opr by opr.operatorId into g
select new { g.Key, operatorTotal = g.Sum(item => item.operatorCost) };
var operatorCostByProductQuery = from product in costByOperatorList
from opr in oTotalByProductQuery.Where(s => s.Key == product.operatorId).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let operatorId = product == null ? -1 : product.operatorId
let productDuration = product == null ? 0 : product.productDuration
let operatorCost = opr == null ? 0 : opr.operatorTotal
select new { product.interval, productId, operatorId, productDuration, operatorCost };
var productCostByMiscQuery = from product in productDurationList
from costCenter in costCenterList.Where(cc=> cc.SourceType == (decimal) CostSourceType.Other).DefaultIfEmpty()
from cost in costList.Where(c=> c.CostCenter.Id == costCenter.Id && c.CostCenter != null && costCenter != null
&& c.Date >= product.start && c.Date < product.end).DefaultIfEmpty()
let productId = product == null ? -1 : product.productId
let productDuration = product == null ? 0 : product.duration
let miscCost = cost == null ? 0 : cost.CostValue
select new { product.interval, productId, productDuration, miscCost };
// Cost centers durations
var stationCostByProductList = stationCostByProductQuery.ToList();
var stationDurationQuery = from product in stationCostByProductList
group product by new { product.interval, product.stationId } into g
let stationDuration = g.Sum(item => item.productDuration)
select new { g.Key.interval, g.Key.stationId, stationDuration };
var machineCostByProductList = machineCostByProductQuery.ToList();
var machineDurationQuery = from product in machineCostByProductList
group product by new { product.interval, product.machineId } into g
let machineDuration = g.Sum(item => item.productDuration)
select new { g.Key.interval, g.Key.machineId, machineDuration };
var activityCostByProductList = activityCostByProductQuery.ToList();
var activityDurationQuery = from product in activityCostByProductList
group product by new { product.interval, product.activityId } into g
let activityDuration = g.Sum(item => item.productDuration)
select new { g.Key.interval, g.Key.activityId, activityDuration };
var operatorCostByProductList = operatorCostByProductQuery.ToList();
var operatorDurationQuery = from product in operatorCostByProductList
group product by new { product.interval, product.operatorId } into g
let operatorDuration = g.Sum(item => item.productDuration)
select new { g.Key.interval, g.Key.operatorId, operatorDuration };
var productCostByMiscList = productCostByMiscQuery.ToList();
var productSumDurationQuery = from product in productCostByMiscList
group product by new { product.interval, product.productId } into g
let productDuration = g.Sum(item => item.productDuration)
select new { g.Key.interval, g.Key.productId, productDuration };
// Products costs
var productStationCostQuery = from station in stationDurationQuery
from product in stationCostByProductList.Where(p => station != null && p.stationId == station.stationId && p.interval == station.interval).DefaultIfEmpty()
let stationDuration = station == null ? 0 : station.stationDuration
let productDuration = product == null ? 0 : product.productDuration
let totalCost = product == null ? 0 : product.stationCost
let reletiveCost = stationDuration == 0 ? 0 : totalCost * (productDuration / stationDuration)
select new { product.interval, product.productId, reletiveCost };
var productMachineCostQuery = from machine in machineDurationQuery
from product in machineCostByProductList.Where(p => machine != null && p.machineId == machine.machineId && p.interval == machine.interval).DefaultIfEmpty()
let machineDuration = machine == null ? 0 : machine.machineDuration
let productDuration = product == null ? 0 : product.productDuration
let totalCost = product == null ? 0 : product.machineCost
let reletiveCost = machineDuration == 0 ? 0 : totalCost * (productDuration / machineDuration)
select new { product.interval, product.productId, reletiveCost };
var productActivityCostQuery = from activity in activityDurationQuery
from product in activityCostByProductList.Where(p => activity != null && p.activityId == activity.activityId && p.interval == activity.interval).DefaultIfEmpty()
let activityDuration = activity == null ? 0 : activity.activityDuration
let productDuration = product == null ? 0 : product.productDuration
let totalCost = product == null ? 0 : product.activityCost
let reletiveCost = activityDuration == 0 ? 0 : totalCost * (productDuration / activityDuration)
select new { product.interval, product.productId, reletiveCost };
var productOperatorCostQuery = from opr in operatorDurationQuery
from product in operatorCostByProductList.Where(p => opr != null && p.operatorId == opr.operatorId && p.interval == opr.interval).DefaultIfEmpty()
let operatorDuration = opr == null ? 0 : opr.operatorDuration
let productDuration = product == null ? 0 : product.productDuration
let totalCost = product == null ? 0 : product.operatorCost
let reletiveCost = operatorDuration == 0 ? 0 : totalCost * (productDuration / operatorDuration)
select new { product.interval, product.productId, reletiveCost };
var intervalSumDurationQuery = from product in productCostByMiscList
group product by product.interval into g
let intervalDuration = g.Sum(item => item.productDuration)
let intervalCost = g.Sum(item => item.miscCost)
select new { interval = g.Key, intervalDuration, intervalCost };
var productMiscCostQuery = from product in productSumDurationQuery
from interval in intervalSumDurationQuery.Where(i => i.interval == product.interval).DefaultIfEmpty()
let miscCost = interval.intervalDuration == 0 ? 0 : interval.intervalCost * (product.productDuration / interval.intervalDuration)
select new { interval.interval, product.productId, miscCost };
// Interval total cost
var intervalTotalCost = from index in indexList
from sCost in productStationCostQuery.Where(s => s.productId == barInfo.Id && s.interval == index.Key).DefaultIfEmpty()
from mCost in productMachineCostQuery.Where(m => m.productId == barInfo.Id && m.interval == index.Key).DefaultIfEmpty()
from aCost in productActivityCostQuery.Where(a => a.productId == barInfo.Id && a.interval == index.Key).DefaultIfEmpty()
from oCost in productOperatorCostQuery.Where(o => o.productId == barInfo.Id && o.interval == index.Key).DefaultIfEmpty()
from iCost in productMiscCostQuery.Where(i=> i.productId == barInfo.Id && i.interval == index.Key).DefaultIfEmpty()
let psCost = sCost == null ? 0 : sCost.reletiveCost
let pmCost = mCost == null ? 0 : sCost.reletiveCost
let paCost = aCost == null ? 0 : sCost.reletiveCost
let poCost = oCost == null ? 0 : sCost.reletiveCost
let inCost = iCost == null ? 0 : iCost.miscCost
select new { index.Key, psCost, pmCost, paCost, poCost, inCost };
var query = from interval in intervalTotalCost
group interval by interval.Key into g
let productCost = g.Sum(item => item == null ? 0 : item.psCost + item.pmCost + item.poCost + item.paCost + item.inCost)
select new { interval = g.Key, value = productCost??0 };
var results = query.ToList();
for (int i = startIdx; i < count; i++)
{
var newRecord = new Record { Header = i.ToString(CultureInfo.InvariantCulture) };
foreach (var line in results)
{
if (line.interval == i)
{
newRecord.Id = barInfo.Id;
newRecord.Value = line.value;
newRecord.StartDate = barInfo.StartDate;
newRecord.EndDate = barInfo.EndDate;
}
}
records.Add(newRecord);
}
}
return records;
}
private long GetIntervalTicks(DateTime currentDate, int value, DateTimeIntervals type)
{
switch (type)
{
case DateTimeIntervals.Hourly:
return (currentDate - currentDate.AddHours(value)).Ticks;
case DateTimeIntervals.Shiftly:
return (currentDate - currentDate.AddHours((24 / SoheilConstants.ShiftPerDay) * value)).Ticks;
case DateTimeIntervals.Daily:
return (currentDate - currentDate.AddDays(value)).Ticks;
case DateTimeIntervals.Weekly:
return (currentDate - currentDate.AddDays(value * 7)).Ticks;
case DateTimeIntervals.Monthly:
return (currentDate - currentDate.AddMonths(value)).Ticks;
default:
return (currentDate - currentDate.AddMonths(value)).Ticks;
}
}
private DateTime AddInterval(DateTime currentDate, int value, DateTimeIntervals type)
{
switch (type)
{
case DateTimeIntervals.Hourly:
return currentDate.AddHours(value);
case DateTimeIntervals.Shiftly:
return currentDate.AddHours((24 / SoheilConstants.ShiftPerDay) * value);
case DateTimeIntervals.Daily:
return currentDate.AddDays(value);
case DateTimeIntervals.Weekly:
return currentDate.AddDays(value * 7);
case DateTimeIntervals.Monthly:
return currentDate.AddMonths(value);
default:
return currentDate.AddMonths(value);
}
}
private double GetMaxCostByDate(DateTimeIntervals intervalType, CostType type, int count)
{
int currentYear = DateTime.Now.Year;
var startDate = new DateTime(currentYear, 1, 1);
startDate = AddInterval(startDate, 0, intervalType);
var currentInterval = startDate;
using (var context = new SoheilEdmContext())
{
var costRepository = new Repository<Cost>(context);
var costList = costRepository.GetAll().ToList();
var indexList = new List<KeyValuePair<int, double>>();
for (int i = 0; i < count; i++)
{
indexList.AddRange(from cost in costList
where cost.Date >= currentInterval
&& cost.Date < AddInterval(currentInterval, 1, intervalType)
&& (type == CostType.All || cost.CostType == (decimal)type)
select new KeyValuePair<int, double>(i, cost.CostValue ?? 0));
indexList.Add(new KeyValuePair<int, double>(i, 0));
currentInterval = AddInterval(currentInterval, 1, intervalType);
}
var query = from index in indexList
group index by index.Key into g
let total = g.Sum(item => item.Value)
select new { interval = g.Key, value = total };
return query.Max(item => item.value);
}
}
private int GetIntervalCount(DateTimeIntervals interval, CostBarInfo barInfo)
{
switch (barInfo.Level)
{
case 0:
int currentYear = DateTime.Now.Year;
var startDate = new DateTime(currentYear, 1, 1);
var endDate = new DateTime(currentYear + 1, 1, 1).AddDays(-1);
switch (interval)
{
case DateTimeIntervals.Hourly:
return (int)Math.Ceiling((endDate - startDate).TotalHours);
case DateTimeIntervals.Shiftly:
return (int)Math.Ceiling((endDate - startDate).TotalDays * SoheilConstants.ShiftPerDay);
case DateTimeIntervals.Daily:
return (int)Math.Ceiling((endDate - startDate).TotalDays);
case DateTimeIntervals.Weekly:
return (int)Math.Ceiling((endDate - startDate).TotalDays / 7);
case DateTimeIntervals.Monthly:
return 12;
default:
return 12;
}
case 1:
return DataService.GetCostCentersCount();
case 2:
return DataService.GetCostsCount(barInfo.Id);
default:
return 0;
}
}
private IList<Record> GetPerformanceByDateTime(DateTimeIntervals intervalType, int startIndex, int count)
{
IList<Record> records = new List<Record>();
int currentYear = DateTime.Now.Year;
var startDate = new DateTime(currentYear, 1, 1);
startDate = AddInterval(startDate, startIndex, intervalType);
var currentInterval = startDate;
using (var context = new SoheilEdmContext())
{
var processRepository = new Repository<Process>(context);
var processReportRepository = new Repository<ProcessReport>(context);
var taskReportRepository = new Repository<TaskReport>(context);
var processList = processRepository.GetAll();
var processReportList = processReportRepository.GetAll();
var taskReportList = taskReportRepository.GetAll();
var indexList = new List<KeyValuePair<int, int>>();
for (int i = startIndex; i < count; i++)
{
indexList.AddRange(from taskReport in taskReportList
where taskReport.ReportStartDateTime >= currentInterval
&& taskReport.ReportStartDateTime < AddInterval(currentInterval, 1, intervalType)
select new KeyValuePair<int, int>(i, taskReport.Id));
indexList.Add(new KeyValuePair<int, int>(i, -1));
currentInterval = AddInterval(currentInterval, 1, intervalType);
}
var processReportQuery = from process in processList
from processReport in processReportList.Where(ssapr => ssapr.Process != null && process != null && ssapr.Process.Id == process.Id).DefaultIfEmpty()
let producedG1 = processReport == null ? 0 : processReport.ProducedG1
let targetCount = process == null ? 0 : process.TargetCount
let prId = processReport == null ? -1 : processReport.Id
let trId = processReport == null ? -1 : (0)
select new { prId, trId, producedG1, targetCount };
var query = from index in indexList
from processReport in processReportQuery.Where(pr => pr.trId == index.Value).DefaultIfEmpty()
group processReport by index.Key into g
let sumPg = g.Sum(item => item == null ? 0 : item.producedG1)
let sumTc = g.Sum(item => item == null ? 0 : item.targetCount)
select new { interval = g.Key, value = sumTc == 0 ? 0 : sumPg / sumTc };
for (int i = startIndex; i < count; i++)
{
var newRecord = new Record { Header = i.ToString(CultureInfo.InvariantCulture) };
foreach (var line in query)
{
if (line.interval == i)
{
newRecord.Value = line.value;
newRecord.Value = 50; //???
newRecord.StartDate = AddInterval(startDate, i - startIndex, intervalType);
newRecord.EndDate = AddInterval(startDate, i - startIndex + 1, intervalType);
}
}
records.Add(newRecord);
}
}
return records;
}
private IList<Record> GetPPMByDateTime(DateTimeIntervals intervalType, int startIndex, int count)
{
IList<Record> records = new List<Record>();
int currentYear = DateTime.Now.Year;
var startDate = new DateTime(currentYear, 1, 1);
startDate = AddInterval(startDate, startIndex, intervalType);
var currentInterval = startDate;
using (var context = new SoheilEdmContext())
{
var ssaRepository = new Repository<StateStationActivity>(context);
var processRepository = new Repository<Process>(context);
var defectionReportRepository = new Repository<DefectionReport>(context);
var processReportRepository = new Repository<ProcessReport>(context);
var taskReportRepository = new Repository<TaskReport>(context);
var ssaList = ssaRepository.GetAll();
var processList = processRepository.GetAll();
var defectionReportList = defectionReportRepository.GetAll();
var processReportList = processReportRepository.GetAll();
var taskReportList = taskReportRepository.GetAll();
var indexList = new List<KeyValuePair<int, int>>();
for (int i = startIndex; i < count; i++)
{
indexList.AddRange(from taskReport in taskReportList
where taskReport.ReportStartDateTime >= currentInterval
&& taskReport.ReportStartDateTime < AddInterval(currentInterval, 1, intervalType)
select new KeyValuePair<int, int>(i, taskReport.Id));
indexList.Add(new KeyValuePair<int, int>(i, -1));
currentInterval = AddInterval(currentInterval, 1, intervalType);
}
var drQuery = from ssActivity in ssaList
from process in processList.Where(pr => pr.StateStationActivity != null && ssActivity != null && pr.StateStationActivity.Id == ssActivity.Id).DefaultIfEmpty()
from processReport in processReportList
from defectionReport in defectionReportList.Where(dr => dr.ProcessReport != null && processReport != null && dr.ProcessReport.Id == processReport.Id).DefaultIfEmpty()
let trId = processReport == null ? -1 : 0
let prId = processReport == null ? -1 : processReport.Id
let cycleTime = ssActivity == null ? 0 : ssActivity.CycleTime
let producedG1 = processReport == null ? 0 : processReport.ProducedG1
let lostCount = defectionReport == null ? 0 : defectionReport.LostCount
let lostTime = defectionReport == null ? 0 : defectionReport.LostTime
let lostTotal = cycleTime == 0? lostCount : lostCount + lostTime/cycleTime
select new { trId, prId, producedG1, lostTotal };
var query = from index in indexList
from pr in drQuery.Where(dr => dr.trId == index.Value).DefaultIfEmpty()
group pr by index.Key into g
let sumPg1 = g.Sum(item => item == null ? 0 : item.producedG1)
let sumLc = g.Sum(item => item == null ? 0 : item.lostTotal)
select new { interval = g.Key, value = sumLc + sumPg1 == 0 ? 0 : sumLc / (sumLc + sumPg1) };
for (int i = startIndex; i < count; i++)
{
var newRecord = new Record { Header = i.ToString(CultureInfo.InvariantCulture) };
foreach (var line in query)
{
if (line.interval == i)
{
newRecord.Value = line.value;
newRecord.Value = 50; //???
newRecord.StartDate = AddInterval(startDate, i - startIndex, intervalType);
newRecord.EndDate = AddInterval(startDate, i - startIndex + 1, intervalType);
}
}
records.Add(newRecord);
}
}
return records;
}
public PublishedDateFilter(DateTimeIntervals dateTimeIntervals)
{
_dateTimeIntervalsFilter = dateTimeIntervals;
}
public double GetMax(DateTimeIntervals intervalType, OperatorBarInfo barInfo, int count)
{
return GetMaxOperatorEfficiency(barInfo);
}
