protected void Page_Load(object sender, EventArgs e)
{
if (sm.IsInAsyncPostBack)
return;
#if UseServiceReference
PerformanceTestingDataServiceClient svc = new PerformanceTestingDataServiceClient();
#else
PerformanceTestingDataService svc = new PerformanceTestingDataService();
#endif
List<DeviceInfo> deviceList = svc.GetDeviceList();
List<PerformanceCubeResult> glResultsArray = svc.GetPerformanceCubeResults();
List<MatrixTestResult> flopResultsArray = svc.GetPerformanceMatrixResults ();
if (glResultsArray.Count != 0) {
DeviceTable deviceTable = new DeviceTable (glResultsArray, deviceList);
PopulateTable (deviceTable, GLDeviceList, false);
}
if (flopResultsArray.Count != 0) {
DeviceTable deviceTable = new DeviceTable (flopResultsArray, deviceList);
PopulateTable (deviceTable, FLOPDeviceList, true);
}
drawAllCharts ();
}
internal DeviceTable CreateCheckedList()
{
DeviceTable newTable = new DeviceTable();
foreach (DeviceForTable dft in _deviceList)
{
if (dft.Checked)
newTable._deviceList.Add(dft);
}
return newTable;
}
internal GLResultsTable(List<PerformanceCubeResult> resultsArray, DeviceTable deviceTable)
{
foreach (PerformanceCubeResult result in resultsArray)
{
int indexOfDevice = deviceTable.Find(result.DeviceDatabaseId, result.IsMonoTouch);
if (indexOfDevice > -1)
{
DeviceTable.DeviceForTable dft = deviceTable[indexOfDevice];
if (dft != null && dft.Checked)
{
bool insert = true;
int insertIndex = 0;
for (int i=0; i<this._resultRows.Count;i++)
{
if (_resultRows[i].NumTrangles == result.NumberOfTriangles)
{
insert = false;
insertIndex = i;
break;
}
else if (_resultRows[i].NumTrangles > result.NumberOfTriangles)
{
insertIndex = i;
break;
}
else if (i+1==_resultRows.Count)
{
insertIndex = _resultRows.Count;
}
}
ResultRow row;
if (insert)
{
row = new ResultRow (result.NumberOfTriangles, deviceTable.NuberOfDevices);
if (insertIndex < _resultRows.Count)
_resultRows.Insert (insertIndex, row);
else
_resultRows.Add (row);
}
else
row = _resultRows[insertIndex];
row[indexOfDevice] = result.FramesPerSecond;
}
}
}
}
internal FLOPResultsTable(List<MatrixTestResult> resultsArray, DeviceTable deviceTable)
{
foreach (MatrixTestResult result in resultsArray)
{
int indexOfDevice = deviceTable.Find (result.DeviceDatabaseId);
if (indexOfDevice > -1)
{
ResultRow resultRow = _resultRows.Find ((e)=>{return e.DeviceId == result.DeviceDatabaseId;});
if (resultRow == null) {
resultRow = new ResultRow (result.DeviceDatabaseId);
_resultRows.Add (resultRow);
}
resultRow.AddResultInfo (result);
}
}
}
private string GetFLOPDrawScriptString()
{
#if UseServiceReference
PerformanceTestingDataServiceClient svc = new PerformanceTestingDataServiceClient();
#else
PerformanceTestingDataService svc = new PerformanceTestingDataService();
#endif
List<MatrixTestResult> flopResultsArray = svc.GetPerformanceMatrixResults ();
DeviceTable deviceTable = new DeviceTable (flopResultsArray,
svc.GetDeviceList ());
SyncDeviceTableCheckState(deviceTable, FLOPDeviceList);
if (flopResultsArray.Count == 0)
{
return string.Empty;
}
DeviceTable trimmedDeviceTable = deviceTable.CreateCheckedList();
FLOPResultsTable resultTable = new FLOPResultsTable(flopResultsArray, trimmedDeviceTable);
if (resultTable.IsEmpty)
{
return string.Empty;
}
StringBuilder bob = new StringBuilder();
resultTable.WriteData(bob, BLASCheckbox.Checked);
StringBuilder sb = new StringBuilder();
sb.Append("drawFLOPChartWithData(");
sb.Append(bob.ToString());
sb.AppendFormat(", '{0}');", _flopChartName);
return sb.ToString ();
}
private void SyncDeviceTableCheckState(DeviceTable deviceTable, GridView gridView)
{
for (int i = 0; i < deviceTable.NuberOfDevices; i++)
{
CheckBox chkBx = gridView.Rows[i].Cells[0].FindControl("CheckBox1") as CheckBox;
deviceTable[i].Checked = chkBx.Checked;
}
}
void PopulateTable(DeviceTable deviceTable, GridView gridView, bool ignoreMonoField)
{
DataSet ds = new DataSet ("MyTables");
ds.Tables.Add ("DeviceList");
DataTable dt = ds.Tables ["DeviceList"];
dt.Columns.Add ("Device");
if (!ignoreMonoField)
dt.Columns.Add ("Is Mono");
dt.Columns.Add ("Hardware Key");
for (int i = 0; i < deviceTable.NuberOfDevices; i++) {
if (!ignoreMonoField)
dt.Rows.Add (string.Format ("Device {0}", deviceTable [i].DatabaseId), deviceTable [i].IsMono, deviceTable [i].HardwareKey);
else
dt.Rows.Add (string.Format ("Device {0}", deviceTable [i].DatabaseId), deviceTable [i].HardwareKey);
}
gridView.DataSource = dt.DefaultView;
gridView.DataBind ();
for (int i = 0; i < deviceTable.NuberOfDevices; i++) {
CheckBox chkBx = gridView.Rows[i].Cells[0].FindControl("CheckBox1") as CheckBox;
chkBx.Checked = true;
}
}
private string GetGLDrawScriptString()
{
#if UseServiceReference
PerformanceTestingDataServiceClient svc = new PerformanceTestingDataServiceClient();
#else
PerformanceTestingDataService svc = new PerformanceTestingDataService();
#endif
List<PerformanceCubeResult> resultsArray = svc.GetPerformanceCubeResults();
DeviceTable deviceTable = new DeviceTable (resultsArray,
svc.GetDeviceList ());
SyncDeviceTableCheckState(deviceTable, GLDeviceList);
if (resultsArray.Count == 0)
{
return string.Empty;
}
DeviceTable trimmedDeviceTable = deviceTable.CreateCheckedList();
GLResultsTable resultTable = new GLResultsTable(resultsArray, trimmedDeviceTable);
if (resultTable.IsEmpty)
{
return string.Empty;
}
StringBuilder bob = new StringBuilder();
bob.AppendFormat("[\n['Triangles'");
for (int i = 0; i < trimmedDeviceTable.NuberOfDevices; i++)
{
bob.AppendFormat(", 'Device {0} - {1}'", trimmedDeviceTable[i].DatabaseId, trimmedDeviceTable[i].IsMono ? "With Mono" : "W/O Mono");
}
bob.AppendFormat("],\n");
resultTable.WriteData(bob);
bob.AppendFormat("]");
StringBuilder sb = new StringBuilder();
sb.Append("drawGLWithData(");
sb.Append(bob.ToString());
sb.AppendFormat(", '{0}');", _glChartName);
return sb.ToString ();
}