/// <summary>
/// Constructs an instance of ExtendedCalculator. By constructing
/// an object of type ExtendedCalculator, you automatically initiate
/// the calculation of a path between two points, according to a given
/// planning mode (shortest, quickest, etc.).
/// </summary>
public ExtendedCalculator(double range, Battery battery,
int fromID, int toID)
{
LocationCtr locCtr = new LocationCtr();
this.From = locCtr.FindLocation(fromID);
this.To = locCtr.FindLocation(toID);
Console.WriteLine("[DEBUG MESSAGE]: ExtendedCalculator() Start ");
// Initializes graph field along with Distance and Path properties.
// Finds the most compatible locations based on the given coordinates
// and initializes the From and To properties with the existing locations.
InitializeCalculator(range, 10, 5, 10, 5);
// Initialize the graph used for calculating the path
// TODO: Implement planningMode. batteryType irrelevant here, it's not used?
GenerateGraph("plan", battery.BatteryType);
try
{
CalculatePath(From, To);
}
catch (Exception e)
{
Console.WriteLine("[DEBUG MESSAGE]: Error occured in CalculatePath(): {0}", e.Message);
}
Console.WriteLine("[DEBUG MESSAGE]: ExtendedCalculator() End");
}
public void AddBatteriesToStation(Battery battery, BatteryStation batteryStation)
{
this.locationRepository.AddBatteriesToStation(batteryStation, battery);
this.locationRepository.Save();
}
public void RemoveBatteriesFromStation(BatteryStation batteryStation, Battery battery)
{
this.locationRepository.RemoveBatteriesFromStation(batteryStation, battery);
this.locationRepository.Save();
}
public void InsertBattery(Battery battery)
{
this.context.Batteries.Add(battery);
}
public void UpdateBattery(Battery battery)
{
this.context.Entry(battery).State = EntityState.Modified;
}
public void UpdateBattery(Battery battery)
{
controller.UpdateBattery(battery);
}
public void AddBatteriesToStation(Battery battery, BatteryStation batteryStation)
{
controller.AddBatteriesToStation(battery, batteryStation);
}
private int GetIndexOfBatteryShift(Battery foundBattery, List<int> path)
{
int index = 0;
bool found = false;
for (int i = 0; i < path.Count && !found; i++)
{
// Find the batterystation with the matching ID
if (path.ElementAt(i) == foundBattery.BatteryStationID)
{
index = i;
found = true;
}
}
return index;
}
public void RemoveBatteriesFromStation(BatteryStation batteryStation, Battery battery)
{
controller.RemoveBatteriesFromStation(batteryStation, battery);
}
public Battery InsertBattery(DateTime? date, double percentCharged, int batteryTypeID, int serialID)
{
Battery battery = new Battery
{
Date = date,
PercentCharged = percentCharged,
BatteryTypeID = batteryTypeID,
};
this.batteryRepository.InsertBattery(battery);
this.batteryRepository.Save();
return battery;
}
public void UpdateBattery(Battery battery)
{
this.batteryRepository.UpdateBattery(battery);
this.batteryRepository.Save();
}
public void AddBatteriesToStation(BatteryStation batteryStation, Battery battery)
{
batteryStation.Batteries.Add(battery);
this.context.Entry(batteryStation).State = EntityState.Modified;
}
public void RemoveBatteriesFromStation(BatteryStation batteryStation, Battery battery)
{
batteryStation.Batteries.Remove(battery);
this.context.Entry(batteryStation).State = EntityState.Modified;
}
