public Task GenerateProcDATOPJForSingleTestCondition(DeviceBatchVM DBVM, string testCondition)
{
return(Task.Run(() =>
{
KillAllOriginApps();
dbvm = DBVM;
originApp = new Application
{
Visible = MAINWND_VISIBLE.MAINWND_SHOW,
};
originApp.Reset();
ConstructSingleTCDirectory(testCondition);
foreach (Device d in dbvm.TheDeviceBatch.Devices)
{
originApp.ActiveFolder = originApp.RootFolder.Folders.FolderFromPath(d.Label);
var ss = d.DeviceLJVScanSummaries.Where(x => x.TestCondition == testCondition).FirstOrDefault();
if (ss != null)
{
activeSheetName = string.Concat("sheet", ss.TestCondition, d.BatchIndex);
var charsToRemove = new string[] { "-", ".", "_" };
foreach (var c in charsToRemove)
{
activeSheetName = activeSheetName.Replace(c, string.Empty);
}
Debug.WriteLine("sn: " + activeSheetName);
ConstructSingleTCSheetsPlots(new LJVScanSummaryVM(ss), activeSheetName);
}
}
SaveOPJAndRelease(testCondition);
}));
}
public void BatchDeleteTest()
{
Device v1 = new Device();
Device v2 = new Device();
using (var context = new DataContext(_seed, DBTypeEnum.Memory))
{
v1.ID = "44tvMxOP9";
v1.ProductId = AddProduct();
v2.ProductId = v1.ProductId;
context.Set <Device>().Add(v1);
context.Set <Device>().Add(v2);
context.SaveChanges();
}
PartialViewResult rv = (PartialViewResult)_controller.BatchDelete(new string[] { v1.ID.ToString(), v2.ID.ToString() });
Assert.IsInstanceOfType(rv.Model, typeof(DeviceBatchVM));
DeviceBatchVM vm = rv.Model as DeviceBatchVM;
vm.Ids = new string[] { v1.ID.ToString(), v2.ID.ToString() };
_controller.DoBatchDelete(vm, null);
using (var context = new DataContext(_seed, DBTypeEnum.Memory))
{
Assert.AreEqual(context.Set <Device>().Count(), 0);
}
}
public ActionResult DoBatchDelete(DeviceBatchVM vm, IFormCollection nouse)
{
if (!ModelState.IsValid || !vm.DoBatchDelete())
{
return(PartialView("BatchDelete", vm));
}
else
{
return(FFResult().CloseDialog().RefreshGrid().Alert("操作成功，共有" + vm.Ids.Length + "条数据被删除"));
}
}
public void HandleNewDeviceBatch(object sender, DeviceBatchCreatedEventArgs e)
{
Debug.WriteLine("new batchId: " + e.batchId);
var newDevBatch = ctx.DeviceBatches.Where(x => x.DeviceBatchId == e.batchId).FirstOrDefault();
if (newDevBatch != null)
{
Debug.WriteLine("devbatch not null");
DeviceBatchVM batchVM = new DeviceBatchVM(newDevBatch);
}
UpdateDeviceBatches();
}
public static void UpdatePlotsForDeviceBatch(DeviceBatchVM DBVM)
{
DevicePlotVM plotVM;
//first, make sure that we have folders for each test condition
foreach (string tc in DBVM.TestConditions)
{
var testConditionPath = string.Concat(DBVM.TheDeviceBatch.FilePath, @"\", tc, @"\OxyPlots");
Debug.WriteLine(testConditionPath);
if (!File.Exists(testConditionPath))//create folders in which to store our bitmaps if it doesn't exist
{
Directory.CreateDirectory(testConditionPath);
Directory.CreateDirectory(string.Concat(testConditionPath, @"\L-J-V\"));
Directory.CreateDirectory(string.Concat(testConditionPath, @"\J-V\"));
Directory.CreateDirectory(string.Concat(testConditionPath, @"\EQE-L\"));
Directory.CreateDirectory(string.Concat(testConditionPath, @"\EQE-J\"));
}
//next, cycle through each LJVScanSummary and generate bitmaps using OxyPlot
foreach (Device d in DBVM.TheDeviceBatch.Devices)
{
plotVM = new DevicePlotVM(d);
plotVM.SelectedTestCondition = tc;
plotVM.LJVPlotVM1.SaveLJVPlotBitmap(string.Concat(testConditionPath, @"\L-J-V\", d.Label, ".jpg"));
plotVM.LJVPlotVM1.SaveEQELPlotBitmap(string.Concat(testConditionPath, @"\EQE-L\", d.Label, ".jpg"));
plotVM.LJVPlotVM1.SaveEQEJPlotBitmap(string.Concat(testConditionPath, @"\EQE-J\", d.Label, ".jpg"));
plotVM.LJVPlotVM1.SaveJVPlotBitmap(string.Concat(testConditionPath, @"\J-V\", d.Label, ".jpg"));
}
}
var agingPath = string.Concat(DBVM.TheDeviceBatch.FilePath, @"\Aging Plots\");
Directory.CreateDirectory(string.Concat(agingPath, @"\L-J-V\"));
Directory.CreateDirectory(string.Concat(agingPath, @"\J-V\"));
Directory.CreateDirectory(string.Concat(agingPath, @"\EQE-L\"));
Directory.CreateDirectory(string.Concat(agingPath, @"\EQE-J\"));
Directory.CreateDirectory(string.Concat(agingPath, @"\EL Spectra\"));
foreach (Device d in DBVM.TheDeviceBatch.Devices)
{
plotVM = new DevicePlotVM(d);
plotVM.ActiveUserControl = plotVM.ControlsDict["Aging"];
foreach (Pixel p in d.Pixels)
{
plotVM.SelectedPixel = p;
plotVM.LJVPlotVM1.SaveLJVPlotBitmap(string.Concat(agingPath, @"\L-J-V\", d.Label, "_", p.Site, ".jpg"));
plotVM.LJVPlotVM1.SaveJVPlotBitmap(string.Concat(agingPath, @"\J-V\", d.Label, "_", p.Site, ".jpg"));
plotVM.LJVPlotVM1.SaveEQELPlotBitmap(string.Concat(agingPath, @"\EQE-L\", d.Label, "_", p.Site, ".jpg"));
plotVM.LJVPlotVM1.SaveEQEJPlotBitmap(string.Concat(agingPath, @"\EQE-J\", d.Label, "_", p.Site, ".jpg"));
plotVM.TheELSpecPlotVM.SaveELSpeclotBitmap(string.Concat(agingPath, @"\EL Spectra\", d.Label, "_", p.Site, ".jpg"));
}
}
}
public Task GenerateSingleTCComparePixOPJ(DeviceBatchVM DBVM, string testCondition)
{
return(Task.Run(() =>
{
dbvm = DBVM;
originApp = new Application
{
Visible = MAINWND_VISIBLE.MAINWND_SHOW,
};
originApp.Reset();
activeTestCondition = testCondition;
PopulateCompareSheetThenPlotXY(ProcDATField.Voltage, ProcDATField.CurrentDensity, "JV", AxisType.Logarithmic, AxisType.Logarithmic);
PopulateCompareSheetThenPlotXY(ProcDATField.CurrentDensity, ProcDATField.EQE, "EQEJ");
//PopulateCompareSheetThenPlotXY(ProcDATField.Luminance, ProcDATField.EQE, "EQEL");
PopulateCompareSheetThenPlotXY(ProcDATField.CurrentDensity, ProcDATField.CurrentEff, "CEJ");
//PopulateCompareSheetThenPlotXY(ProcDATField.Luminance, ProcDATField.CurrentEff, "CEL");
SaveOPJAndRelease(string.Concat("Compare_", testCondition));
}));
}
public async Task ScanSelectedDevices(CancellationToken token = new CancellationToken())
{
await Task.Run(async() =>
{
InstrumentService.LJVScanCoordinator.TheRasPiController.PiInitializeExecute();
//hardcoding delays because too lazy to develop RasPi TCP update messaging
await Task.Delay(delaysDict["Initialize"]).ConfigureAwait(false);
//await Task.Delay(new TimeSpan(13, 0, 0));
int numberOfDevicesToScan = 0;
foreach (SingleDeviceScanVM sdsvm in ScanVMs)
{
if (sdsvm.ShouldBeScanned)
{
numberOfDevicesToScan++;
}
}
int scannedDeviceCounter = 1;
foreach (SingleDeviceScanVM sdsvm in ScanVMs)
{
if (sdsvm.ShouldBeScanned && !token.IsCancellationRequested)
{
ActiveScanVM = sdsvm;
sdsvm.ActivateThisVM();
await sdsvm.ScanAllPixels(token).ConfigureAwait(false);
if (scannedDeviceCounter < numberOfDevicesToScan && !token.IsCancellationRequested)
{
InstrumentService.LJVScanCoordinator.TheRasPiController.PiSwapExecute();
await Task.Delay(delaysDict["Swap"]).ConfigureAwait(false);
}
else if (scannedDeviceCounter == numberOfDevicesToScan || token.IsCancellationRequested)
{
InstrumentService.LJVScanCoordinator.TheRasPiController.PiIdleExecute();
}
else
{
Debug.WriteLine("Something screwy happened");
}
sdsvm.DeactivateThisVM();
scannedDeviceCounter++;
}
}
if (!token.IsCancellationRequested)
{
try
{
var dbvm = new DeviceBatchVM(theDeviceBatch);
await OriginService.OriginController.GenerateSingleTCComparePixOPJ(dbvm, BatchScanSpec.TestCondition);
await OriginService.OriginController.GenerateProcDATOPJForSingleTestCondition(dbvm, BatchScanSpec.TestCondition);
await OriginService.OriginController.GenerateSingleTCCompareStatsOPJ(dbvm, BatchScanSpec.TestCondition);
Application.Current.Dispatcher.Invoke((Action) delegate
{
Debug.WriteLine("updating oxyplots for devbatch: " + dbvm.TheDeviceBatch.Name);
dbvm.UpdatePlotBitmapsExecute(dbvm);
//dbvm.OrganizeDataByDevicePixel();
});
}
catch (Exception e)
{
Debug.WriteLine("DeviceBatchScanVM ScanSelectedDevices exception: " + e.ToString());
}
}
}).ConfigureAwait(false);
}