private void onStatusMonitorMatch(Match match)
{
// Todo: read the match
CpuTempMonitorMessage msg = CpuTempMonitorMessage.ParseMatchObject(match);
this.onReceiveCpuTemperatureMonitorMessage(msg);
}
private void onReceiveCpuTemperatureMonitorMessage(CpuTempMonitorMessage message)
{
// Received a CPU-Status Message
DispatcherHelper.Invoke(() =>
{
this._statistics.Add(message);
HeatingChartData entry = new HeatingChartData()
{
Time = message.Time, Value = message.Temperature
};
//Todo: Implement CPU Speed and Load
this._temperatureData.Add(entry);
this._cpu1LoadEntries.Add(new HeatingChartData()
{
Time = message.Time, Value = message.CpuLoad1
});
this._cpu2LoadEntries.Add(new HeatingChartData()
{
Time = message.Time, Value = message.CpuLoad2
});
this._cpu3LoadEntries.Add(new HeatingChartData()
{
Time = message.Time, Value = message.CpuLoad3
});
this._cpu4LoadEntries.Add(new HeatingChartData()
{
Time = message.Time, Value = message.CpuLoad4
});
this._cpuClockFrequency.Add(new HeatingChartData()
{
Time = message.Time, Value = message.CpuSpeed / 1000000
});
this.CpuLoad1 = message.CpuLoad1;
this.CpuLoad2 = message.CpuLoad2;
this.CpuLoad3 = message.CpuLoad3;
this.CpuLoad4 = message.CpuLoad4;
this.Freq1 = message.CpuSpeed;
this.Freq2 = message.CpuSpeed;
this.Freq3 = message.CpuSpeed;
this.Freq4 = message.CpuSpeed;
this.Temperature = message.Temperature;
this.TemperatureMinimum = message.Temperature;
this.TemperatureMaximum = message.Temperature;
});
}
