public void SetValue(CompilerData.CompileCategory category, uint input)
{
if ((int)category < (int)CompilerData.CompileThresholds.Display)
{
values[(int)category] = input;
}
}
public static string GetHeaderStr(CompilerData.CompileCategory category)
{
switch (category)
{
case CompilerData.CompileCategory.ExecuteCompiler: return("Duration");
default: return(CompileScore.Common.UIConverters.ToSentenceCase(category.ToString()));
}
}
public TimelineNode(string label, uint start, uint duration, CompilerData.CompileCategory category, object compileValue = null)
{
Label = label;
Start = start;
Duration = duration;
Children = new List <TimelineNode>();
Value = compileValue;
Category = category;
}
static public Brush GetCategoryBackground(CompilerData.CompileCategory category)
{
switch (category)
{
case CompilerData.CompileCategory.Include: return(IncludeBrush);
case CompilerData.CompileCategory.ParseClass: return(ParseClassBrush);
case CompilerData.CompileCategory.ParseTemplate: return(ParseTemplateBrush);
case CompilerData.CompileCategory.InstanceClass: return(InstantiateClassBrush);
case CompilerData.CompileCategory.InstanceFunction: return(InstantiateFuncBrush);
case CompilerData.CompileCategory.InstanceVariable: return(InstantiateVariableBrush);
case CompilerData.CompileCategory.InstanceConcept: return(InstantiateConceptBrush);
case CompilerData.CompileCategory.CodeGeneration: return(CodeGenBrush);
case CompilerData.CompileCategory.PendingInstantiations: return(PendingInstantiationBrush);
case CompilerData.CompileCategory.OptimizeModule: return(OptModuleBrush);
case CompilerData.CompileCategory.OptimizeFunction: return(OptFunctionBrush);
case CompilerData.CompileCategory.RunPass: return(RunPassBrush);
case CompilerData.CompileCategory.CodeGenPasses: return(CodeGenBrush); //repeated color
case CompilerData.CompileCategory.PerFunctionPasses: return(RunPassBrush); //repeated color
case CompilerData.CompileCategory.PerModulePasses: return(RunPassBrush); //repeated color
case CompilerData.CompileCategory.DebugType: return(OtherBrush); //repeated color
case CompilerData.CompileCategory.DebugGlobalVariable: return(OtherBrush); //repeated color
case CompilerData.CompileCategory.FrontEnd: return(FrontEndBrush);
case CompilerData.CompileCategory.BackEnd: return(BackEndBrush);
case CompilerData.CompileCategory.ExecuteCompiler: return(ExecuteCompilerBrush);
case CompilerData.CompileCategory.Other: return(OtherBrush);
case CompilerData.CompileCategory.Thread: return(ThreadBrush);
case CompilerData.CompileCategory.Timeline: return(TimelineBrush);
}
return(OtherBrush);
}
private void AddTab(CompilerData.CompileCategory category)
{
TabItem tab = new TabItem();
tab.Header = CompileScore.Common.UIConverters.ToSentenceCase(Enum.GetName(typeof(CompilerData.CompileCategory), (int)category));
CompileDataTable content = new CompileDataTable();
content.SetCategory(category);
tab.Content = content;
tabControl.Items.Add(tab);
}
public OverviewWindowControl()
{
this.InitializeComponent();
//Initialize Tabs
for (CompilerData.CompileCategory category = 0; (int)category < (int)CompilerData.CompileThresholds.Gather; ++category)
{
AddTab(category);
}
CompilerData.Instance.ScoreDataChanged += OnScoreDataChanged;
OnScoreDataChanged();
}
private void RefreshTabs()
{
int baseIndex = tabControl.Items.Count - (int)CompilerData.CompileThresholds.Gather;
if (baseIndex >= 0)
{
//We assume the last tabs are the one for the categories
for (CompilerData.CompileCategory category = 0; (int)category < (int)CompilerData.CompileThresholds.Gather; ++category)
{
int index = baseIndex + (int)category;
(tabControl.Items[index] as TabItem).Visibility = CompilerData.Instance.GetCollection(category).Count > 0? Visibility.Visible : Visibility.Collapsed;
}
}
}
private TimelineNode LoadNode(BinaryReader reader)
{
uint start = reader.ReadUInt32();
uint duration = reader.ReadUInt32();
uint eventId = reader.ReadUInt32();
CompilerData.CompileCategory category = (CompilerData.CompileCategory)reader.ReadByte();
CompileValue value = CompilerData.Instance.GetValue(category, (int)eventId);
string label = value != null ? value.Name : Common.UIConverters.ToSentenceCase(category.ToString());
label += " ( " + Common.UIConverters.GetTimeStr(duration) + " )";
return(new TimelineNode(label, start, duration, category, value));
}
private void CreateColumn(CompilerData.CompileCategory category)
{
string header = Common.UIConverters.GetHeaderStr(category);
string bindingText = "ValuesList[" + (int)category + "]";
Binding binding = new Binding(bindingText);
binding.Converter = this.Resources["uiTimeConverter"] as IValueConverter;
var textColumn = new DataGridTextColumn();
textColumn.Binding = binding;
textColumn.Header = header;
textColumn.IsReadOnly = true;
textColumn.Width = Math.Max(75, header.Length * 8);
compileDataGrid.Columns.Add(textColumn);
}
public UnitTotal(CompilerData.CompileCategory category)
{
Category = category;
Total = 0;
}
public void SetCategory(CompilerData.CompileCategory category)
{
Category = category;
OnDataChanged();
}
