protected virtual void AddForecastToDataSet(MaintenanceProgramDataSet destinationDataSet)
{
var avgUtilizationCycles = _forecastData != null ? _forecastData.AverageUtilization.Cycles : 0;
var avgUtilizationHours = _forecastData != null ? _forecastData.AverageUtilization.Hours : 0;
var avgUtilizationType = _forecastData != null
? _forecastData.AverageUtilization.SelectedInterval.ToString()
: "";
var forecastCycles = _forecastData != null
? _forecastData.ForecastLifelength.Cycles != null ? (int)_forecastData.ForecastLifelength.Cycles : 0
: 0;
var forecastHours = _forecastData != null
? _forecastData.ForecastLifelength.Hours != null ? (int)_forecastData.ForecastLifelength.Hours : 0
: 0;
var forecastDays = _forecastData != null
? _forecastData.ForecastLifelength.Days != null ? (int)_forecastData.ForecastLifelength.Days : 0
: 0;
var forecastDate = _forecastData != null
? _forecastData.ForecastDate.ToString(new GlobalTermsProvider()["DateFormat"].ToString())
: "";
destinationDataSet.ForecastTable.AddForecastTableRow(avgUtilizationCycles,
avgUtilizationHours,
avgUtilizationType,
forecastCycles,
forecastHours,
forecastDays,
forecastDate);
}
/// <summary>
/// Добавление дополнительной информации
/// </summary>
/// <param name="destinationDateSet"></param>
private void AddAdditionalDataToDataSet(MaintenanceProgramDataSet 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?"Schedule":"Unschedule", DateAsOf, reportFooter, reportFooterPrepared, reportFooterLink);
}
/// <summary>
/// Построить источник данных (DataSet) для вывода в отчет
/// </summary>
/// <returns></returns>
public virtual MaintenanceProgramDataSet GenerateDataSet()
{
MaintenanceProgramDataSet dataset = new MaintenanceProgramDataSet();
AddAircraftToDataset(dataset);
AddDirectivesToDataSet(dataset);
AddAdditionalDataToDataSet(dataset);
AddForecastToDataSet(dataset);
return(dataset);
}
/// <summary>
/// Добавляется элемент в таблицу данных
/// </summary>
/// <param name="destinationDataSet">Таблица, в которую добавляется элемент</param>
private void AddAircraftToDataset(MaintenanceProgramDataSet 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.ToString();
var sinceNewHours = reportAircraftLifeLenght.Hours != null ? (int)reportAircraftLifeLenght.Hours : 0;
var sinceNewCycles = reportAircraftLifeLenght.Cycles != null ? (int)reportAircraftLifeLenght.Cycles : 0;
var registrationNumber = ReportedAircraft.RegistrationNumber;
int averageUtilizationHours;
int averageUtilizationCycles;
string averageUtilizationType;
if (_forecastData == 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)_forecastData.AverageUtilization.Hours;
averageUtilizationCycles = (int)_forecastData.AverageUtilization.Cycles;
averageUtilizationType =
_forecastData.AverageUtilization.SelectedInterval == UtilizationInterval.Dayly ? "Day" : "Month";
}
var lineNumber = (ReportedAircraft).LineNumber;
var variableNumber = (ReportedAircraft).VariableNumber;
destinationDataSet.AircraftDataTable.AddAircraftDataTableRow(serialNumber,
manufactureDate,
sinceNewHours,
sinceNewCycles,
registrationNumber, model, lineNumber, variableNumber,
averageUtilizationHours, averageUtilizationCycles, averageUtilizationType);
}
/// <summary>
/// Добавление директив в таблицу данных
/// </summary>
/// <param name="dataset">Таблица, в которую добавляются данные</param>
protected virtual void AddDirectivesToDataSet(MaintenanceProgramDataSet dataset)
{
List <MaintenanceCheck> checks = new List <MaintenanceCheck>(_reportedDirectives.ToArray());
List <MaintenanceCheckGroupByType> groups = new List <MaintenanceCheckGroupByType>();
int groupId = 0;
var v = from liminationItem in checks
where liminationItem.Schedule == _filterSelection
group liminationItem by liminationItem.CheckType.FullName
into fileGroup
orderby fileGroup.Key
select fileGroup;
foreach (IGrouping <string, MaintenanceCheck> grouping in v)
{
MaintenanceCheckGroupByType g = new MaintenanceCheckGroupByType(_filterSelection);
groups.Add(g);
foreach (MaintenanceCheck liminationItem in grouping)
{
g.Checks.Add(liminationItem);
liminationItem.Tag = groupId;
groupId++;
}
}
groups.OrderBy(g => g.MinInterval());
int min, max, countGroups;
for (int i = 0; i < groups.Count; i++)
{
if (_filterSelection)
{
min = groups[i].MinInterval();
max = i != groups.Count - 1 ? groups[i + 1].MinInterval() : groups[i].MaxInterval();
//Вычисление количества групп выполнения для данного типа чеков (A,B or C)
countGroups = max / min;
//Вычисление интервала выполнения для каждой группы выполнения
//если интервал, на котором должен выполнится чек равени интервалу группы
//то чек посещается в даннуб группу выполнения
for (int j = 0; j < countGroups; j++)
{
int interval = min * (j + 1);
foreach (MaintenanceCheck liminationItem in groups[i].Checks)
{
if (interval % liminationItem.Interval.Hours == 0)
{
dataset.ItemsTable.AddItemsTableRow(interval, (int)liminationItem.Tag, liminationItem.Name, "X");
}
}
if (i <= 0)
{
continue;
}
//Если просматривается не базовая группа (groups[0])
//то в набор данных должны быть включены все предыдущие группы чеков
for (int k = 0; k < i; k++)
{
interval = min * (j + 1);
int localInterval = k != groups.Count - 1 ? groups[k + 1].MinInterval() : groups[k].MaxInterval();
foreach (MaintenanceCheck liminationItem in groups[k].Checks)
{
if (localInterval % liminationItem.Interval.Hours == 0)
{
dataset.ItemsTable.AddItemsTableRow(interval, (int)liminationItem.Tag, liminationItem.Name, "X");
}
else
{
dataset.ItemsTable.AddItemsTableRow(interval, (int)liminationItem.Tag, liminationItem.Name, "[X]");
}
}
}
}
}
else
{
min = groups[i].MinInterval();
max = i != groups.Count - 1 ? groups[i + 1].MinInterval() : groups[i].MaxInterval();
//Вычисление количества групп выполнения для данного типа чеков (A,B or C)
countGroups = max / min;
//Вычисление интервала выполнения для каждой группы выполнения
//если интервал, на котором должен выполнится чек равен интервалу группы
//то чек посещается в данную группу выполнения
for (int j = 0; j < countGroups; j++)
{
int interval = min * (j + 1);
foreach (MaintenanceCheck liminationItem in groups[i].Checks)
{
if (interval % liminationItem.Interval.Days == 0)
{
dataset.ItemsTable.AddItemsTableRow(interval, (int)liminationItem.Tag, liminationItem.Name, "X");
}
}
if (i <= 0)
{
continue;
}
//Если просматривается не базовая группа (groups[0])
//то в набор данных должны быть включены все предыдущие группы чеков
for (int k = 0; k < i; k++)
{
interval = min * (j + 1);
int localInterval = k != groups.Count - 1 ? groups[k + 1].MinInterval() : groups[k].MaxInterval();
foreach (MaintenanceCheck liminationItem in groups[k].Checks)
{
if (localInterval % liminationItem.Interval.Days == 0)
{
dataset.ItemsTable.AddItemsTableRow(interval, (int)liminationItem.Tag, liminationItem.Name, "X");
}
else
{
dataset.ItemsTable.AddItemsTableRow(interval, (int)liminationItem.Tag, liminationItem.Name, "[X]");
}
}
}
}
}
}
}
