private void appendChildren(TreeModel model, CallPaths path)
{
mainForm.SetStatus("Preparing function details:");
mainForm.SetBar(0);
int count = runTime.Paths.Count;
int curr = 0;
foreach (KeyValuePair<int, CallPaths> pair in path.Children)
{
Function func = runTime.Functions[pair.Key];
TreeModel child=model.AddChild(func.Module + "@" + func.Name,
100 * (float)(pair.Value.Incl) / ((float)(runTime.TotalCalls)),
100 * (float)(pair.Value.Excl) / ((float)(runTime.TotalCalls)));
appendChildren(child, pair.Value);
mainForm.SetBar(++curr, count);
}
}
private void prepareCallViewModel()
{
mainForm.SetStatus("Preparing callstacks view:");
mainForm.SetBar(0);
int count = runTime.Paths.Count;
int curr = 0;
foreach (KeyValuePair<int, CallPaths> pair in runTime.Paths)
{
Function func = runTime.Functions[pair.Key];
TreeModel model = new TreeModel(func.Module + "@" + func.Name,
100 * (float)(pair.Value.Incl) / ((float)(runTime.TotalCalls)),
100 * (float)(pair.Value.Excl) / ((float)(runTime.TotalCalls)));
appendChildren(model, pair.Value);
models.CallModel.Add(model);
mainForm.SetBar(++curr, count);
}
}
private void prepareModulesViewModel()
{
mainForm.SetStatus("Preparing modules view:");
mainForm.SetBar(0);
int count = runTime.Modules.Count;
int curr = 0;
foreach (KeyValuePair<string, Dictionary<string, Tuple<float,float>>> pair in runTime.Modules)
{
TreeModel item = new TreeModel(pair.Key, 0, 0);
//float modIncl = 0;
float modExcl = 0;
models.ModulesModel.Add(item);
foreach (KeyValuePair<string, Tuple<float, float>> mpair in pair.Value)
{
item.AddChild(mpair.Key,
100 * mpair.Value.Item1 / ((float)(runTime.TotalCalls)),
100 * mpair.Value.Item2 / ((float)(runTime.TotalCalls)));
//modIncl += mpair.Value.Item1;
modExcl += mpair.Value.Item2;
}
//item.Incl = 100 * modIncl / ((float)(runTime.TotalCalls));
item.Excl = 100 * modExcl / ((float)(runTime.TotalCalls));
mainForm.SetBar(++curr, count);
}
}
public TreeModel AddChild(string n, float i, float e)
{
TreeModel child = new TreeModel(n, i, e);
children.Add(child);
return child;
}
