/// <summary>
/// Добавление дополнительной информации
/// </summary>
/// <param name="destinationDateSet"></param>
private void AddAdditionalDataToDataSet(ComponentListDataSet destinationDateSet)
{
string reportFooter = new GlobalTermsProvider()["ReportFooter"].ToString();
string reportFooterPrepared = new GlobalTermsProvider()["ReportFooterPrepared"].ToString();
string reportFooterLink = new GlobalTermsProvider()["ProductWebsite"].ToString();
destinationDateSet.AdditionalDataTAble.AddAdditionalDataTAbleRow(_reportTitle, _operatorLogotype, _filterSelection, DateAsOf, reportFooter, reportFooterPrepared, reportFooterLink);
}
/// <summary>
/// Построить источник данных (DataSet) для вывода в отчет
/// </summary>
/// <returns></returns>
public virtual ComponentListDataSet GenerateDataSet()
{
ComponentListDataSet dataset = new ComponentListDataSet();
AddAircraftToDataset(dataset);
AddBaseDetailToDataset(dataset);
AddDirectivesToDataSet(dataset);
AddAdditionalDataToDataSet(dataset);
AddForecastToDataSet(dataset);
return(dataset);
}
/// <summary>
/// Добавление директив в таблицу данных
/// </summary>
/// <param name="dataset">Таблица, в которую добавляются данные</param>
protected virtual void AddDirectivesToDataSet(ComponentListDataSet dataset)
{
/* List<String> colors = new List<string>();
* for (int i = 0; i < HighlightCollection.Instance.Count; i++ )
* {
* colors.Add(HighlightCollection.Instance[i].Color.R.ToString()+" "+
* HighlightCollection.Instance[i].Color.G.ToString()+" "+
* HighlightCollection.Instance[i].Color.B.ToString());
* }
* MessageBox.Show(string.Join("\r\n",colors.ToArray()));*/
foreach (object t in _reportedItems)
{
AddDirectiveToDataset(t, dataset);
}
}
protected virtual void AddForecastToDataSet(ComponentListDataSet destinationDataSet)
{
//string manufactureDate = UsefulMethods.NormalizeDate(ReportedBaseDetail.ManufactureDate);
//string sinceNewHours = "";// LifelengthFormatter.GetHoursData(ReportedBaseDetail.Limitation.ResourceSinceNew.Hours).Trim() + " hrs";
//string sinceNewCycles = "";//ReportedBaseDetail.Limitation.ResourceSinceNew.Cycles.ToString().Trim() + " cyc";
//string sinceOverhaulHours = "";// LifelengthFormatter.GetHoursData(ReportedBaseDetail.Limitation.ResourceSinceOverhaul.Hours).Trim() + " hrs";
//string sinceOverhaulCycles = "";//ReportedBaseDetail.Limitation.ResourceSinceOverhaul.Cycles.ToString().Trim() + " cyc";
//string sinceHotSectionInspectionHours = "";//LifelengthFormatter.GetHoursData(ReportedBaseDetail.Limitation.ResourceSinceHotSectionInspection.Hours).Trim() + " hrs";
//string sinceHotSectionInspectionCycles = "";//ReportedBaseDetail.Limitation.ResourceSinceHotSectionInspection.Cycles.ToString().Trim() + " cyc";
//string baseDetailType = "";
//if (ReportedBaseDetail.DetailType==DetailType.Engine)
// baseDetailType = "Engine";
//else if (ReportedBaseDetail.DetailType == DetailType.Apu)
// baseDetailType = "APU";
double avgUtilizationCycles = _forecast != null ? _forecast.ForecastDatas[0].AverageUtilization.Cycles : 0;
double avgUtilizationHours = _forecast != null ? _forecast.ForecastDatas[0].AverageUtilization.Hours : 0;
string avgUtilizationType = _forecast != null
? _forecast.ForecastDatas[0].AverageUtilization.SelectedInterval.ToString()
: "";
int forecastCycles = _forecast != null
? _forecast.ForecastDatas[0].ForecastLifelength.Cycles != null
? (int)_forecast.ForecastDatas[0].ForecastLifelength.Cycles
: 0
: 0;
int forecastHours = _forecast != null
? _forecast.ForecastDatas[0].ForecastLifelength.Hours != null
? (int)_forecast.ForecastDatas[0].ForecastLifelength.Hours
: 0
: 0;
int forecastDays = _forecast != null
? _forecast.ForecastDatas[0].ForecastLifelength.Days != null
? (int)_forecast.ForecastDatas[0].ForecastLifelength.Days
: 0
: 0;
string forecastDate = _forecast != null
? _forecast.ForecastDatas[0].ForecastDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString())
: "";
destinationDataSet.ForecastTable.AddForecastTableRow(avgUtilizationCycles,
avgUtilizationHours,
avgUtilizationType,
forecastCycles,
forecastHours,
forecastDays,
forecastDate);
}
/// <summary>
/// Добавляется элемент в таблицу данных
/// </summary>
/// <param name="destinationDataSet">Таблица, в которую добавляется элемент</param>
private void AddAircraftToDataset(ComponentListDataSet destinationDataSet)
{
if (_reportedAircraft == null)
{
return;
}
var reportAircraftLifeLenght = GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength(_reportedAircraft);
var manufactureDate = _reportedAircraft.ManufactureDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
var serialNumber = _reportedAircraft.SerialNumber;
var model = _reportedAircraft.Model.ShortName;
var sinceNewCycles = reportAircraftLifeLenght.Cycles != null ? (int)reportAircraftLifeLenght.Cycles : 0;
var registrationNumber = _reportedAircraft.RegistrationNumber;
int averageUtilizationHours;
int averageUtilizationCycles;
string averageUtilizationType;
if (_forecast == null)
{
var aircraftFrame = GlobalObjects.ComponentCore.GetBaseComponentById(_reportedAircraft.AircraftFrameId);
var averageUtilization = GlobalObjects.AverageUtilizationCore.GetAverageUtillization(aircraftFrame);
averageUtilizationHours = (int)averageUtilization.Hours;
averageUtilizationCycles = (int)averageUtilization.Cycles;
averageUtilizationType = averageUtilization.SelectedInterval == UtilizationInterval.Dayly ? "Day" : "Month";
}
else
{
averageUtilizationHours = (int)_forecast.ForecastDatas[0].AverageUtilization.Hours;
averageUtilizationCycles = (int)_forecast.ForecastDatas[0].AverageUtilization.Cycles;
averageUtilizationType =
_forecast.ForecastDatas[0].AverageUtilization.SelectedInterval == UtilizationInterval.Dayly ? "Day" : "Month";
}
string lineNumber = _reportedAircraft.LineNumber;
string variableNumber = _reportedAircraft.VariableNumber;
destinationDataSet.AircraftDataTable.AddAircraftDataTableRow(serialNumber,
manufactureDate,
reportAircraftLifeLenght.ToHoursMinutesFormat(""),
sinceNewCycles,
registrationNumber, model, lineNumber, variableNumber,
averageUtilizationHours, averageUtilizationCycles, averageUtilizationType);
}
/// <summary>
/// Добавляется элемент в таблицу данных
/// </summary>
/// <param name="reportedDirective">Добавлямая директива</param>
/// <param name="destinationDataSet">Таблица, в которую добавляется элемент</param>
private void AddDirectiveToDataset(object reportedDirective, ComponentListDataSet destinationDataSet)
{
//if (!DefaultFilter.Acceptable(directive))
// return;
Component component;
ComponentDirective directive;
NextPerformance nextDueAtAircraftUtilization = null;
DirectiveRecord lastPerformance = null;
string positionString = "";
string remarks = "", condition = "";
string workType = "", lastComplianceDate = "", nextComplianceDate = "", ampReference = "";
double mansHours = 0, cost = 0;
DateTime installationDate = DateTimeExtend.GetCASMinDateTime();
string kits = "", equipment = "", status = "";
Lifelength lifeLimit, componentCurrent = Lifelength.Null;
Lifelength repeat = Lifelength.Null, lastCompliance = Lifelength.Null;
Lifelength used = Lifelength.Null, nextPerformanceSource = Lifelength.Null, remain = Lifelength.Null;
if (reportedDirective is ComponentDirective)
{
directive = (ComponentDirective)reportedDirective;
component = directive.ParentComponent;
positionString = component.TransferRecords.GetLast().Position;
installationDate = component.TransferRecords.GetLast().TransferDate;
componentCurrent = directive.ParentComponent.IsBaseComponent
? GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength((BaseComponent)component)
: GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength(component);
remarks = directive.Remarks;
workType = directive.DirectiveType.ToString();
repeat = directive.Threshold.RepeatInterval;
lifeLimit = component.LifeLimit;
//nextCompliance = GlobalObjects.CasEnvironment.Calculator.GetNextPerformance(directive);
GlobalObjects.PerformanceCalculator.GetNextPerformance(directive);
nextPerformanceSource = directive.NextPerformanceSource;
if (directive.MaintenanceDirective != null)
{
ampReference = directive.MaintenanceDirective.TaskNumberCheck;
}
if (nextPerformanceSource != null && directive.Status != DirectiveStatus.Closed)
{
nextComplianceDate = directive.NextPerformanceDate != null
? ((DateTime)directive.NextPerformanceDate).ToString(
new GlobalTermsProvider()["DateFormat"].ToString())
: "";
remain.Add(nextPerformanceSource);
remain.Substract(componentCurrent);
used.Add(componentCurrent);
if (_reportedAircraft != null)
{
nextDueAtAircraftUtilization = new NextPerformance
{
PerformanceDate = directive.NextPerformanceDate,
PerformanceSource = GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength(_reportedAircraft)
};
nextDueAtAircraftUtilization.PerformanceSource.Add(remain);
}
}
else
{
nextPerformanceSource = Lifelength.Null;
}
if (directive.LastPerformance != null && directive.Status != DirectiveStatus.Closed)
{
lastPerformance = directive.LastPerformance;
lastComplianceDate =
directive.LastPerformance.RecordDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
lastCompliance = directive.LastPerformance.OnLifelength;
used.Substract(lastCompliance);
used.Resemble(directive.Threshold.RepeatInterval);
remain.Resemble(directive.Threshold.RepeatInterval);
if (nextDueAtAircraftUtilization != null)
{
nextDueAtAircraftUtilization.PerformanceSource.Resemble(directive.Threshold.RepeatInterval);
}
}
else
{
used.Resemble(directive.Threshold.FirstPerformanceSinceNew);
remain.Resemble(directive.Threshold.FirstPerformanceSinceNew);
if (nextDueAtAircraftUtilization != null)
{
nextDueAtAircraftUtilization.PerformanceSource.Resemble(directive.Threshold.FirstPerformanceSinceNew);
}
}
int num = 1;
foreach (AccessoryRequired kit in directive.Kits)
{
kits += num + ": " + kit.PartNumber + "\n";
num++;
}
condition = directive.Condition.ToString();
}
//Если объект является деталью или базовой деталью с директивами
//то надо возвратится, т.к. данные по детали/базовой детали будут
//добавлены при добавлении их директив в набор данных
//Если деталь.базовая деталь без директив, тогда в набор данных надо добавить и данные сразу
else if (reportedDirective is Component)
{
component = (Component)reportedDirective;
lifeLimit = component.LifeLimit;
if (component.ComponentDirectives.Count != 0)
{
return;
}
}
else
{
throw new ArgumentException();
}
Lifelength lifeLimitUsed = Lifelength.Null;
lifeLimitUsed.Add(componentCurrent);
lifeLimitUsed.Resemble(lifeLimit);
Lifelength lifeLimitRemain = Lifelength.Null;
lifeLimitRemain.Add(lifeLimit);
lifeLimitRemain.Substract(componentCurrent);
lifeLimitRemain.Resemble(lifeLimit);
//string status = "";
//if (.Status == DirectiveStatus.Closed) status = "C";
//if (directive.Status == DirectiveStatus.Open) status = "O";
//if (directive.Status == DirectiveStatus.Repetative) status = "R";
//if (directive.Status == DirectiveStatus.NotApplicable) status = "N/A";
destinationDataSet.ItemsTable.AddItemsTableRow(component.ATAChapter.ShortName,
ampReference,
component.PartNumber,
component.SerialNumber,
positionString,
component.Description,
component.MaintenanceControlProcess.ToString(),
installationDate,
lifeLimit.Days != null ? lifeLimit.Days.ToString() : "",
lifeLimit.Hours != null ? lifeLimit.Hours.ToString() : "",
lifeLimit.Cycles != null ? lifeLimit.Cycles.ToString() : "",
lifeLimitUsed.Days != null
? lifeLimitUsed.Days.ToString()
: "",
lifeLimitUsed.Hours != null
? lifeLimitUsed.Hours.ToString()
: "",
lifeLimitUsed.Cycles != null
? lifeLimitUsed.Cycles.ToString()
: "",
lifeLimitRemain.Days != null
? lifeLimitRemain.Days.ToString()
: "",
lifeLimitRemain.Hours != null
? lifeLimitRemain.Hours.ToString()
: "",
lifeLimitRemain.Cycles != null
? lifeLimitRemain.Cycles.ToString()
: "",
workType,
repeat.Days != null
? repeat.Days.ToString()
: "",
repeat.Hours != null
? repeat.Hours.ToString()
: "",
repeat.Cycles != null
? repeat.Cycles.ToString()
: "",
repeat.ToHoursMinutesAndCyclesStrings(" FH", " FC"),
lastComplianceDate,
lastCompliance.Hours != null
? lastCompliance.Hours.ToString()
: "",
lastCompliance.Cycles != null
? lastCompliance.Cycles.ToString()
: "",
lastPerformance != null
? lastPerformance.ToStrings("/")
: "",
used.Days != null ? used.Days.ToString() : "",
used.Hours != null ? used.Hours.ToString() : "",
used.Cycles != null ? used.Cycles.ToString() : "",
nextComplianceDate,
nextPerformanceSource.Hours != null
? nextPerformanceSource.Hours.ToString()
: "",
nextPerformanceSource.Cycles != null
? nextPerformanceSource.Cycles.ToString()
: "",
nextDueAtAircraftUtilization != null
? nextDueAtAircraftUtilization.ToStrings("/")
: "",
remain.Days != null ? remain.Days.ToString() : "",
remain.Hours != null ? remain.Hours.ToString() : "",
remain.Cycles != null ? remain.Cycles.ToString() : "",
remain.ToHoursMinutesAndCyclesStrings(" FH", " FC"),
condition, mansHours, cost, kits,
equipment, remarks, status);
}
/// <summary>
/// Добавляется элемент в таблицу данных
/// </summary>
/// <param name="destinationDataSet">Таблица, в которую добавляется элемент</param>
private void AddBaseDetailToDataset(ComponentListDataSet destinationDataSet)
{
if (_reportedAircraft != null)
{
return;
}
var reportAircraftLifeLenght = GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength(_reportedBaseComponent);
var manufactureDate = _reportedBaseComponent.ManufactureDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
var deliveryDate = _reportedBaseComponent.DeliveryDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
var status = _reportedBaseComponent.Serviceable ? "Serviceable" : "Unserviceable";
var sinceNewHours = reportAircraftLifeLenght.Hours != null ? (int)reportAircraftLifeLenght.Hours : 0;
var sinceNewCycles = reportAircraftLifeLenght.Cycles != null ? (int)reportAircraftLifeLenght.Cycles : 0;
var sinceNewDays = reportAircraftLifeLenght.Days != null?reportAircraftLifeLenght.Days.ToString() : "";
var lifeLimit = _reportedBaseComponent.LifeLimit;
var lifeLimitHours = lifeLimit.Hours != null?lifeLimit.Hours.ToString() : "";
var lifeLimitCycles = lifeLimit.Cycles != null?lifeLimit.Cycles.ToString() : "";
var lifeLimitDays = lifeLimit.Days != null?lifeLimit.Days.ToString() : "";
var remain = new Lifelength(lifeLimit);
remain.Substract(reportAircraftLifeLenght);
var remainHours = remain.Hours != null?remain.Hours.ToString() : "";
var remainCycles = remain.Cycles != null?remain.Cycles.ToString() : "";
var remainDays = remain.Days != null?remain.Days.ToString() : "";
var installationDate = _reportedBaseComponent.TransferRecords.GetLast().TransferDate;
//TODO:(Evgenii Babak) нужно брать наработку с записи о выполнении, а не пересчитывать заново
var onInstall = GlobalObjects.CasEnvironment.Calculator.GetFlightLifelengthOnEndOfDay(_reportedBaseComponent, installationDate);
var onInstallDate = installationDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
var onInstallHours = onInstall.Hours != null?onInstall.Hours.ToString() : "";
var onInstallCycles = onInstall.Cycles != null?onInstall.Cycles.ToString() : "";
var onInstallDays = onInstall.Days != null?onInstall.Days.ToString() : "";
var sinceInstall = new Lifelength(reportAircraftLifeLenght);
sinceInstall.Substract(onInstall);
var sinceInstallHours = sinceInstall.Hours != null?sinceInstall.Hours.ToString() : "";
var sinceInstallCycles = sinceInstall.Cycles != null?sinceInstall.Cycles.ToString() : "";
var sinceInstallDays = sinceInstall.Days != null?sinceInstall.Days.ToString() : "";
var warranty = _reportedBaseComponent.Warranty;
var warrantyRemain = new Lifelength(warranty);
warrantyRemain.Substract(reportAircraftLifeLenght);
warrantyRemain.Resemble(warranty);
var warrantyHours = warranty.Hours != null?warranty.Hours.ToString() : "";
var warrantyCycles = warranty.Cycles != null?warranty.Cycles.ToString() : "";
var warrantyDays = warranty.Days != null?warranty.Days.ToString() : "";
var warrantyRemainHours = warrantyRemain.Hours != null?warrantyRemain.Hours.ToString() : "";
var warrantyRemainCycles = warrantyRemain.Cycles != null?warrantyRemain.Cycles.ToString() : "";
var warrantyRemainDays = warrantyRemain.Days != null?warrantyRemain.Days.ToString() : "";
var parentAircaft = GlobalObjects.AircraftsCore.GetAircraftById(_reportedBaseComponent.ParentAircraftId);
var aircraftFrame = GlobalObjects.ComponentCore.GetBaseComponentById(parentAircaft.AircraftFrameId);
var aircraftOnInstall = GlobalObjects.CasEnvironment.Calculator.GetFlightLifelengthOnEndOfDay(aircraftFrame, installationDate);
var aircraftOnInstallHours = aircraftOnInstall.Hours != null?aircraftOnInstall.Hours.ToString() : "";
var aircraftOnInstallCycles = aircraftOnInstall.Cycles != null?aircraftOnInstall.Cycles.ToString() : "";
var aircraftOnInstallDays = aircraftOnInstall.Days != null?aircraftOnInstall.Days.ToString() : "";
var aircraftCurrent = GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength(parentAircaft);
var aircraftCurrentCycles = aircraftCurrent.Cycles ?? 0;
var sinceOverhaul = Lifelength.Null;
var lastOverhaulDate = DateTime.MinValue;
var lastOverhaulDateString = "";
#region поиск последнего ремонта и расчет времени, прошедшего с него
//поиск директив деталей
var directives = GlobalObjects.ComponentCore.GetComponentDirectives(_reportedBaseComponent, true);
//поиск директивы ремонта
var overhauls = directives.Where(d => d.DirectiveType == ComponentRecordType.Overhaul).ToList();
//поиск последнего ремонта
ComponentDirective lastOverhaul = null;
foreach (ComponentDirective d in overhauls)
{
if (d.LastPerformance == null || d.LastPerformance.RecordDate <= lastOverhaulDate)
{
continue;
}
lastOverhaulDate = d.LastPerformance.RecordDate;
lastOverhaul = d;
}
if (lastOverhaul != null)
{
sinceOverhaul.Add(reportAircraftLifeLenght);
sinceOverhaul.Substract(lastOverhaul.LastPerformance.OnLifelength);
lastOverhaulDateString = lastOverhaul.LastPerformance.RecordDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString());
}
#endregion
destinationDataSet.BaseDetailTable.AddBaseDetailTableRow(_reportedBaseComponent.ATAChapter.ToString(),
_reportedBaseComponent.AvionicsInventory.ToString(),
_reportedBaseComponent.PartNumber,
_reportedBaseComponent.SerialNumber,
_reportedBaseComponent.Model != null ? _reportedBaseComponent.Model.ToString() : "",
_reportedBaseComponent.BaseComponentType.ToString(),
_reportedBaseComponent.GetParentAircraftRegNumber(),
_reportedBaseComponent.TransferRecords.GetLast().Position,
_reportedBaseComponent.Manufacturer,
manufactureDate,
deliveryDate,
_reportedBaseComponent.MPDItem,
_reportedBaseComponent.Suppliers != null ? _reportedBaseComponent.Suppliers.ToString() : "",
status,
_reportedBaseComponent.Cost,
_reportedBaseComponent.CostOverhaul,
_reportedBaseComponent.CostServiceable,
lifeLimitHours,
lifeLimitCycles,
lifeLimitDays,
sinceNewHours,
sinceNewCycles,
sinceNewDays,
remainCycles,
remainHours,
remainDays,
onInstallDate,
onInstallHours,
onInstallCycles,
onInstallDays,
sinceInstallHours,
sinceInstallCycles,
sinceInstallDays,
warrantyHours,
warrantyCycles,
warrantyDays,
warrantyRemainHours,
warrantyRemainCycles,
warrantyRemainDays,
aircraftOnInstallHours,
aircraftOnInstallCycles,
aircraftOnInstallDays,
lastOverhaulDateString,
sinceOverhaul.Hours ?? 0,
sinceOverhaul.Cycles ?? 0);
int averageUtilizationHours;
int averageUtilizationCycles;
string averageUtilizationType;
if (_forecast == null)
{
var averageUtilization = GlobalObjects.AverageUtilizationCore.GetAverageUtillization(aircraftFrame);
//TODO:(Evgenii Babak) убрать повторяющийся код при использовании AverageUtilization
averageUtilizationHours = (int)averageUtilization.Hours;
averageUtilizationCycles = (int)averageUtilization.Cycles;
averageUtilizationType = averageUtilization.SelectedInterval == UtilizationInterval.Dayly ? "Day" : "Month";
}
else
{
//TODO:(Evgenii Babak) убрать повторяющийся код при использовании AverageUtilization
averageUtilizationHours = (int)_forecast.ForecastDatas[0].AverageUtilization.Hours;
averageUtilizationCycles = (int)_forecast.ForecastDatas[0].AverageUtilization.Cycles;
averageUtilizationType =
_forecast.ForecastDatas[0].AverageUtilization.SelectedInterval == UtilizationInterval.Dayly ? "Day" : "Month";
}
var serialNumber = parentAircaft.SerialNumber;
var model = parentAircaft.Model.ShortName;
var registrationNumber = parentAircaft.RegistrationNumber;
var lineNumber = parentAircaft.LineNumber;
var variableNumber = parentAircaft.VariableNumber;
//destinationDataSet.AircraftDataTable.AddAircraftDataTableRow(serialNumber,
// manufactureDate,
// aircraftCurrent.ToHoursMinutesFormat(""),
// aircraftCurrentCycles,
// registrationNumber, model, lineNumber, variableNumber,
// averageUtilizationHours, averageUtilizationCycles, averageUtilizationType);
}
