private UndoRedoSetup()
{
UtilTrace.Ini();
UndoEnable = new UndoEnableEnt();
//UndoEnable.redoRect = new System.Drawing.Rectangle(912, 95, 16, 18);
//UndoEnable.undoRect = new System.Drawing.Rectangle(884, 95, 16, 18);
//this.tabControl1.OnDrawControl += new PaintEventHandler(UndoEnable.ShowIcons);
RegEnt = new RegUndoEnt();
RegEnt.funHandler += delegate()
{
//BindToControl();
};
RegEnt.enable = UndoEnable;
//newUtilTrace.UtilTrace.ViewModel = this;
//UtilTrace.tbMain = tabControl1;
//regEnt.vm = this;
//regEnt.tb = tabControl1;
//UtilTrace.SaveHistoryTraces();
//UtilTrace.SaveHistoryTraces("tab", this.tabControl1.SelectedTab, null);
UtilTrace.RegUndo(RegEnt);
UtilTrace.ChkMainUndo += delegate()
{
//BindToControl();
RegEnt.ChkUndoEnable();
//this.Invalidate();
};
IsInitialized = false;
}
public static void SetInstanceNullWithInitalizedProjectStack()
{
lock (padlock)
{
instance = null;
ResetUndoRedo?.Invoke();
UtilTrace.SaveHistoryTraces();
}
}
private WL.AddFlow DoPipingFinalVerification(JCHVRF.Model.NextGen.SystemVRF currentSystem, WL.AddFlow AddFlowAutoPiping)
{
NextGenBLL.PipingErrors errorType = NextGenBLL.PipingErrors.OK;
if (currentSystem.OutdoorItem == null)
{
return(AddFlowAutoPiping);
}
if (currentSystem.IsManualPiping && currentSystem.IsUpdated)
{
return(AddFlowAutoPiping);
}
//this.Cursor = Cursors.WaitCursor;
UtilityValidation ObjPipValidation = new UtilityValidation(this.projectLegacy, ref AddFlowAutoPiping);
JCHVRF.MyPipingBLL.NextGen.PipingBLL pipBll = GetPipingBLLInstanceValidation(AddFlowAutoPiping);
bool isHR = NextGenBLL.PipingBLL.IsHeatRecovery(currentSystem);
pipBll.SetPipingLimitation(currentSystem);
errorType = pipBll.ValidateSystemHighDifference(currentSystem);
if (errorType == NextGenBLL.PipingErrors.OK)
{
errorType = pipBll.ValidatePipeLength(currentSystem, ref AddFlowAutoPiping);
}
#region
if (errorType == NextGenBLL.PipingErrors.OK)
{
if (!currentSystem.IsManualPiping)
{
AddFlowAutoPiping = autoPipingObj.DoDrawingPiping(true, currentSystem, AddFlowAutoPiping);
}
if (!currentSystem.IsPipingOK)
{
pipBll.SetDefaultColor(ref AddFlowAutoPiping, isHR);
}
if (errorType == NextGenBLL.PipingErrors.OK)
{
if (currentSystem.PipeEquivalentLength < currentSystem.HeightDiff)
{
errorType = NextGenBLL.PipingErrors.PIPING_LENGTH_HEIGHT_DIFF; //-32;
}
}
if (currentSystem.IsInputLengthManually)
{
errorType = pipBll.ValMainBranch(currentSystem, ref AddFlowAutoPiping);
}
if (errorType == NextGenBLL.PipingErrors.OK)
{
if (NextGenBLL.PipingBLL.IsHeatRecovery(currentSystem) && !pipBll.ValCoolingOnlyIndoorCapacityRate(currentSystem, ref AddFlowAutoPiping))
{
errorType = NextGenBLL.PipingErrors.COOLINGONLYCAPACITY; //-12;
}
}
if (errorType == NextGenBLL.PipingErrors.OK)
{
errorType = pipBll.ValidateIDUOfMultiCHBox(currentSystem);
}
if (errorType == NextGenBLL.PipingErrors.OK)
{
// SetSystemPipingOK(currentSystem, true);
DoPipingCalculation(pipBll, currentSystem.MyPipingNodeOut, currentSystem, out errorType);
if (currentSystem.IsPipingOK)
{
if (currentSystem.IsInputLengthManually && !pipBll.ValCHToIndoorMaxTotalLength(currentSystem, ref AddFlowAutoPiping))
{
errorType = NextGenBLL.PipingErrors.MKTOINDOORLENGTH1; //-8;
}
else if (!pipBll.ValMaxIndoorNumberConnectToCH(currentSystem, ref AddFlowAutoPiping))
{
errorType = NextGenBLL.PipingErrors.INDOORNUMBERTOCH; //-13;
}
else
{
//SetSystemPipingOK(currentSystem, true);
if (currentSystem.IsInputLengthManually)
{
double d1 = pipBll.GetAddRefrigeration(currentSystem, ref AddFlowAutoPiping);
currentSystem.AddRefrigeration = d1;
pipBll.DrawAddRefrigerationText(currentSystem);
}
else
{
currentSystem.AddRefrigeration = 0;
}
}
}
ObjPipValidation.DrawTextToAllNodes(currentSystem.MyPipingNodeOut, null, currentSystem);
UtilTrace.SaveHistoryTraces();
}
}
#endregion
if (errorType != NextGenBLL.PipingErrors.OK)
{
SetSystemPipingOK(currentSystem, false);
ErrorLog.LogError(Model.ErrorType.Error, Model.ErrorCategory.PipingErrors, WarningMessageObj.ShowWarningMsg(errorType, currentSystem));
}
WarningMessageObj.ShowWarningMsg(errorType, currentSystem);
return(AddFlowAutoPiping);
}