private IBaseDataUsage GetCloneForecastSiteProduct(IBaseDataUsage fsp)
{
IBaseDataUsage dusage;
if (_forecastInfo.FMethodologeyEnum == MethodologyEnum.CONSUMPTION)
dusage = new ForecastSiteProduct();
else
dusage = new ForecastSiteTest();
dusage.Product = fsp.Product;
dusage.AmountUsed = fsp.AmountUsed;
dusage.Adjusted = fsp.Adjusted;
dusage.CDuration = fsp.CDuration;
dusage.DurationDateTime = fsp.DurationDateTime;
dusage.Test = fsp.Test; //Feb 19 2015
return dusage;
}
private IBaseDataUsage GetNewDataUsage()
{
IBaseDataUsage dusage = null;
if (_forecastInfo.FMethodologeyEnum == MethodologyEnum.CONSUMPTION)
{
switch (_forecastInfo.DatausageEnum)
{
case DataUsageEnum.DATA_USAGE1:
case DataUsageEnum.DATA_USAGE2:
dusage = new ForecastSiteProduct() { ForecastSite = _activeFSite };
break;
case DataUsageEnum.DATA_USAGE3:
dusage = new ForecastCategoryProduct() { Category = _activeCategory };
break;
}
}
else
{
switch (_forecastInfo.DatausageEnum)
{
case DataUsageEnum.DATA_USAGE1:
case DataUsageEnum.DATA_USAGE2:
dusage = new ForecastSiteTest() { ForecastSite = _activeFSite };
break;
case DataUsageEnum.DATA_USAGE3:
dusage = new ForecastCategoryTest() { Category = _activeCategory };
break;
}
}
return dusage;
}
private void ProcessBySite()
{
foreach (ListViewItem li in lsvSites.CheckedItems)
{
ForlabSite site = (ForlabSite)li.Tag;
fsite = _forecastInfo.GetForecastSiteBySiteId(site.Id);
if (fsite == null)
{
fsite = new ForecastSite();
fsite.Site = site;
fsite.ForecastInfo = _forecastInfo;
_forecastInfo.ForecastSites.Add(fsite);
}
_selectedTestids = fsite.GetSelectedTestId();
int month = _forecastInfo.StartDate.Month;
foreach (ListViewItem l in lvTests.SelectedItems)
{
int noperiod = NoRPeriod();
Test test = (Test)l.Tag;
if (!IsTestSelected(test.Id))
{
int year = _forecastInfo.StartDate.Year;
DateTime lastd = _forecastInfo.StartDate;
int quar = LqtUtil.GetQuarter(_forecastInfo.StartDate);
IList<ForecastSiteTest> historicalSiteProduct =
DataRepository.GetHistoricalTest(_forecastInfo.Period,_forecastInfo.Methodology, _forecastInfo.DataUsage, test.Id,fsite.Site.Id, _forecastInfo.StartDate, 0);
TimeSpan diff = new TimeSpan(); ;
if (historicalSiteProduct.Count > 0)
{
DateTime lasthistorydate = historicalSiteProduct[0].DurationDateTime.Value;//sd
DateTime startdate = _forecastInfo.StartDate;
diff = startdate.Subtract(lasthistorydate);
if (_forecastInfo.PeriodEnum == ForecastPeriodEnum.Monthly)
{
int noofemptyM = (((int)diff.TotalDays / 30)/2) - 1;
if (noofemptyM >= 1)
{
if (noperiod > noofemptyM)
{
noHistoryRecord = noperiod - noofemptyM;
noperiod = noofemptyM;
getHistory = true;
}
else
{
getHistory = false;
}
}
else
{
noHistoryRecord = noperiod;
getHistory = true;
noperiod = 0;
}
}
else if (_forecastInfo.PeriodEnum == ForecastPeriodEnum.Monthly)
{
int noofemptyM = ((int)diff.TotalDays / 30)-1;
if (noofemptyM >= 1)
{
if (noperiod > noofemptyM)
{
noHistoryRecord = noperiod - noofemptyM;
noperiod = noofemptyM;
getHistory = true;
}
else
{
getHistory = false;
}
}
else
{
noHistoryRecord = noperiod;
getHistory = true;
noperiod = 0;
}
}
else if (_forecastInfo.PeriodEnum == ForecastPeriodEnum.Quarterly)
{
int noofemptyQ = ((int)diff.TotalDays / (30 * 3))-1;
if (noofemptyQ >= 1)
{
if (noperiod > noofemptyQ)
{
noHistoryRecord = noperiod - noofemptyQ;
noperiod = noofemptyQ;
getHistory = true;
}
else
{
getHistory = false;
}
}
else
{
noofemptyQ = noperiod;
noHistoryRecord = noperiod;
getHistory = true;
noperiod = 0;
}
}
else
{
int noofemptyY = ((int)diff.TotalDays / 365)-1;
if (noofemptyY >= 1)
{
if (noperiod > noofemptyY)
{
noHistoryRecord = noperiod - noofemptyY;
noperiod = noofemptyY;
getHistory = true;
}
else
{
getHistory = false;
}
}
else
{
noHistoryRecord = noperiod;
getHistory = true;
noperiod = 0;
}
}
}
else
{
getHistory = false;
}
if (getHistory)
{
AddForecastSiteHistory(test.Id, fsite.Site.Id, _forecastInfo.StartDate);
}
for (int x = 1; x <= noperiod; x++)
{
ForecastSiteTest sp = new ForecastSiteTest();
sp.Test = test;
sp.ForecastSite = fsite;
sp.AmountUsed = 1;
sp.Adjusted = 1;
int quartermonth = 1;
if (_forecastInfo.PeriodEnum == ForecastPeriodEnum.Bimonthly)
{
lastd = lastd.AddMonths(-2);
sp.CDuration = LqtUtil.Months[lastd.Month - 1] + "-" + lastd.Year.ToString();
DateTime Duration = new DateTime(lastd.Year, lastd.Month, 1);
sp.DurationDateTime = Duration;
}
else if (_forecastInfo.PeriodEnum == ForecastPeriodEnum.Monthly)
{
lastd = lastd.AddMonths(-1);
sp.CDuration = LqtUtil.Months[lastd.Month - 1] + "-" + lastd.Year.ToString();
DateTime Duration = new DateTime(lastd.Year, lastd.Month, 1);
sp.DurationDateTime = Duration;
}
else if (_forecastInfo.PeriodEnum == ForecastPeriodEnum.Quarterly)
{
if (quar == 1)
{
quar = 4;
year--;
}
else
quar--;
sp.CDuration = String.Format("{0}-Qua{1}", year, quar);
if (quar == 1)
quartermonth = 1;
else if (quar == 2)
quartermonth = 4;
else if (quar == 3)
quartermonth = 7;
else
quartermonth = 10;
DateTime Duration = new DateTime(year, quartermonth, 1);
sp.DurationDateTime = Duration;
}
else
{
year--;
sp.CDuration = year.ToString();
DateTime Duration = new DateTime(year, 1, 1);
sp.DurationDateTime = Duration;
}
fsite.SiteTests.Add(sp);
}
}
}
}
}
public decimal GetActiveSiteWorkingDays(ForecastSiteTest fp)
{
decimal workingday = 22;
switch (_forecastInfo.DatausageEnum)
{
case DataUsageEnum.DATA_USAGE1:
case DataUsageEnum.DATA_USAGE2:
workingday = fp.ForecastSite.Site.WorkingDays;
break;
}
return workingday;
}
private void SaveAsSite()
{
bool isduplicate = false;
ForecastSite fs =new ForecastSite();
IList<ForecastSiteTest> exsistingFst = new List<ForecastSiteTest>();
foreach (ForecastSite efs in _forecastInfo.ForecastSites)
{
foreach (ForecastSiteTest efst in efs.SiteTests)
exsistingFst.Add(efst);
}
foreach (ReportedData rd in _rdata)
{
if (!rd.HasError)
{
ForecastSiteTest ft = new ForecastSiteTest();
fs = _forecastInfo.GetForecastSiteBySiteId(rd.Site.Id);
if (fs == null)
{
fs = new ForecastSite();
fs.Site = rd.Site;
fs.ForecastInfo = _forecastInfo;
_forecastInfo.ForecastSites.Add(fs);
}
ft.ForecastSite = fs;
ft.Test = rd.Test;
ft.CDuration = rd.Duration;
ft.AmountUsed = rd.Amount;
ft.StockOut = rd.StockOut;
ft.InstrumentDowntime = rd.InstrumentDownTime;//b
ft.Adjusted = rd.Amount;//b rd.Adjusted;
ft.DurationDateTime = LqtUtil.DurationToDateTime(ft.CDuration);
fs.SiteTests.Add(ft);
if (ft.AmountUsed == 0)
{
Consumption cs = GetConsumption(ft.Test.Id, ft);
if(cs.NoConsumption!=0)
ft.Adjusted = Math.Round(cs.TotalConsumption / cs.NoConsumption, 2, MidpointRounding.ToEven);
}
if (ft.StockOut > 0)
{
int days = ft.StockOut;
decimal workingday = GetActiveSiteWorkingDays(ft);
if (days >= workingday)
{
days = 0;
ft.StockOut = 0;
}
if (days >= 0)
ft.StockOut = days;
}
if ((ft.InstrumentDowntime > 0 || ft.StockOut > 0) && ft.AmountUsed > 0)
ft.Adjusted = LqtUtil.GetAdjustedVolume(ft.AmountUsed, ft.StockOut + ft.InstrumentDowntime, _forecastInfo.PeriodEnum, GetActiveSiteWorkingDays(ft));
foreach (ForecastSiteTest efst in exsistingFst)
{
isduplicate = false;
if (ft.ForecastSite.Site.Region == efst.ForecastSite.Site.Region)
if (ft.ForecastSite.Site == efst.ForecastSite.Site)
if (ft.Test == efst.Test && ft.DurationDateTime == efst.DurationDateTime)
{ isduplicate = true; break; }
}
foreach (ForecastSiteTest fst in fs.SiteTests)
{
isduplicate = false;
if (ft.ForecastSite.Site.Region == fst.ForecastSite.Site.Region)
if (ft.ForecastSite.Site == fst.ForecastSite.Site)
if (ft.Test == fst.Test && ft.DurationDateTime == fst.DurationDateTime)
{ isduplicate = true; break; }
}
if (!isduplicate)
fs.SiteTests.Add(ft);
}
}
}
private void butImport_Click(object sender, EventArgs e)
{
if (string.IsNullOrEmpty(txtFilename.Text.Trim()))
return;
try
{
DataSet ds = LqtUtil.ReadExcelFileforecast(txtFilename.Text, _noColumn);
_rdata = GetDataRow(ds);
bool haserror = false;
lvImport.BeginUpdate();
lvImport.Items.Clear();
ForecastSite fs = new ForecastSite();
ForecastCategorySite fcatsite = new ForecastCategorySite();
bool isduplicate = false;
ForecastSite efs = new ForecastSite();//existing
IList<ForecastSiteTest> existingFst = new List<ForecastSiteTest>();
foreach (ForecastSite efss in _forecastInfo.ForecastSites)
{
foreach (ForecastSiteTest efst in efss.SiteTests)
existingFst.Add(efst);
}
foreach (ReportedData rd in _rdata)
{
ListViewItem li = new ListViewItem(rd.RowNo.ToString());
if (_forecastInfo.DatausageEnum == DataUsageEnum.DATA_USAGE3)
{
li.SubItems.Add(rd.CategoryName);
}
else
{
li.SubItems.Add(rd.RegionName);
li.SubItems.Add(rd.SiteName);
}
li.SubItems.Add(rd.TestName);
if (!LqtUtil.IsDateTime(rd.Duration))
{
try
{
DateTime dd = LqtUtil.DurationToDateTime(rd.Duration);
if (rd.Duration.StartsWith("Q") && (_forecastInfo.PeriodEnum == ForecastPeriodEnum.Yearly))
{
rd.Duration = dd.Year.ToString();
li.SubItems.Add(LqtUtil.DatetimeToDurationStr(_forecastInfo.PeriodEnum, dd));
}
else
li.SubItems.Add(rd.Duration);
}
catch
{
li.SubItems.Add(rd.Duration);
rd.HasError = true;
}
}
else
{
string datestr = LqtUtil.DatetimeToDurationStr(_forecastInfo.PeriodEnum, DateTime.Parse(rd.Duration));
if (!rd.Duration.StartsWith("Q"))
{
rd.Duration = LqtUtil.DatetimeToDurationStr(_forecastInfo.PeriodEnum, DateTime.Parse(rd.Duration));
if (_forecastInfo.PeriodEnum == ForecastPeriodEnum.Yearly)
{
li.SubItems.Add(datestr);
}
else
{
li.SubItems.Add(rd.Duration);
}
}
else
{
{
li.SubItems.Add(datestr);
}
}
}
li.SubItems.Add(rd.Amount.ToString());
li.SubItems.Add(rd.StockOut.ToString());
li.SubItems.Add(rd.InstrumentDownTime.ToString());
if (rd.HasError == true && rd.ErrorDescription == "")
rd.ErrorDescription = " Test Performed Required ";
if (LqtUtil.validDate(rd.Duration, _forecastInfo.PeriodEnum))
rd.HasError = true;
//check if stockout and instrument downtime is less than site working days
try
{
if(rd.Site!=null)
if (!LqtUtil.ValidDownTime(rd.StockOut + rd.InstrumentDownTime, _forecastInfo.PeriodEnum, rd.Site.WorkingDays))
{
rd.HasError = true;
rd.ErrorDescription += " Sum of Stockout and Instrument Downtime can not be greater than site working days";
}
}
catch
{
}
li.SubItems.Add(rd.ErrorDescription.ToString());
//add to forecast site test
if (!rd.HasError && _forecastInfo.DatausageEnum != DataUsageEnum.DATA_USAGE3)
{
ForecastSiteTest ft = new ForecastSiteTest();
fs = _forecastInfo.GetForecastSiteBySiteId(rd.Site.Id);
if (fs == null)
{
fs = new ForecastSite();
fs.Site = rd.Site;
fs.ForecastInfo = _forecastInfo;
_forecastInfo.ForecastSites.Add(fs);
}
ft.ForecastSite = fs;
ft.Test = rd.Test;
if (!LqtUtil.IsDateTime(rd.Duration))
{
ft.CDuration = rd.Duration;
ft.DurationDateTime = LqtUtil.DurationToDateTime(rd.Duration);
}
else
{
ft.CDuration = LqtUtil.DatetimeToDurationStr(_forecastInfo.PeriodEnum, DateTime.Parse(rd.Duration));
ft.DurationDateTime = DateTime.Parse(rd.Duration);
}
ft.AmountUsed = rd.Amount;
ft.StockOut = rd.StockOut;
ft.InstrumentDowntime = rd.InstrumentDownTime;//b
ft.Adjusted = rd.Amount;
if (ft.StockOut > 0)
{
int days = ft.StockOut;
decimal workingday = GetActiveSiteWorkingDays(ft);
if (days >= workingday)
{
days = 0;
ft.StockOut = 0;
}
if (days >= 0)
ft.StockOut = days;
}
foreach (ForecastSiteTest efst in existingFst)
{
isduplicate = false;
if (ft.ForecastSite.Site.Region == efst.ForecastSite.Site.Region)
if (ft.ForecastSite.Site == efst.ForecastSite.Site)
if (ft.Test == efst.Test && ft.DurationDateTime == efst.DurationDateTime)
{ isduplicate = true; break; }
}
foreach (ForecastSiteTest fst in fs.SiteTests)
{
isduplicate = false;
if (ft.ForecastSite.Site.Region == fst.ForecastSite.Site.Region)
if (ft.ForecastSite.Site == fst.ForecastSite.Site)
if (ft.Test == fst.Test && ft.DurationDateTime == fst.DurationDateTime)
{ isduplicate = true; break; }
}
if (!isduplicate)
fs.SiteTests.Add(ft);
}
//end adding
//add by category
if (!rd.HasError && _forecastInfo.DatausageEnum == DataUsageEnum.DATA_USAGE3)
{
ForecastCategory fcat = new ForecastCategory();
ForecastCategoryTest ft = new ForecastCategoryTest();
// fcat = DataRepository.GetForecastCategoryByName(_forecastInfo.Id, rd.CategoryName);
fcat = _forecastInfo.GetForecastCategorybyname(rd.CategoryName);
if (fcat == null)
{
fcat = new ForecastCategory();
fcat.CategoryName = rd.CategoryName;
fcat.ForecastInfo = _forecastInfo;
_forecastInfo.ForecastCategories.Add(fcat);
}
ft = fcat.GetFCatTest(rd.Test.Id, rd.Duration);
isduplicate = false;
if (ft == null)
ft = new ForecastCategoryTest();
else
isduplicate = true;
ft.Category = fcat;
ft.Test = rd.Test;
// ft.CDuration = rd.Duration;
ft.AmountUsed = rd.Amount;
ft.StockOut = rd.StockOut;
ft.InstrumentDowntime = rd.InstrumentDownTime;//b
// ft.Adjusted = rd.Adjusted;
// ft.DurationDateTime = LqtUtil.DurationToDateTime(ft.CDuration);
if (!LqtUtil.IsDateTime(rd.Duration))
{
ft.CDuration = rd.Duration;
ft.DurationDateTime = LqtUtil.DurationToDateTime(rd.Duration);
}
else
{
ft.CDuration = LqtUtil.DatetimeToDurationStr(_forecastInfo.PeriodEnum, DateTime.Parse(rd.Duration));
ft.DurationDateTime = DateTime.Parse(rd.Duration);
}
if (ft.StockOut > 0)
{
int days = ft.StockOut;
decimal workingday = 22;
if (days >= workingday)
{
days = 0;
ft.StockOut = 0;
}
if (days >= 0)
ft.StockOut = days;
}
if (!isduplicate)
fcat.CategoryTests.Add(ft);
}
//end category adding
if (rd.HasError)
{
li.BackColor = Color.Red;
_error++;
}
else if (isduplicate)
{
li.BackColor = Color.Yellow;
_error++;
}
else
{
_count++;
}
lvImport.Items.Add(li);
}
sort();
lvImport.EndUpdate();
butClear.Enabled = true;
butSave.Enabled = true;
}
catch (Exception ex)
{
MessageBox.Show("Error: " + ex.Message, "Importing", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
public Consumption GetConsumption(int id, ForecastSiteTest fp)
{
Consumption con = null;
switch (_forecastInfo.DatausageEnum)
{
case DataUsageEnum.DATA_USAGE1:
case DataUsageEnum.DATA_USAGE2:
con = fp.ForecastSite.ConsumptionByTest(id);
break;
case DataUsageEnum.DATA_USAGE3:
con = fp.ForecastSite.ConsumptionByTest(id);
break;
}
return con;
}
