protected MonthlyUtilizationDataSet GenerateDataSet()
{
MonthlyUtilizationDataSet dataSet = new MonthlyUtilizationDataSet();
AddAdditionalDataToDataSet(dataSet);
AddAircraftToDataset(dataSet);
AddFlights(dataSet);
return(dataSet);
}
/// <summary>
/// Добавление дополнительной информации
/// </summary>
/// <param name="destinationDateSet"></param>
protected virtual void AddAdditionalDataToDataSet(MonthlyUtilizationDataSet destinationDateSet)
{
var reportHeader = _currentAircraft.RegistrationNumber + ". Monthly Utilization";
var model = _currentAircraft.Model.ToString();
var dateAsOf = DateTime.Today.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
var reportFooter = new GlobalTermsProvider()["ReportFooter"].ToString();
var reportFooterPrepared = new GlobalTermsProvider()["ReportFooterPrepared"].ToString();
var reportFooterLink = new GlobalTermsProvider()["ProductWebsite"].ToString();
destinationDateSet.AdditionalDataTAble.AddAdditionalDataTAbleRow(reportHeader, GlobalObjects.CasEnvironment.Operators[0].LogotypeReportLarge, dateAsOf, model, reportFooter, reportFooterPrepared, reportFooterLink);
}
private void AddFlights(MonthlyUtilizationDataSet dataSet)
{
string currentGroupName = "";
int counter = 0;
for (int i = 0; i < Flights.Count; i++)
{
string groupName = Flights[i].FlightDate.ToString("MMMM yyyy", CultureInfo.CurrentCulture);
if (groupName != currentGroupName)
{
currentGroupName = groupName;
counter = 1;
}
else
{
counter++;
}
AddFlight(dataSet, Flights[i], currentGroupName, counter);
}
}
protected virtual void AddFlight(MonthlyUtilizationDataSet dataSet, AircraftFlight item, string groupName, int counter)
{
//TODO: (Evgenii Babak) сравнить подход в этом методе с подходом в MonthlyutilizationListView. Нужно вынести в отдельный метод BL
var dateString = item.FlightDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
var route = item.StationFromId.ShortName + " - " + item.StationToId.ShortName;
var flightTimeString = UsefulMethods.TimeToString(new TimeSpan(0, 0, item.FlightTimeTotalMinutes, 0)) + " (" +
UsefulMethods.TimePeriodToString(new TimeSpan(0, 0, item.TakeOffTime, 0),
new TimeSpan(0, 0, item.LDGTime, 0)) + ")";
var perDays = Lifelength.Zero;
var flights = _currentFlights.Where(f => f.FlightDate.Date.AddMinutes(f.TakeOffTime) <=
item.FlightDate.Date.AddMinutes(item.TakeOffTime)).ToList();
foreach (var aircraftFlight in flights)
{
perDays.Add(aircraftFlight.FlightTimeLifelength);
}
var aircraftLifelenght = GlobalObjects.CasEnvironment.Calculator.GetFlightLifelengthIncludingThisFlight(item);
#region колонки для отображения наработок по двигателям и ВСУ
var engine1 = "";
var engine2 = "";
var apu = "";
if (_engine1 != null)
{
engine1 = GetFlightLifelengthStringForBaseDetail(_engine1, item);
}
if (_engine2 != null)
{
engine2 = GetFlightLifelengthStringForBaseDetail(_engine2, item);
}
if (_apu != null)
{
apu = GetFlightLifelengthStringForBaseDetail(_apu, item);
}
#endregion
var color = UsefulMethods.GetColorName(item);
if (!item.Correct)
{
color = "White";
}
//if(color=="") color = aircraftFlight.Highlight.Name;
dataSet.Items.AddItemsRow(dateString,
item.FlightNumber.ToString(),
route,
"",
item.Reference,
item.PageNo,
"",
"",
"1",
flightTimeString,
perDays.ToHoursMinutesAndCyclesFormat("", ""),
aircraftLifelenght.ToHoursMinutesAndCyclesFormat("", ""),
"",
groupName,
counter.ToString(), engine1, "", engine2, "", apu, "", color);
}
/// <summary>
/// Добавляется элемент в таблицу данных
/// </summary>
/// <param name="destinationDataSet">Таблица, в которую добавляется элемент</param>
protected virtual void AddAircraftToDataset(MonthlyUtilizationDataSet destinationDataSet)
{
var aircraftLifelength = GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength(_currentAircraft);
var serialNumber = _currentAircraft.SerialNumber;
var manufactureDate = _currentAircraft.ManufactureDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
var sinceNewHours = aircraftLifelength.Hours.ToString();
var sinceNewCycles = aircraftLifelength.Cycles.ToString().Trim();
var registrationNumber = _currentAircraft.RegistrationNumber;
string lineNumber;
string variableNumber;
string lineNumberCaption = "";
string variableNumberCaption = "";
string averageUtilizationHoursPlan;
string averageUtilizationCyclesPlan;
string averageUtilizationPlanType;
string averageUtilizationHoursFact;
string averageUtilizationCyclesFact;
string averageUtilizationFactType;
string selection;
string engineCaption1 = "";
string engineCaption2 = "";
string apuCaption = "";
var engine = GlobalObjects.ComponentCore.GetAircraftEngines(_currentAircraft.ItemId);
var apu = GlobalObjects.ComponentCore.GetAircraftApu(_currentAircraft.ItemId);
if (engine[0] != null)
{
engineCaption1 = "Engine " + engine[0].PositionNumber + "\r\nS/N: " +
engine[0].SerialNumber;
}
if (engine[1] != null)
{
engineCaption2 = "Engine " + engine[1].PositionNumber + "\r\nS/N: " +
engine[1].SerialNumber;
}
if (apu != null)
{
apuCaption = "APU" + "\r\nS/N: " + apu.SerialNumber;
}
//вычисление периода в днях
int periodDays = (_periodTo - _periodFrom).Days;
//вычисление сред. кол-ва часов в день
double avgHoursPerDay = _totalHoursClear / periodDays;
//вычисление сред. кол-ва циклов в день
double avgCyclesPerDay = _totalCyclesClear / periodDays;
//плановая утилизация
var aircraftFrame = GlobalObjects.ComponentCore.GetBaseComponentById(_currentAircraft.AircraftFrameId);
var plan = GlobalObjects.AverageUtilizationCore.GetAverageUtillization(aircraftFrame);
//вычисление фактической утилизации
AverageUtilization factPerPeriod;
if (plan.SelectedInterval == UtilizationInterval.Dayly)
{
factPerPeriod = new AverageUtilization(avgCyclesPerDay, avgHoursPerDay,
UtilizationInterval.Dayly);
}
else
{
factPerPeriod = new AverageUtilization(avgCyclesPerDay * 30, avgHoursPerDay * 30,
UtilizationInterval.Monthly);
}
averageUtilizationHoursPlan = plan.Hours.ToString();
averageUtilizationCyclesPlan = plan.Cycles.ToString();
averageUtilizationPlanType = plan.SelectedInterval == UtilizationInterval.Dayly ? "DAY" : "MONTH";
const string specifier = "G3";
CultureInfo culture = CultureInfo.CreateSpecificCulture("eu-ES");
averageUtilizationHoursFact = factPerPeriod.Hours.ToString(specifier, culture);
averageUtilizationCyclesFact = factPerPeriod.Cycles.ToString(specifier, culture);
averageUtilizationFactType = factPerPeriod.SelectedInterval == UtilizationInterval.Dayly ? "DAY" : "MONTH";
selection = SmartCore.Auxiliary.Convert.DatePeriodToString(_periodFrom, _periodTo);
lineNumber = (_currentAircraft).LineNumber;
variableNumber = (_currentAircraft).VariableNumber;
if (lineNumber != "")
{
lineNumberCaption = "L/N:";
}
if (variableNumber != "")
{
variableNumberCaption = "V/N:";
}
destinationDataSet.BaseDetailTable.AddBaseDetailTableRow(serialNumber,
manufactureDate, sinceNewHours, sinceNewCycles,
registrationNumber, lineNumber, variableNumber, lineNumberCaption, variableNumberCaption,
averageUtilizationHoursPlan, averageUtilizationHoursFact, averageUtilizationCyclesPlan, averageUtilizationCyclesFact,
engineCaption1, "", engineCaption2, "", apuCaption, "", averageUtilizationPlanType, averageUtilizationFactType, selection);
}
protected override void AddFlight(MonthlyUtilizationDataSet dataSet, AircraftFlight item, string groupName, int counter)
{
string dateString = SmartCore.Auxiliary.Convert.GetDateFormat(item.FlightDate);
Lifelength perDays = Lifelength.Zero;
List <AircraftFlight> flights = Flights.Where(f => f.FlightDate.Date.AddMinutes(f.TakeOffTime) <=
item.FlightDate.Date.AddMinutes(item.TakeOffTime)).ToList();
foreach (AircraftFlight aircraftFlight in flights)
{
perDays.Add(aircraftFlight.FlightTimeLifelength);
}
Lifelength aircraftLifelenght = GlobalObjects.CasEnvironment.Calculator.GetFlightLifelengthIncludingThisFlight(item);
#region колонки для отображения наработок по двигателям и ВСУ
Lifelength engine1 = Lifelength.Null;
Lifelength engine2 = Lifelength.Null;
Lifelength apu = Lifelength.Null;
if (_engine1 != null)
{
engine1 = GlobalObjects.CasEnvironment.Calculator.GetFlightLifelengthIncludingThisFlight(_engine1, item);
}
if (_engine2 != null)
{
engine2 = GlobalObjects.CasEnvironment.Calculator.GetFlightLifelengthIncludingThisFlight(_engine2, item);
}
if (_apu != null)
{
apu = GlobalObjects.CasEnvironment.Calculator.GetFlightLifelengthIncludingThisFlight(_apu, item);
}
#endregion
string color = UsefulMethods.GetColorName(item);
if (!item.Correct)
{
color = "White";
}
dataSet.Items.AddItemsRow(dateString,
item.FlightNumber.ToString(),
item.StationFromId.ShortName,
item.StationToId.ShortName,
item.Reference,
item.PageNo,
UsefulMethods.TimeToString(new TimeSpan(0, 0, item.TakeOffTime, 0)),
UsefulMethods.TimeToString(new TimeSpan(0, 0, item.LDGTime, 0)),
"1",
UsefulMethods.TimeToString(new TimeSpan(0, 0, item.FlightTimeTotalMinutes, 0)),
perDays.ToHoursMinutesAndCyclesFormat("", ""),
aircraftLifelenght.ToHoursMinutesFormat(""),
aircraftLifelenght.Cycles != null ? aircraftLifelenght.Cycles.ToString() : "",
groupName,
counter.ToString(),
engine1.ToHoursMinutesFormat(""),
engine1.Cycles != null ? engine1.Cycles.ToString() : "",
engine2.ToHoursMinutesFormat(""),
engine2.Cycles != null ? engine2.Cycles.ToString() : "",
apu.ToHoursMinutesFormat(""),
apu.Cycles != null ? apu.Cycles.ToString() : "",
color);
}
