public void Voltage_convert_between_int_and_decimal(int voltageInt, int val)
{
decimal voltage = voltageInt / 100m;
Assert.Equal(voltage, SMUCommand.ToVoltageDecimal(val));
Assert.Equal(val, SMUCommand.ToVoltageInteger(voltage));
}
public SMUUnitTest()
{
mMockOls.Setup(mock => mock.WritePciConfigDwordEx(
It.IsAny <uint>(),
It.IsAny <uint>(),
It.IsAny <uint>()))
.Returns(1);
mMockOls.Setup(mock => mock.ReadPciConfigDwordEx(
It.IsAny <uint>(),
It.IsAny <uint>(),
ref It.Ref <uint> .IsAny))
.Callback((ReadPciConfigCallbackType)((uint _, uint __, ref uint value) => { value = kReadDword; }))
.Returns(1);
mSubject = new SMUCommand(mMockOls.Object, false, mMockLogger.Object);
}
public MainForm()
{
InitializeComponent();
try
{
mSmuCmd = new SMUCommand(false, (string msg) =>
{
SetStatus(msg);
});
}
catch (ApplicationException ex)
{
MessageBox.Show(ex.Message, @"Error");
Dispose();
Application.Exit();
}
mSettings = new SettingManager(kSettingsFileName);
mainFormBindingSource.DataSource = this;
settingsBindingSource.DataSource = mSettings.OnGoingSettings;
#if !DEBUG
var CPUID = mSmuCmd.CPUID;
if (CPUID != 0x00830F00 && CPUID != 0x00830F10) // EPYC Rome ES
{
MessageBox.Show(@"CPU not supported!", @"Error");
Dispose();
Application.Exit();
return;
}
#endif
#if DEBUG
var res = MessageBox.Show(
@"This is an experimental version of this software. Keep in mind that it is possible to encounter bugs.",
@"Warning", MessageBoxButtons.OKCancel);
if (res != DialogResult.OK)
{
Dispose();
Application.Exit();
}
#endif
var mg = new ManagementObjectSearcher("Select * from Win32_Processor").Get()
.Cast <ManagementBaseObject>();
_coreCount = Convert.ToUInt32(mg.Sum(item => int.Parse(item["NumberOfCores"].ToString())));
_cpuName = (string)mg.First()["Name"];
_cpuName = _cpuName.Replace("AMD Eng Sample: ", "").Trim();
InitDefaultForm();
FrequencyListItem findFreqItemByFreq(int freq)
{
return(AC_freqSelect.Items.Cast <FrequencyListItem>().SingleOrDefault(i => i.Frequency == freq));
}
// TODO: refactoring preset list use data binding
var settings = mSettings.OnGoingSettings;
_presetFunctions = new Dictionary <string, Dictionary <string, Action> >
{
{ "64", new Dictionary <string, Action>
{
{ "High Multi-core", () =>
{
settings.FreqLock = false;
settings.VoltageReal = 1.05m;
SelectedFrequencyItem = findFreqItemByFreq(3800);
settings.EDC = 30;
settings.TDC = 0;
settings.PPT = 0;
} },
{ "Best of both", () =>
{
settings.FreqLock = true;
if (_cpuName.StartsWith("2S1"))
{
settings.VoltageReal = 1.05m;
}
else
{
settings.Voltage = -1;
}
SelectedFrequencyItem = findFreqItemByFreq(3200);
settings.EDC = 600;
settings.TDC = 0;
settings.PPT = 0;
} },
{ "High Single-core", () =>
{
settings.FreqLock = true;
if (_cpuName.StartsWith("2S1"))
{
settings.VoltageReal = 1.1m;
}
else
{
settings.Voltage = -1;
}
SelectedFrequencyItem = findFreqItemByFreq(3400);
settings.EDC = 700;
settings.TDC = 700;
settings.PPT = 1500;
} }
} },
{ "48", new Dictionary <string, Action>
{
{ "High Multi-core", () =>
{
settings.FreqLock = true;
settings.VoltageReal = 1.05m;
SelectedFrequencyItem = findFreqItemByFreq(3800);
settings.EDC = 45;
settings.TDC = 0;
settings.PPT = 0;
} },
{ "Best of both", () =>
{
settings.FreqLock = false;
if (_cpuName.StartsWith("2S1"))
{
settings.VoltageReal = 1.05m;
}
else
{
settings.Voltage = -1;
}
SelectedFrequencyItem = findFreqItemByFreq(3300);
settings.EDC = 600;
settings.TDC = 0;
settings.PPT = 0;
} },
{ "High Single-core", () =>
{
settings.FreqLock = false;
if (_cpuName.StartsWith("2S1"))
{
settings.VoltageReal = 1.1m;
}
else
{
settings.Voltage = -1;
}
SelectedFrequencyItem = findFreqItemByFreq(3500);
settings.EDC = 700;
settings.TDC = 700;
settings.PPT = 1500;
} }
} },
{ "32", new Dictionary <string, Action>
{
{ "High Multi-core", () =>
{
settings.FreqLock = true;
if (_cpuName.StartsWith("2S1"))
{
settings.VoltageReal = 1.05m;
}
else
{
settings.Voltage = -1;
}
SelectedFrequencyItem = findFreqItemByFreq(3450);
settings.EDC = 600;
settings.TDC = 600;
settings.PPT = 1500;
} },
{ "Best of both", () =>
{
settings.FreqLock = false;
if (_cpuName.StartsWith("2S1"))
{
settings.VoltageReal = 1.05m;
}
else
{
settings.Voltage = -1;
}
SelectedFrequencyItem = findFreqItemByFreq(3300);
settings.EDC = 600;
settings.TDC = 0;
settings.PPT = 0;
} },
{ "High Single-core", () =>
{
settings.FreqLock = false;
if (_cpuName.StartsWith("2S1"))
{
settings.VoltageReal = 1.1m;
}
else
{
settings.Voltage = -1;
}
SelectedFrequencyItem = findFreqItemByFreq(3500);
settings.EDC = 700;
settings.TDC = 700;
settings.PPT = 1500;
} }
} }
};
}
