// FUNCTION TO CREATE SAMPLE ROWS
public static List <ParkingRow> CreateSampleParkingRowList(int levelNumber)
{
List <ParkingRow> lstSampleParkingRow = new List <ParkingRow>();
int MotorcycleSpotOnlyLastRowNumber = ParkingLotConstants.MotorcycleSpotOnlyRowCount;
for (int i = 1; i <= ParkingLotConstants.RowCount; i++)
{
ParkingRow objParkingRow = new ParkingRow();
List <ParkingSpot> lstSample1ParkingSpot = CreateSample1ParkingSpotList(levelNumber, i);
List <ParkingSpot> lstSample2ParkingSpot = CreateSample2ParkingSpotList(levelNumber, i);
if (i <= MotorcycleSpotOnlyLastRowNumber)
{
objParkingRow = CreateSampleParkingRow(levelNumber, i, lstSample1ParkingSpot);
}
else if (i > MotorcycleSpotOnlyLastRowNumber)
{
objParkingRow = CreateSampleParkingRow(levelNumber, i, lstSample2ParkingSpot);
}
lstSampleParkingRow.Add(objParkingRow);
}
return(lstSampleParkingRow);
}
private void CheckForParkingAvailability(ParkingLot parkingLot)
{
List <ParkingLevel> lstParkingLevel = parkingLot.ParkingLevels;
int MotorcycleSpotOnlyLastRowNumber = ParkingLotConstants.MotorcycleSpotOnlyRowCount;
int MixedSpotMotorcycleSpotLastSpotNumber = ParkingLotConstants.MixedSpotsMotorcycleSpotCount;
for (int i = 0; i <= lstParkingLevel.Count - 1; i++)
{
ParkingLevel objParkingLevel = lstParkingLevel[i];
List <ParkingRow> lstParkingRow = objParkingLevel.ParkingRows;
for (int j = 0; j <= lstParkingRow.Count - 1; j++)
{
ParkingRow objParkingRow = lstParkingRow[j];
List <ParkingSpot> lstParkingSpot = objParkingRow.ParkingSpots;
for (int k = 0; k <= lstParkingSpot.Count - 1; k++)
{
ParkingSpot objParkingSpot = lstParkingSpot[k];
bool isFilled = objParkingSpot.IsFilled;
if (j <= (MotorcycleSpotOnlyLastRowNumber - 1))
{
if (isFilled == false)
{
IsParkingAvailable = true;
VehicleParkingInformation = VehicleUtility.GetVehicleParkingInformation(objParkingSpot.LevelNumber, objParkingSpot.RowNumber, new List <int> {
objParkingSpot.SpotNumber
}, objParkingSpot.SpotType);
break;
}
}
else if (j > (MotorcycleSpotOnlyLastRowNumber - 1))
{
if (k <= (MixedSpotMotorcycleSpotLastSpotNumber - 1))
{
if (isFilled == false)
{
IsParkingAvailable = true;
VehicleParkingInformation = VehicleUtility.GetVehicleParkingInformation(objParkingSpot.LevelNumber, objParkingSpot.RowNumber, new List <int> {
objParkingSpot.SpotNumber
}, objParkingSpot.SpotType);
break;
}
}
else
{
break;
}
}
}
if (IsParkingAvailable == true)
{
break;
}
}
}
}
private void CheckForParkingAvailability(ParkingLot parkingLot)
{
List <ParkingLevel> lstParkingLevel = parkingLot.ParkingLevels;
int MotorcycleSpotOnlyLastRowNumber = ParkingLotConstants.MotorcycleSpotOnlyRowCount;
int MixedSpotCompactSpotLastSpotNumber = ParkingLotConstants.MixedSpotsMotorcycleSpotCount + ParkingLotConstants.MixedSpotsCompactSpotCount;
for (int i = 0; i <= lstParkingLevel.Count; i++)
{
ParkingLevel objParkingLevel = lstParkingLevel[i];
List <ParkingRow> lstParkingRow = objParkingLevel.ParkingRows;
for (int j = MotorcycleSpotOnlyLastRowNumber; j <= lstParkingRow.Count - 1; j++)
{
ParkingRow objParkingRow = lstParkingRow[j];
List <ParkingSpot> lstParkingSpot = objParkingRow.ParkingSpots;
int intConsecutiveFiveSpotsCount = 0;
List <int> lstConsecutiveFiveSpots = new List <int>();
for (int k = MixedSpotCompactSpotLastSpotNumber; k <= lstParkingSpot.Count - 1; k++)
{
ParkingSpot objParkingSpot = lstParkingSpot[k];
bool isFilled = objParkingSpot.IsFilled;
if (isFilled == false)
{
intConsecutiveFiveSpotsCount++;
lstConsecutiveFiveSpots.Add(objParkingSpot.SpotNumber);
}
else if (isFilled == true)
{
intConsecutiveFiveSpotsCount = 0;
lstConsecutiveFiveSpots.Clear();
}
if (intConsecutiveFiveSpotsCount == 5)
{
IsParkingAvailable = true;
VehicleParkingInformation = VehicleUtility.GetVehicleParkingInformation(objParkingSpot.LevelNumber, objParkingSpot.RowNumber, lstConsecutiveFiveSpots, objParkingSpot.SpotType);
break;
}
}
if (IsParkingAvailable == true)
{
break;
}
}
if (IsParkingAvailable == true)
{
break;
}
}
}
private void DoCarParking(ref ParkingLot parkingLot)
{
int intTargetLevelNumber = VehicleParkingInformation.LevelNumber;
int intTargetRowNumber = VehicleParkingInformation.RowNumber;
int intTargetSpotNumber = VehicleParkingInformation.SpotNumbers[0];
ParkingLevel objTargetParkingLevel = parkingLot.ParkingLevels[intTargetLevelNumber];
ParkingRow objTargetParkingRow = objTargetParkingLevel.ParkingRows[intTargetRowNumber - 1];
ParkingSpot objTargetParkingSpot = objTargetParkingRow.ParkingSpots[intTargetSpotNumber - 1];
objTargetParkingSpot.IsFilled = true;
}
private void DoBusParking(ref ParkingLot parkingLot)
{
int intTargetLevelNumber = VehicleParkingInformation.LevelNumber;
int intTargetRowNumber = VehicleParkingInformation.RowNumber;
List <int> lstTargetSpotNumber = VehicleParkingInformation.SpotNumbers;
ParkingLevel objTargetParkingLevel = parkingLot.ParkingLevels[intTargetLevelNumber];
ParkingRow objTargetParkingRow = objTargetParkingLevel.ParkingRows[intTargetRowNumber - 1];
List <ParkingSpot> lstTargetParkingSpot = objTargetParkingRow.ParkingSpots.
FindAll(x => (x.SpotNumber >= lstTargetSpotNumber[0] && x.SpotNumber <= lstTargetSpotNumber[lstTargetSpotNumber.Count - 1]));
foreach (ParkingSpot parkingSpot in lstTargetParkingSpot)
{
parkingSpot.IsFilled = true;
}
}
