/// <summary> Creates an instance of the main window. </summary>
/// <param name="guiLoadingWindowPresenter"> An instance of a presenter to communicate with the GUI loading window. </param>
/// <returns></returns>
public IMainWindow CreateMainWindow(IGuiLoadingWindowPresenter guiLoadingWindowPresenter)
{
var strategy = new MainWindowStrategy();
var presenter = new MainWindowPresenter(strategy);
var window = new MainWindow(presenter, guiLoadingWindowPresenter);
return(window);
}
/// <summary> Creates a new main window. </summary>
/// <param name="presenter"> The presenter to attach. </param>
/// <param name="guiLoadingWindowPresenter"> An instance of a presenter to communicate with the GUI loading window. </param>
public MainWindow(IMainWindowPresenter presenter, IGuiLoadingWindowPresenter guiLoadingWindowPresenter)
: base(EWpfClientLogCategory.MainWindow, null, presenter)
{
_initializationStatus = EInitializationStatus.Initializing;
{
Log.Trace(ECoreLogMessage.Initialising);
_loadingTracker = guiLoadingWindowPresenter;
/// <summary> Populates the <see cref="_grid"/> with content cells. </summary>
/// <param name="branch"> The research tree branch to create cells with. </param>
/// <param name="enabledVehicleGaijinIds"> Gaijin IDs of vehicles enabled by dafault. </param>
/// <param name="loadingTracker"> An instance of a presenter to communicate with the GUI loading window. </param>
internal void Populate(ResearchTreeBranch branch, IEnumerable <string> enabledVehicleGaijinIds, IGuiLoadingWindowPresenter loadingTracker)
{
if (branch is null || IsPopulated)
{
return;
}
_researchTreeBranch = branch;
loadingTracker.RanksPopulated = EInteger.Number.Zero;
loadingTracker.RanksToPopulate = _researchTreeBranch.Count;
foreach (var rankKeyValuePair in _researchTreeBranch)
{
var rankKey = rankKeyValuePair.Key;
var rank = rankKeyValuePair.Value;
loadingTracker.CurrentlyPopulatedRank = rankKey.ToString();
loadingTracker.RowsPopulated = EInteger.Number.Zero;
loadingTracker.RowsToPopulate = rank.MaximumRowNumber - rank.StartingRowNumber.Value + EInteger.Number.One;
PopulateRankHeader(rankKey, rank);
for (var rowNumber = rank.StartingRowNumber.Value; rowNumber <= rank.MaximumRowNumber; rowNumber++)
{
var rowIndex = rowNumber - EInteger.Number.One;
loadingTracker.ColumnsPopulated = EInteger.Number.Zero;
loadingTracker.ColumnsToPopulate = _researchTreeBranch.ColumnCount;
for (var columnNumber = EInteger.Number.One; columnNumber <= _researchTreeBranch.ColumnCount; columnNumber++)
{
var rowNumberRelativeToRank = rowNumber - rank.StartingRowNumber.Value + EInteger.Number.One;
var columnIndex = columnNumber;
var cell = new ResearchTreeCellControl()
{
Style = this.GetStyle(_styleKeys[rankKey]),
}.With(_presenter);
var cellVehicles = rank
.GetVehicles(columnNumber, rowNumberRelativeToRank)
.OrderBy(vehicle => vehicle.ResearchTreeData.FolderIndex)
;
loadingTracker.CurrentlyProcessedVehicle = cellVehicles.FirstOrDefault()?.ResearchTreeName?.GetLocalisation(WpfSettings.LocalizationLanguage);
foreach (var vehicle in cellVehicles)
{
cell.AddVehicle(vehicle, vehicle.GaijinId.IsIn(enabledVehicleGaijinIds));
}
AttachEventHandlers(cell);
AddCell(cell, rank, rowIndex, columnIndex);
_cells.Add(new Tuple <int, int>(columnIndex, rowIndex), cell);
loadingTracker.ColumnsPopulated++;
}
loadingTracker.RowsPopulated++;
}
loadingTracker.CurrentlyProcessedVehicle = string.Empty;
loadingTracker.CurrentlyPopulatedRank = string.Empty;
loadingTracker.RanksPopulated++;
}
_grid.ColumnDefinitions.First().Width = new GridLength(EInteger.Number.Thirty, GridUnitType.Pixel);
InitialiseButtons();
}
