private void ProcessAdlAdapter(RadeonGpu gpu)
{
AdlApi.AdlGetAdapterIsActive(gpu.AdapterIndex, out var isActive);
AdlApi.AdlAdapterGetId(gpu.AdapterIndex, out var adapterId);
gpu.SetActive(isActive == 1);
gpu.SetAdapterId(adapterId);
}
public SensorRadeonFanInfo(RadeonGpu gpu)
: base(gpu)
{
_rpmMinSensor = new SensorElementRadeonFanSpeedMinRpm();
_rpmMaxSensor = new SensorElementRadeonFanSpeedMaxRpm();
_rpmCurrentSensor = new SensorElementRadeonFanSpeedCurrentRpm();
_sensors = new ISensorElement[] {
_rpmCurrentSensor, _rpmMinSensor, _rpmMaxSensor
};
}
public override bool InitializeHardware()
{
var adaptersCount = 0;
AdlApi.AdlGetNumberOfAdapters(ref adaptersCount);
if (adaptersCount <= 0)
{
return(false);
}
if (AdlApi.AldAdapterGetInfo(adaptersCount, out var adaptersInfo) != AdlApi.AdlOk)
{
return(false);
}
for (var i = 0; i < adaptersCount; i++)
{
if (string.IsNullOrEmpty(adaptersInfo[i].UDID) || adaptersInfo[i].VendorID != AdlApi.AtiVendorId)
{
continue;
}
if (Hardware.Any(hwd => hwd is RadeonGpu && ((RadeonGpu)hwd).IsSameDeviceAs(adaptersInfo[i])))
{
continue;
}
var radeonAdapter = new RadeonGpu(adaptersInfo[i]);
ProcessAdlAdapter(radeonAdapter);
try {
radeonAdapter.InitializeSensors();
AddHardware(radeonAdapter);
} catch (Exception e) {
Logger.Error($"Unable to initialize sensors for {radeonAdapter}", e);
}
}
return(true);
}
public SensorRadeonLoadEngine(RadeonGpu gpu)
: base(gpu)
{
_loadEngine = new SensorElementRadeonLoadEngine();
}
public SensorRadeonLoadCoreActivity(RadeonGpu gpu)
: base(gpu)
{
_coreActivity = new SensorElementRadeonLoadCoreActivity();
}
public SensorRadeonLoadVddc(RadeonGpu gpu)
: base(gpu)
{
_sensorVddc = new SensorElementRadeonVddc();
}
protected SensorBaseRadeonLoad(RadeonGpu gpu)
: base(gpu)
{
Gpu = gpu;
}
public SensorRadeonTemperature(RadeonGpu gpu)
: base(gpu)
{
Gpu = gpu;
_sensorTemperature = new SensorElementRadeonTemperature();
}
public SensorRadeonMemoryClocks(RadeonGpu gpu)
: base(gpu)
{
_memoryClock = new SensorElementRadeonMemoryClock();
}
