public void TestMaskEngineMultipleLines()
{
var lines = new List <string>()
{
"03/22 08:51:06 INFO :...read_physical_netif: index #0, interface VLINK1 has address 129.1.1.1, ifidx 0 ",
"03/22 08:51:06 INFO: ...read_physical_netif: index #1, interface TR1 has address 9.37.65.139, ifidx 1"
};
var mappedIP = new Dictionary <string, Dictionary <string, HashSet <int> > >();
var firstNetworkComputer = mappedIP.SetKey("129.1.1");
var firstNetworkComputerRows = firstNetworkComputer.SetKey("1");
firstNetworkComputerRows.Add(0);
var secondNetworkComputer = mappedIP.SetKey("9.37.65");
var secondNetworkComputerRows = secondNetworkComputer.SetKey("139");
secondNetworkComputerRows.Add(1);
var maskEngine = new MaskEngine(lines, mappedIP);
var masked = maskEngine.Execute();
Assert.IsNotNull(masked);
Assert.IsNotNull(masked.Lines);
Assert.AreEqual(masked.Lines.Count(), 2);
Assert.IsNotNull(masked.Summery);
Assert.AreEqual(masked.Summery.Count(), 2);
Assert.AreEqual(masked.Summery.ElementAt(0).OriginalIP, "129.1.1.1");
Assert.AreEqual(masked.Summery.ElementAt(1).OriginalIP, "9.37.65.139");
var firstMasked = masked.Summery.ElementAt(0).MaskedIP;
var secondMasked = masked.Summery.ElementAt(1).MaskedIP;
Assert.AreNotEqual(firstMasked.NetworkAddress(), secondMasked.NetworkAddress());
Assert.AreEqual(masked.Lines.ElementAt(0).IndexOf(firstMasked), 86);
Assert.AreEqual(masked.Lines.ElementAt(1).IndexOf(secondMasked), 81);
}
public static List <object[, ]> V2_CutShape(object[,] input, List <object[, ]> inShapes, List <object[, ]> outShapes, double inShapeOffset, double outShapeOffset)
{
MaskEngine _me = new MaskEngine();
Mask _inShapeMask = _me.Masks.Add();
Mask _outShapeMask = _me.Masks.Add();
if (inShapes != null)
{
foreach (object[,] _cutter in inShapes)
{
_inShapeMask.Shapes.AddByPointsArray(_cutter.Length / 3, _cutter, true, EMaskEngineUnit.emeUnitMils);
}
if (inShapeOffset != 0)
{
_inShapeMask.Oversize(inShapeOffset, EMaskEngineOversizeType.emeOversizeTypeRound, EMaskEngineUnit.emeUnitMils);
}
}
if (outShapes != null)
{
foreach (object[,] _cutter in outShapes)
{
_outShapeMask.Shapes.AddByPointsArray(_cutter.Length / 3, _cutter, true, EMaskEngineUnit.emeUnitMils);
}
if (outShapeOffset != 0)
{
_outShapeMask.Oversize(outShapeOffset, EMaskEngineOversizeType.emeOversizeTypeRound, EMaskEngineUnit.emeUnitMils);
}
}
Mask _objMask = _me.Masks.Add();
_objMask.Shapes.AddByPointsArray(input.Length / 3, input, true, EMaskEngineUnit.emeUnitMils);
Mask _finalMask = null;
if (inShapes != null)
{
_finalMask = _me.BooleanOp(EMaskEngineBooleanOp.emeBooleanOpAND, _objMask, _inShapeMask);
}
else
{
_finalMask = _objMask;
}
if (outShapes != null)
{
_finalMask = _me.BooleanOp(EMaskEngineBooleanOp.emeBooleanOpSubtract, _finalMask, _outShapeMask);
}
List <object[, ]> _returnList = new List <object[, ]>();
foreach (Shape _s in _finalMask.Shapes)
{
_returnList.Add((object[, ])_s.get_PointsArray(EMaskEngineUnit.emeUnitMils));
}
return(_returnList);
}
public static object[,] V2_Oversize(object[,] input, double offsetAsMils, int oversizeType = 0)
{
EMaskEngineOversizeType _type = EMaskEngineOversizeType.emeOversizeTypeRound;
if (oversizeType != 0)
{
_type = EMaskEngineOversizeType.emeOversizeTypeSquare;
}
MaskEngine _me = new MaskEngine();
Mask _BAmask = _me.Masks.Add();
_BAmask.Shapes.AddByPointsArray(input.Length / 3, input, true, EMaskEngineUnit.emeUnitMils);
_BAmask.Oversize(offsetAsMils, _type, EMaskEngineUnit.emeUnitMils);
object[,] retVal = (object[, ])_BAmask.Shapes.Item[1].get_PointsArray(MASKENGINEAUTOMATIONCONTROLLERLib.EMaskEngineUnit.emeUnitMils);
Marshal.FinalReleaseComObject(_me);
return(retVal);
}
