public void Initialize()
{
_batteryStatus = new BatteryStatus();
_batteryStatus.Start();
_batteryStatus.BatteryStatusUpdate += (s, bi) =>
{
this.BatteryDetails.BatteryStatus = bi.ChargeStatus;
this.BatteryDetails.ChargeDischargeRate = bi.DischargeRate;
this.BatteryDetails.DesignCapacity = bi.DesignedMaxCapacity;
this.BatteryDetails.FullCharge = bi.FullChargeCapacity;
this.BatteryDetails.RemainingCapacity = (int)bi.CurrentCapacity;
this.BatteryDetails.RemainingCapacityInPercent = bi.CurrentCapacityPercent;
this.BatteryDetails.BatteryHealthInPercent = bi.BatteryHealthPercent;
Chart.DischargeRateSeries.Values.Add(this.BatteryDetails.ChargeDischargeRate);
Chart.RemainingCapacity.Values.Add(this.BatteryDetails.RemainingCapacity);
if (Chart.DischargeRateSeries.Values.Count > 50)
{
Chart.MaxValue = Chart.DischargeRateSeries.Values.Count;
}
if (Chart.MaxValue > 200)
{
Chart.DischargeRateSeries.Values.RemoveAt(0);
Chart.RemainingCapacity.Values.RemoveAt(0);
}
};
}
static void Main(string[] args)
{
BatteryStatus bs = new BatteryStatus();
bs.BatteryStatusUpdate += (s, bi) =>
{
Console.Clear();
Console.WriteLine(nameof(bi.CurrentCapacity) + ", " + bi.CurrentCapacity);
Console.WriteLine(nameof(bi.DesignedMaxCapacity) + ", " + bi.DesignedMaxCapacity);
Console.WriteLine(nameof(bi.FullChargeCapacity) + ", " + bi.FullChargeCapacity);
Console.WriteLine(nameof(bi.Voltage) + ", " + bi.Voltage);
Console.WriteLine(nameof(bi.DischargeRate) + ", " + bi.DischargeRate);
Console.WriteLine(nameof(bi.CurrentCapacityPercent) + ", " + bi.CurrentCapacityPercent);
Console.WriteLine(nameof(bi.BatteryHealthPercent) + ", " + bi.BatteryHealthPercent);
Console.WriteLine(nameof(bi.ChargeStatus) + ", " + bi.ChargeStatus);
};
bs.Start();
Console.ReadLine();
}