public static void ReleasePower(FogDevice nearestFogDevice, Models.Tuple tuple)
{
lock (Lock)
{
nearestFogDevice.BusyPower = nearestFogDevice.BusyPower - (GetRequiredPowerPercentage(tuple, nearestFogDevice));
nearestFogDevice.AvailablePower = 100 - nearestFogDevice.BusyPower;
/// PowerUtility.CalcPowerValues
//var obj = new PowerConsumption()
//{
// PowerValue = nearestFogDevice.BusyPower < 86 ? GetPowerConsumption(86) : GetPowerConsumption(int.Parse(nearestFogDevice.BusyPower.ToString())),
// Time = DateTime.Now.ToString("hh:mm:ss.fff tt")
//};
Debug.WriteLine("ReleasePower-" + nearestFogDevice.BusyPower);
var obj = new PowerConsumption()
{
PowerValue = (nearestFogDevice.BusyPower < 1) ? CalcPowerValues("1") : (nearestFogDevice.BusyPower > 100) ? CalcPowerValues("100") : CalcPowerValues(nearestFogDevice.BusyPower.ToString()),
Time = DateTime.Now.ToString("hh:mm:ss.fff tt")
};
nearestFogDevice.PowerConsumption.Add(obj);
//GetRequiredPowerPercentage(tuple, nearestFogDevice)
}
}
private static void PowerConsumptionTest(Camera camera, PowerSupplyDevice powerSupply)
{
msg = "Input acceptable range in Watts separated by comma ex. min,max: ";
WriteToScreen(msg);
var range = Console.ReadLine();
if (range == null)
{
throw new ArgumentNullException(range, "Range cannot be null");
}
var lstRange = range.Split(',');
if (lstRange.Length != 2)
{
_consoleLogger.LogError("Invalid Range");
throw new ArgumentException("Invalid acceptable power consumption range");
}
IPowerConsumption powerConsumption = new PowerConsumption(new ConsoleLogger());
// IPowerConsumption powerConsumption = new PowerConsumption(new FileLogger("C:\\Users\\chimm\\Desktop\\log.txt"));
camera.PowerConsumption = powerConsumption.PowerConsumptionInWatts(powerSupply);
var passed = powerConsumption.IsPowerConsumptionWithinRange(Convert.ToDouble(lstRange[0]),
Convert.ToDouble(lstRange[1]), camera);
msg = passed ? "Test Passed!" : "Test Failed";
WriteToScreen(msg);
}
public string PersonalToString()
{
return("Power consumption: " + PowerConsumption.ToString() + " \n" +
"Cores: " + CoresCount.ToString() + " \n" +
"Frequency: " + Frequency.ToString() + " \n" +
"Chipset: " + Chipset + " \n" +
"RAM: " + RamAge + ", " + RamFrequency.ToString() + ", " + RamStrings.ToString());
}
public string PersonalToString()
{
return("Power consumption: " + PowerConsumption.ToString() + " \n" +
"GRAMCount: " + GRAMCount.ToString() + " \n" +
"GRAMAge: " + GRAMAge.ToString() + " \n" +
"GPU: " + GPU + " \n" +
"Interfaces: " + Interfaces + " \n" +
"PowerType: " + PowerType + " \n");
}
public DateTime?ApplianceLastUsed()
{
foreach (var(value, index) in PowerConsumption.Reverse().Select((v, i) => (v, i)))
{
if (value != null && value > 1)
{
return(DateTimeOffset.FromUnixTimeSeconds(Timestamps[Timestamps.Count - index - 1]).DateTime);
}
}
return(null);
}
//public static List<double> testlist = new List<double>();
public static void ConsumePower(FogDevice nearestFogDevice, Models.Tuple tuple)
{
lock (Lock)
{
Debug.WriteLine("RequiredPowerByTuple-" + GetRequiredPowerPercentage(tuple, nearestFogDevice));
Debug.WriteLine("ConsumePower-" + nearestFogDevice.BusyPower);
nearestFogDevice.BusyPower = nearestFogDevice.BusyPower + (GetRequiredPowerPercentage(tuple, nearestFogDevice));
nearestFogDevice.AvailablePower = 100 - nearestFogDevice.BusyPower;
var obj = new PowerConsumption()
{
PowerValue = (nearestFogDevice.BusyPower > 100) ?
CalcPowerValues("100") : (nearestFogDevice.BusyPower < 1) ? CalcPowerValues("1") : CalcPowerValues(nearestFogDevice.BusyPower.ToString()),
Time = DateTime.Now.ToString("hh:mm:ss.fff tt")
};
nearestFogDevice.PowerConsumption.Add(obj); //log busy percentage of fog device
//GetRequiredPowerPercentage(tuple, nearestFogDevice)
}
}
public void RigConfigBuilderToJSON()
{
ConcurrentObservableDictionary <(MinerSWE minerSWE, string version, Coin[] coins), MinerSWAbstract> minerSWs = new ConcurrentObservableDictionary <(MinerSWE minerSWE, string version, Coin[] coins), MinerSWAbstract>();
ConcurrentObservableDictionary <int, MinerGPU> minerGPUs = new ConcurrentObservableDictionary <int, MinerGPU>();
PowerConsumption pc = new PowerConsumption(new TimeSpan(0, 1, 0), new Power(1, UnitsNet.Units.PowerUnit.Watt));
TempAndFan tf = new TempAndFan()
{
Temp = new Temperature(50, UnitsNet.Units.TemperatureUnit.DegreeFahrenheit), FanPct = new Ratio(95.5, UnitsNet.Units.RatioUnit.Percent)
};
RigConfig rc = RigConfigBuilder.CreateNew()
.AddMinerSWs(minerSWs)
.AddMinerGPUs(minerGPUs)
.AddPowerConsumption(pc)
.AddTempAndFan(tf)
.Build();
var str = JsonConvert.SerializeObject(rc);
str.Should()
.NotBeNull();
}
public async Task ReportConsumptionAsync(PowerConsumption consumption)
{
await _hub.Clients.All.SendAsync("ReportConsumption", consumption);
}
public double CalculateTotalAverage()
{
return(PowerConsumption.Average(a => a ?? 0));
}
public void SetUp()
{
_powerConsumption = new PowerConsumption(new ConsoleLogger());
}
public PowerConsumptionTestData(PowerConsumption PowerConsumption, string serializedPowerConsumption)
{
PowerConsumption = PowerConsumption ?? throw new ArgumentNullException(nameof(PowerConsumption));
SerializedPowerConsumption = serializedPowerConsumption ?? throw new ArgumentNullException(nameof(serializedPowerConsumption));
}
