public bool LoadProfile (string path)
{
this.path = path;
SyncLogFileReader rdr = new SyncLogFileReader (path);
ProfilerEventHandler data = new ProfilerEventHandler ();
data.LoadedElements.RecordHeapSnapshots = false;
for (BlockData current = rdr.ReadBlock (); current != null; current = rdr.ReadBlock ()) {
try {
current.Decode (data, rdr);
} catch (DecodingException e) {
Console.Error.WriteLine ("Stopping decoding after a DecodingException in block of code {0}, length {1}, file offset {2}, block offset {3}: {4}", e.FailingData.Code, e.FailingData.Length, e.FailingData.FileOffset, e.OffsetInBlock, e.Message);
rdr.Close ();
return false;
}
}
rdr.Close ();
Gtk.Widget view;
supports_filtering = false;
if (data.HasStatisticalData)
view = new StatView (data, Options);
else if (data.HasAllocationData)
view = new AllocationsView (data, Options);
else {
view = new CallsView (data, Options);
supports_filtering = true;
}
view.ShowAll ();
View = view;
return true;
}
public bool LoadProfile(string path)
{
this.path = path;
SyncLogFileReader rdr = new SyncLogFileReader(path);
ProfilerEventHandler data = new ProfilerEventHandler();
data.LoadedElements.RecordHeapSnapshots = false;
for (BlockData current = rdr.ReadBlock(); current != null; current = rdr.ReadBlock())
{
try
{
current.Decode(data, rdr);
}
catch (DecodingException e)
{
Console.Error.WriteLine("Stopping decoding after a DecodingException in block of code {0}, length {1}, file offset {2}, block offset {3}: {4}", e.FailingData.Code, e.FailingData.Length, e.FailingData.FileOffset, e.OffsetInBlock, e.Message);
rdr.Close();
return(false);
}
}
rdr.Close();
Gtk.Widget view;
supports_filtering = false;
if (data.HasStatisticalData)
{
view = new StatView(data, Options);
}
else if (data.HasAllocationData)
{
view = new AllocationsView(data, Options);
}
else
{
view = new CallsView(data, Options);
supports_filtering = true;
}
view.ShowAll();
View = view;
return(true);
}