private void initControls()
{
TbxIpAddr.Text = IpAddr;
TbxUsername.Text = Username;
TbxPassword.Text = Password;
BtnConnect.Content = "连接";
TbxTest.Text = "";
tbxPlatName.Text = "";
tbxPlatVen.Text = "";
tbxPlatVer.Text = "";
tbxDevName.Text = "";
tbxDevVen.Text = "";
tbxDevVer.Text = "";
tbxDevCU.Text = "";
tbxDevFreq.Text = "";
tbxDevPerf.Text = "";
lbxDevList.Items.Clear();
tbxN.Text = N.ToString();
tbxC.Text = C.ToString();
tbxH.Text = H.ToString();
tbxW.Text = W.ToString();
tbxK.Text = K.ToString();
tbxOutW.Text = OutW.ToString();
tbxOutH.Text = OutH.ToString();
tbxGroupSz.Text = String.Format("{0:D}, {1:D}, 1", group_size_x, group_size_y);
tbxGlobalSz.Text = String.Format("{0:D}, {1:D}, 1", global_size_x, global_size_y);
tbxPck.Text = pck_order.ToString();
tbxLdsAtomic.Text = c_lds_atomic.ToString();
tbxLdsSplit.Text = c_lds_split.ToString();
tbxL2Atomic.Text = c_l2_atomic.ToString();
tbxL2Split.Text = c_l2_split.ToString();
tbxKoutMaps.Text = k_out_maps.ToString();
tbxInSize.Text = InputSize.ToString();
tbxWeiSize.Text = WeightSize.ToString();
tbxOutSize.Text = OutputSize.ToString();
tbxSigSize.Text = sig_slot_size.ToString();
tbxL2Size.Text = l2_tmp_size.ToString();
tbxElapsed.Text = BestElapsedTime.ToString();
tbxPerf.Text = BestPerformence.ToString();
tbxEffic.Text = BestEfficiency.ToString();
tbxCalcu.Text = Calculation.ToString();
tbxtheore.Text = TheoryElapsedTime.ToString();
tbxProcess.Text = String.Format("Tunning Problem: {0:D}/{1:D}... Searching Kernel: {2:D}/{3:D}...",
TunnedProblem, TotalProblem, SearchedKernel, TotalProblem);
tbxPercent.Text = String.Format("{0:F2}%", SearchingPercent * 100);
btnTensile.IsEnabled = false;
}
private void procTensileLog(String logStr)
{
Action act;
String tmpLog;
tmpLog = delLogHead(logStr);
if (initInfoFlag == true)
{
if (tmpLog.StartsWith("output WHKN"))
{
tmpLog = tmpLog.Split('=')[1];
tmpLog = tmpLog.Trim();
OutW = int.Parse(tmpLog.Split(',')[0].Trim());
OutH = int.Parse(tmpLog.Split(',')[1].Trim());
OutK = int.Parse(tmpLog.Split(',')[2].Trim());
OutN = int.Parse(tmpLog.Split(',')[3].Trim());
}
if (tmpLog.StartsWith("init tensor input"))
{
InputSize = tmpLog.Split('=')[2].Trim();
}
if (tmpLog.StartsWith("init tensor weight"))
{
WeightSize = tmpLog.Split('=')[2].Trim();
}
if (tmpLog.StartsWith("init tensor output"))
{
OutputSize = tmpLog.Split('=')[2].Trim();
}
if (tmpLog.StartsWith("Calculation"))
{
Calculation = tmpLog.Split(',')[0].Trim().Split('=')[1].Trim();
TheoryElapsedTime = tmpLog.Split(',')[1].Trim().Split('=')[1].Trim();
}
if (tmpLog.StartsWith("run host calculate"))
{
initInfoFlag = false;
kernelParamFlag = false;
act = new Action(() =>
{
tbxOutW.Text = OutW.ToString();
tbxOutH.Text = OutH.ToString();
tbxInSize.Text = InputSize.ToString();
tbxWeiSize.Text = WeightSize.ToString();
tbxOutSize.Text = OutputSize.ToString();
tbxCalcu.Text = Calculation.ToString();
tbxtheore.Text = TheoryElapsedTime.ToString();
});
this.Dispatcher.Invoke(act);
}
}
if (kernelParamFlag == true)
{
if (tmpLog.Contains("PCK_order"))
{
pck_order = int.Parse(getNumStr(tmpLog.Split('=')[1].Trim()));
}
if (tmpLog.Contains("c_lds_atomic") && tmpLog.Contains("c_lds_split"))
{
c_lds_atomic = int.Parse(tmpLog.Split(',')[0].Split('=')[1].Trim());
c_lds_split = int.Parse(tmpLog.Split(',')[1].Split('=')[1].Trim());
}
if (tmpLog.Contains("c_l2_atomic") && tmpLog.Contains("c_l2_split"))
{
c_l2_atomic = int.Parse(tmpLog.Split(',')[0].Split('=')[1].Trim());
c_l2_split = int.Parse(tmpLog.Split(',')[1].Split('=')[1].Trim());
}
if (tmpLog.Contains("k_out_maps") && tmpLog.Contains("k_out_group"))
{
k_out_maps = int.Parse(tmpLog.Split(',')[0].Split('=')[1].Trim());
}
if (tmpLog.Contains("group_size"))
{
group_size_x = int.Parse(tmpLog.Split('=')[1].Split(',')[0].Trim());
group_size_y = int.Parse(tmpLog.Split('=')[1].Split(',')[1].Trim());
}
if (tmpLog.Contains("sigal_size") && tmpLog.Contains("l2_size"))
{
sig_slot_size = tmpLog.Split(',')[0].Split('=')[1].Trim();
l2_tmp_size = tmpLog.Split(',')[1].Split('=')[1].Trim();
}
if (tmpLog.Contains("-------------------------------------------------------------------------"))
{
kernelParamFlag = false;
act = new Action(() =>
{
tbxPck.Text = pck_order.ToString();
tbxLdsAtomic.Text = c_lds_atomic.ToString();
tbxLdsSplit.Text = c_lds_split.ToString();
tbxL2Atomic.Text = c_l2_atomic.ToString();
tbxL2Split.Text = c_l2_split.ToString();
tbxKoutMaps.Text = k_out_maps.ToString();
tbxSigSize.Text = sig_slot_size.ToString();
tbxL2Size.Text = l2_tmp_size.ToString();
tbxGroupSz.Text = String.Format("{0:D}, {1:D}, 1", group_size_x, group_size_y);
});
this.Dispatcher.Invoke(act);
}
}
else
{
if (tmpLog.StartsWith("launch kernel"))
{
KernelIterations = int.Parse(getNumStr(tmpLog));
}
if (tmpLog.Contains("elapsed") && tmpLog.Contains("performence") && (!tmpLog.StartsWith("Best for now")))
{
ElapsedTime = tmpLog.Split(',')[0].Split('=')[1].Trim();
Performence = tmpLog.Split(',')[1].Split('=')[1].Trim();
Efficiency = tmpLog.Split(',')[1].Split('=')[2].Trim();
}
if (tmpLog.StartsWith("Best for now:"))
{
BestElapsedTime = tmpLog.Split(',')[0].Split('=')[1].Trim();
BestEfficiency = tmpLog.Split(',')[1].Split('=')[1].Trim();
}
if (tmpLog.StartsWith("Searching"))
{
SearchedKernel = int.Parse(getNumStr(tmpLog.Split(':')[1]).Split('/')[0].Trim());
TotalKernel = int.Parse(getNumStr(tmpLog.Split(':')[1]).Split('/')[1].Trim());
SearchingPercent = 1.0 * SearchedKernel / TotalKernel;
}
if (tmpLog.Contains("Kernel Param:"))
{
kernelParamFlag = true;
act = new Action(() =>
{
tbxElapsed.Text = BestElapsedTime.ToString();
tbxPerf.Text = BestPerformence.ToString();
tbxEffic.Text = BestEfficiency.ToString();
tbxProcess.Text = String.Format("Tunning Problem: {0:D}/{1:D}... Searching Kernel: {2:D}/{3:D}...",
TunnedProblem, TotalProblem, SearchedKernel, TotalKernel);
tbxPercent.Text = String.Format("{0:F2}%", SearchingPercent * 100);
pbProcPercent.Value = SearchingPercent * 100;
});
this.Dispatcher.Invoke(act);
}
if (tmpLog.Contains("search kernel parameters finished"))
{
finishFlag = true;
}
}
if (finishFlag == true)
{
if (tmpLog.Contains("Best score"))
{
BestElapsedTime = tmpLog.Split(':')[1].Split(',')[0].Trim();
BestPerformence = tmpLog.Split(':')[1].Split(',')[1].Trim();
BestEfficiency = tmpLog.Split(':')[1].Split(',')[2].Trim();
}
if (tmpLog.Contains("+ group_size ="))
{
group_size_x = int.Parse(tmpLog.Split('=')[1].Split(',')[0].Trim());
group_size_y = int.Parse(tmpLog.Split('=')[1].Split(',')[1].Trim());
}
if (tmpLog.Contains("global_size"))
{
global_size_x = int.Parse(tmpLog.Split('=')[1].Split(',')[0].Trim());
global_size_y = int.Parse(tmpLog.Split('=')[1].Split(',')[1].Trim());
}
if (tmpLog.Contains("PCK_order"))
{
pck_order = int.Parse(tmpLog.Split('=')[1].Trim());
}
if (tmpLog.Contains("c_in_lds_atomic_group"))
{
c_lds_atomic = int.Parse(tmpLog.Split('=')[1].Trim());
}
if (tmpLog.Contains("c_in_lds_split_group"))
{
c_lds_split = int.Parse(tmpLog.Split('=')[1].Trim());
}
if (tmpLog.Contains("c_in_l2_atomic_group"))
{
c_l2_atomic = int.Parse(tmpLog.Split('=')[1].Trim());
}
if (tmpLog.Contains("c_in_l2_split_group"))
{
c_l2_split = int.Parse(tmpLog.Split('=')[1].Trim());
}
if (tmpLog.Contains("k_out_maps") && (!tmpLog.Contains("k_out_group")))
{
k_out_maps = int.Parse(tmpLog.Split('=')[1].Trim());
}
if (tmpLog.Contains("mean err"))
{
if (tmpLog.Contains('@'))
{
mean_err = double.Parse(getNumStr(tmpLog.Split('=')[1].Split('@')[1]));
}
else
{
mean_err = double.Parse(tmpLog.Split('=')[1].Trim());
}
}
if (tmpLog.Contains("release host"))
{
act = new Action(() =>
{
tbxElapsed.Text = BestElapsedTime.ToString();
tbxPerf.Text = BestPerformence.ToString();
tbxEffic.Text = BestEfficiency.ToString();
tbxPck.Text = pck_order.ToString();
tbxLdsAtomic.Text = c_lds_atomic.ToString();
tbxLdsSplit.Text = c_lds_split.ToString();
tbxL2Atomic.Text = c_l2_atomic.ToString();
tbxL2Split.Text = c_l2_split.ToString();
tbxKoutMaps.Text = k_out_maps.ToString();
tbxSigSize.Text = sig_slot_size.ToString();
tbxL2Size.Text = l2_tmp_size.ToString();
SearchedKernel = TotalKernel;
tbxGroupSz.Text = String.Format("{0:D}, {1:D}, 1", group_size_x, group_size_y);
tbxGlobalSz.Text = String.Format("{0:D}, {1:D}, 1", global_size_x, global_size_y);
tbxProcess.Text = String.Format("Tunning Problem: {0:D}/{1:D}... Searching Kernel: {2:D}/{3:D}...",
TunnedProblem, TotalProblem, SearchedKernel, TotalKernel);
tbxPercent.Text = String.Format("{0:F2}%", SearchingPercent * 100);
pbProcPercent.Value = 100;
});
this.Dispatcher.Invoke(act);
}
}
}