private static IEnumerable <AgExposure> ConvertToAgExposures(IEnumerable <AgUnformattedExposure> unformattedExposures)
{
var formattedExposures = new List <AgExposure>();
foreach (var exposure in unformattedExposures)
{
var formattedExposure = new AgExposure
{
BreakSalesAreaNo = exposure.BreakSalesAreaNo,
ClashCode = exposure.ClashCode,
MasterClashCode = exposure.MasterClashCode,
NoOfExposures = exposure.NoOfExposures,
StartDate = ConvertToAgDate(exposure.StartDate),
EndDate = ConvertToAgDate(exposure.EndDate),
StartTime = ConvertToAgTime(exposure.StartTime),
EndTime = ConvertToAgTime(exposure.EndTime),
StartDay = exposure.StartDay,
EndDay = exposure.EndDay
};
formattedExposures.Add(formattedExposure);
}
return(formattedExposures);
}
private static AgExposuresSerialization ToAgExposures(
List <Clash> clashes,
DateTime runStartDateTime,
DateTime runEndDateTime,
TimeSpan?peakStartTime,
TimeSpan?peakEndTime,
List <SalesArea> salesAreas,
IMapper mapper,
AgExposure agExposure)
{
var agExposures = mapper.Map <List <AgExposure> >(
Tuple.Create(clashes, runStartDateTime, runEndDateTime, peakStartTime, peakEndTime, salesAreas, agExposure)
);
var serialization = new AgExposuresSerialization();
return(serialization.MapFrom(agExposures));
}
public void Serialise(
List <Clash> allClashes,
DateTime startDate,
DateTime endDate,
TimeSpan?peakStartTime,
TimeSpan?peakEndTime,
List <SalesArea> allSalesAreas,
IMapper mapper,
AgExposure agExposure)
{
ToAgExposures(
allClashes,
startDate,
endDate,
peakStartTime,
peakEndTime,
allSalesAreas,
mapper,
agExposure)
.Serialize(Path.Combine(FolderName, Filename));
}
private static List <AgExposure> LoadAgExposures(
List <Clash> clashes,
DateTime startDate,
DateTime endDate,
TimeSpan?peakStartTime,
TimeSpan?peakEndTime,
List <SalesArea> salesAreas,
AgExposure agExposure)
{
#region Preset clashes data
_salesAreas = salesAreas;
_peakStartTime = peakStartTime;
_peakEndTime = peakEndTime;
_breakTimes = new List <TimeSpan> {
_defaultDayStartTime, _defaultDayEndTime
};
if (_peakStartTime.HasValue && _peakEndTime.HasValue)
{
_breakTimes.AddRange(new List <TimeSpan> {
_peakStartTime.Value, _peakEndTime.Value
});
_breakTimes = _breakTimes.OrderBy(r => r).ToList();
}
var exposures = new List <AgExposure>();
#endregion Preset clashes data
foreach (var clash in clashes)
{
var clashExposures = new List <AgUnformattedExposure>();
var masterClashCode = clash.ParentExternalidentifier ?? clash.Externalref;
clashExposures.AddRange(CreateExposures(AllSalesAreas, clash.Externalref, masterClashCode, clash.DefaultPeakExposureCount, clash.DefaultOffPeakExposureCount,
startDate, endDate, _defaultDayStartTime, _defaultDayEndTime, StartDay, EndDay));
if (clash.Differences != null)
{
var differencesForAllSalesAreas =
clash.Differences.Where(d => string.IsNullOrWhiteSpace(d.SalesArea)).ToList();
foreach (var difference in differencesForAllSalesAreas)
{
var differenceExposures = GenerateDifferenceExposures(difference, clash.Externalref, masterClashCode,
clash.DefaultPeakExposureCount, clash.DefaultOffPeakExposureCount, startDate, endDate);
foreach (var differenceExposure in differenceExposures)
{
var exposuresForAllSalesAreas =
clashExposures.Where(e => e.BreakSalesAreaNo == AllSalesAreas).ToList();
var processResult = ProcessOverlappedExposure(exposuresForAllSalesAreas, differenceExposure);
if (processResult is null)
{
clashExposures.Add(differenceExposure);
}
else
{
_ = clashExposures.Remove(processResult.Item2);
clashExposures.AddRange(processResult.Item1);
}
}
}
var differencesForParticularSalesArea =
clash.Differences.Where(d => !string.IsNullOrWhiteSpace(d.SalesArea)).ToList();
foreach (var difference in differencesForParticularSalesArea)
{
var differenceExposures = GenerateDifferenceExposures(difference, clash.Externalref, masterClashCode,
clash.DefaultPeakExposureCount, clash.DefaultOffPeakExposureCount, startDate, endDate);
clashExposures.AddRange(differenceExposures);
}
}
exposures.AddRange(ConvertToAgExposures(clashExposures));
}
return(exposures);
}
