public async Task CallsSetTargetSpeed(float speed)
{
var fanCfg1 = new FanConfiguration();
var fanCfg2 = new FanConfiguration();
var cfg = new FanControlConfigV2()
{
EcPollInterval = 100,
FanConfigurations = { fanCfg1, fanCfg2 }
};
var filter = A.Fake <ITemperatureFilter>();
A.CallTo(() => filter.FilterTemperature(A <double> .Ignored)).ReturnsLazily((double x) => x);
var ec = A.Fake <IEmbeddedController>();
A.CallTo(() => ec.IsInitialized).Returns(true);
A.CallTo(() => ec.AcquireLock(A <int> .Ignored)).Returns(true);
var tempMon = A.Fake <ITemperatureMonitor>();
A.CallTo(() => tempMon.IsInitialized).Returns(true);
var fan1 = A.Fake <Fan>(opt => opt.WithArgumentsForConstructor(
new object[] { ec, fanCfg1, 70, false }));
A.CallTo(() => fan1.GetCurrentSpeed()).Returns(0);
var fan2 = A.Fake <Fan>(opt => opt.WithArgumentsForConstructor(
new object[] { ec, fanCfg2, 70, false }));
A.CallTo(() => fan2.GetCurrentSpeed()).Returns(0);
var tsc = new TaskCompletionSource <bool>();
Task <bool> task = tsc.Task;
var fanControl = new FanControl(cfg, filter, ec, tempMon, new[] { fan1, fan2 });
fanControl.EcUpdated += (s, e) =>
{
tsc.TrySetResult(true);
};
fanControl.SetTargetFanSpeed(speed, 0);
fanControl.SetTargetFanSpeed(speed, 1);
fanControl.Start(false);
Assert.True(fanControl.Enabled, nameof(fanControl.Enabled));
await Task.WhenAny(task, Task.Delay(cfg.EcPollInterval * 3));
Assert.True(task.IsCompleted, nameof(task.IsCompleted));
A.CallTo(() => fan1.SetTargetSpeed(speed, A <float> .Ignored, false))
.MustHaveHappened();
A.CallTo(() => fan2.SetTargetSpeed(speed, A <float> .Ignored, false))
.MustHaveHappened();
}
public void ResetsRegisterWriteConfigurations()
{
var fanCfg = new FanConfiguration();
var regWriteCfg = new RegisterWriteConfiguration()
{
Register = 123,
Value = 12,
ResetRequired = true,
ResetValue = 24
};
var cfg = new FanControlConfigV2()
{
EcPollInterval = 100,
FanConfigurations = { fanCfg },
RegisterWriteConfigurations = { regWriteCfg }
};
var filter = A.Fake <ITemperatureFilter>();
A.CallTo(() => filter.FilterTemperature(A <double> .Ignored)).ReturnsLazily((double x) => x);
var ec = A.Fake <IEmbeddedController>();
A.CallTo(() => ec.IsInitialized).Returns(true);
A.CallTo(() => ec.AcquireLock(A <int> .Ignored)).Returns(true);
A.CallTo(() => ec.ReadByte(A <byte> .Ignored)).Returns((byte)0);
var tempMon = A.Fake <ITemperatureMonitor>();
A.CallTo(() => tempMon.IsInitialized).Returns(true);
using (var fanControl = new FanControl(cfg, filter, ec, tempMon))
{
fanControl.Start(false);
fanControl.Stop();
A.CallTo(() => ec.WriteByte((byte)regWriteCfg.Register, (byte)regWriteCfg.ResetValue))
.MustHaveHappened();
}
}
public void TriesToForceResetFans()
{
var fanCfg = new FanConfiguration()
{
ResetRequired = true
};
var cfg = new FanControlConfigV2()
{
EcPollInterval = 100,
FanConfigurations = { fanCfg }
};
var filter = A.Fake <ITemperatureFilter>();
A.CallTo(() => filter.FilterTemperature(A <double> .Ignored)).ReturnsLazily((double x) => x);
var ec = A.Fake <IEmbeddedController>();
A.CallTo(() => ec.IsInitialized).Returns(true);
A.CallTo(() => ec.AcquireLock(A <int> .Ignored)).Returns(true);
var tempMon = A.Fake <ITemperatureMonitor>();
A.CallTo(() => tempMon.IsInitialized).Returns(true);
var fan = A.Fake <Fan>(opt => opt.WithArgumentsForConstructor(
new object[] { ec, fanCfg, 70, false }));
A.CallTo(() => fan.GetCurrentSpeed()).Returns(0);
using (var fanControl = new FanControl(cfg, filter, ec, tempMon, new[] { fan }))
{
fanControl.Start(false);
A.CallTo(() => ec.AcquireLock(A <int> .Ignored)).Returns(false);
}
A.CallTo(() => fan.Reset()).MustHaveHappened();
}