public void Device_CompareTo_Null()
{
var deviceTest = new DeviceTest(_commonServices, DeviceType.UnknownDevice);
deviceTest.CompareTo(null).Should().Be(1);
deviceTest.CompareTo((IPureObject)null).Should().Be(1);
}
async Task RunAllTheTests()
{
TestResults.Clear();
TableView.ReloadData();
if (RegisteredTests.Instance.Count == 0)
{
NavigationItem.Title = "No Tests to Run";
}
for (int counter = 0; counter < RegisteredTests.Instance.Count; counter++)
{
var number = counter + 1;
NavigationItem.Title = $"Running Test {number} of {RegisteredTests.Instance.Count}";
DeviceTest test = null;
try
{
test = RegisteredTests.Instance.GetTestAtIndex(counter);
await test.Execute();
LogTestResult(test, counter, true);
}
catch (Exception e)
{
LogFailedException(test, counter, e);
}
}
}
public LoginViewModel()
{
azureService = new AzureLoginService();
LoginCommand = new RelayCommand(DoLogin);
LogOutCommand = new RelayCommand(DoLogout);
MonitorCommand = new RelayCommand(DoMonitor);
myDeviceTest = new DeviceTest();
}
public void Device_CompareTo_DeviceBase()
{
var deviceTest = new DeviceTest(_commonServices, DeviceType.UnknownDevice);
var deviceTest1 = new DeviceTest(_commonServices, DeviceType.UnknownDevice);
deviceTest.CompareTo(deviceTest).Should().Be(0);
deviceTest.CompareTo(deviceTest1).Should().Be(0);
}
public void ExecuteAlgorithmeWithForecast_ElevationOverHundredTest()
{
//initialize
DeviceTest device = new DeviceTest {
Temperature = 6.0, Humidity = 80
};
Mock <IStationPosition> stationDeviceMock = new Mock <IStationPosition>();
stationDeviceMock.Setup(e => e.Altitude).Returns(1000);
IStationPosition stationDevice = stationDeviceMock.Object;
WeatherTest freezingToday = new WeatherTest {
Temperature = 7.0, Humidity = 80, Date = now
};
IList <IWeather> forecastList = new List <IWeather> {
freezingToday
};
WeatherTest tomorrow = new WeatherTest {
Temperature = 5.5, Humidity = 90, Date = now.AddDays(1)
};
forecastList.Add(tomorrow);
WeatherTest afterTomorrow = new WeatherTest {
Temperature = -1.0, Humidity = 90, Date = now.AddDays(2)
};
forecastList.Add(afterTomorrow);
Mock <IStationPosition> stationMock = new Mock <IStationPosition>();
IStationPosition station = stationMock.Object;
Mock <IAltitudeClient> altitudeClient = new Mock <IAltitudeClient>();
altitudeClient.Setup(o => o.GetAltitude(It.IsAny <double>(), It.IsAny <double>())).ReturnsAsync(new GmeElevation
{
Altitude = 0
});
Mock <ILogger> logger = new Mock <ILogger>();
var freezeAlgo = new FreezingAlgorithme(altitudeClient.Object, logger.Object);
//execute
FreezeForecast freeze = freezeAlgo.Execute(device, stationDevice, freezingToday, forecastList, station).Result;
Check.That(freeze.FreezingStart.HasValue).IsEqualTo(true);
Check.That(freeze.FreezingEnd.HasValue).IsEqualTo(true);
Check.That(stationDevice.Altitude).IsStrictlyGreaterThan(100);
Check.That(freeze.FreezingProbabilityList.Count).IsEqualTo(forecastList.Count());
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now)).IsEqualTo(FreezeForecast.FreezingProbability.ZERO);
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now.AddDays(1))).IsEqualTo(FreezeForecast.FreezingProbability.HIGH);
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now.AddDays(2))).IsEqualTo(FreezeForecast.FreezingProbability.IMMINENT);
}
void LogTestResult(DeviceTest test, int counter, bool result)
{
var item = new TestResultDetails()
{
test = test,
Exception = null,
Index = counter,
Result = result
};
TestResults.Add(item);
}
void LogFailedException(DeviceTest test, int counter, Exception e)
{
var item = new TestResultDetails()
{
test = test,
Exception = e,
Index = counter,
Result = false
};
TestResults.Add(item);
}
public void Device_CompareTo_IPureObject()
{
var deviceTest = new DeviceTest(_commonServices, DeviceType.UnknownDevice);
var deviceTest1 = new DeviceTest(_commonServices, DeviceType.UnknownDevice);
deviceTest.CompareTo((IPureObject)deviceTest).Should().Be(0);
deviceTest.CompareTo((IPureObject)deviceTest1).Should().Be(0);
Mock <IPureObject> pureObjectMock = new Mock <IPureObject>();
Func <int> fx = () => deviceTest.CompareTo(pureObjectMock.Object);
fx.Should().Throw <ArgumentException>().And.Message.Should().Be("Object must be of type DeviceBase.");
}
public ContactModel( )
{
deviceMelsecMC = new DeviceTest( )
{
Protocol = "Qna-3E",
Classes = new List <string>( )
{
"MelsecMcNet", "MelsecMcAsciiNet"
},
TestItems = new List <DeviceTestItem>( )
{
new DeviceTestItem( )
{
Model = "QJ71E71-100",
Name = "杭州-Richard.Hu",
DateTime = new DateTime(2018, 1, 1),
},
new DeviceTestItem( )
{
Model = "Q00J CPU",
Name = "南京-Zoe",
DateTime = new DateTime(2018, 08, 25),
},
new DeviceTestItem( )
{
Model = "Q02U CPU",
Name = "南京-Zoe",
DateTime = new DateTime(2018, 08, 25),
},
new DeviceTestItem( )
{
Model = "L02 PLC",
Name = "杭州-Richard.Hu",
DateTime = new DateTime(2018, 07, 30),
},
new DeviceTestItem( )
{
Model = "Q06UDV PLC",
Name = "泉州-hwdq0012",
DateTime = new DateTime(2018, 8, 24),
},
new DeviceTestItem( )
{
Model = "Fx5u PLC",
Name = "山楂",
DateTime = new DateTime(2018, 8, 24),
}
}
};
deviceMelsec1E = new DeviceTest( )
{
Protocol = "Qna-1E",
Classes = new List <string>( )
{
"MelsecA1ENet"
},
TestItems = new List <DeviceTestItem>( )
{
new DeviceTestItem( )
{
Model = "Fx 3U",
Name = "Unknown",
DateTime = new DateTime(2018, 07, 30),
}
}
};
deviceMelsecFx = new DeviceTest( )
{
Protocol = "Fx串口协议",
Classes = new List <string>( )
{
"MelsecFxSerial"
},
TestItems = new List <DeviceTestItem>( )
{
new DeviceTestItem( )
{
Model = "Fx 3U",
Name = "江阴-∮溪风-⊙_⌒",
DateTime = new DateTime(2018, 08, 24),
}
}
};
deviceSiemensS7 = new DeviceTest( )
{
Protocol = "S7",
Classes = new List <string>( )
{
"SiemensS7Net"
},
TestItems = new List <DeviceTestItem>( )
{
new DeviceTestItem( )
{
Model = "1215C",
Name = "杭州-Richard.Hu",
DateTime = new DateTime(2018, 07, 30),
},
new DeviceTestItem( )
{
Model = "1214C",
Name = "南京-Zoe",
DateTime = new DateTime(2018, 08, 25),
},
new DeviceTestItem( )
{
Model = "1200",
Name = "南京-Zoe",
DateTime = new DateTime(2018, 08, 25),
},
new DeviceTestItem( )
{
Model = "1500",
Name = "江阴-∮溪风-⊙_⌒",
DateTime = new DateTime(2018, 08, 25),
},
new DeviceTestItem( )
{
Model = "CPU315",
Name = "南京-Zoe",
DateTime = new DateTime(2018, 08, 25),
},
}
};
deviceSiemensFW = new DeviceTest( )
{
Protocol = "Fetch/Write",
Classes = new List <string>( )
{
"SiemensFetchWriteNet"
},
TestItems = new List <DeviceTestItem>( )
{
new DeviceTestItem( )
{
Model = "s7-314",
Name = "杭州-Richard.Hu",
DateTime = new DateTime(2018, 07, 30),
},
}
};
deviceOmronFins = new DeviceTest( )
{
Protocol = "Fins-Tcp",
Classes = new List <string>( )
{
"OmronFinsNet"
},
TestItems = new List <DeviceTestItem>( )
{
new DeviceTestItem( )
{
Model = "example",
Name = "杭州-Richard.Hu",
DateTime = new DateTime(2018, 07, 30),
},
}
};
deviceModbusTcp = new DeviceTest( )
{
Protocol = "Modbus-Tcp",
Classes = new List <string>( )
{
"ModbusTcpNet"
},
TestItems = new List <DeviceTestItem>( )
{
new DeviceTestItem( )
{
Model = "Siemens 1215C",
Name = "杭州-Richard.Hu",
DateTime = new DateTime(2018, 07, 30),
},
new DeviceTestItem( )
{
Model = "施耐德 M580PLC",
Name = "杭州~马小辉",
DateTime = new DateTime(2018, 11, 30),
},
new DeviceTestItem( )
{
Model = "施耐德 LMC600",
Name = "杭州~马小辉",
DateTime = new DateTime(2018, 11, 30),
},
new DeviceTestItem( )
{
Model = "施耐德 M340PLC",
Name = "杭州~马小辉",
DateTime = new DateTime(2018, 11, 30),
},
}
};
deviceModbusRtu = new DeviceTest( )
{
Protocol = "Modbus-Rtu",
Classes = new List <string>( )
{
"ModbusRtu"
},
TestItems = new List <DeviceTestItem>( )
{
new DeviceTestItem( )
{
Model = "伺服驱动器",
Name = "杭州-Richard.Hu",
DateTime = new DateTime(2018, 07, 30),
},
}
};
}
public async Task <IViewComponentResult> InvokeAsync(DeviceTest deviceTest)
{
return(await Task.Run <IViewComponentResult>(() => View( deviceTest )));
}
public void ExecuteAlgorithmeWithForecast_ElevationUnderHundredTest()
{
//initialize
DeviceTest device = new DeviceTest {
Temperature = 6.0, Humidity = 80
};
Mock <IStationPosition> stationDeviceMock = new Mock <IStationPosition>();
stationDeviceMock.Setup(e => e.Altitude).Returns(10);
IStationPosition stationDevice = stationDeviceMock.Object;
WeatherTest freezingToday = new WeatherTest {
Temperature = -6.0, Humidity = 80, Date = now
};
//Mock<IWeather> freezingTodayMock = new Mock<IWeather>();
//freezingTodayMock.Setup(e => e.Temperature).Returns(20);
//freezingTodayMock.Setup(e => e.Humidity).Returns(80);
//freezingTodayMock.Setup(e => e.Date).Returns(now);
//IWeather freezingToday = freezingTodayMock.Object;
IEnumerable <IWeather> forecastList = new List <IWeather> {
freezingToday
};
//Mock<IWeather> tomorrowMock = new Mock<IWeather>();
//tomorrowMock.Setup(e => e.Temperature).Returns(-6);
//tomorrowMock.Setup(e => e.Humidity).Returns(80);
//tomorrowMock.Setup(e => e.Date).Returns(now.AddDays(1));
//IWeather tomorrow = tomorrowMock.Object;
WeatherTest tomorrow = new WeatherTest {
Temperature = 12.0, Humidity = 80, Date = now.AddDays(1)
};
(forecastList as List <IWeather>).Add(tomorrow);
//Mock<IWeather> afterTomorrowMock = new Mock<IWeather>();
//afterTomorrowMock.Setup(e => e.Temperature).Returns(-13.0);
//afterTomorrowMock.Setup(e => e.Humidity).Returns(50.0);
//afterTomorrowMock.Setup(e => e.Date).Returns(now.AddDays(2));
//IWeather afterTomorrow = afterTomorrowMock.Object;
WeatherTest afterTomorrow = new WeatherTest {
Temperature = -13.0, Humidity = 50, Date = now.AddDays(2)
};
(forecastList as List <IWeather>).Add(afterTomorrow);
//Mock<IWeather> afterMock = new Mock<IWeather>();
//afterMock.Setup(e => e.Temperature).Returns(-42);
//afterMock.Setup(e => e.Humidity).Returns(90);
//afterMock.Setup(e => e.Date).Returns(now.AddDays(3));
//IWeather after = afterMock.Object;
WeatherTest after = new WeatherTest {
Temperature = -42, Humidity = 90, Date = now.AddDays(3)
};
(forecastList as List <IWeather>).Add(after);
//Mock<IWeather> endFreezeingDayMock = new Mock<IWeather>();
//endFreezeingDayMock.Setup(e => e.Temperature).Returns(-11.0);
//endFreezeingDayMock.Setup(e => e.Humidity).Returns(1.0);
//endFreezeingDayMock.Setup(e => e.Date).Returns(now.AddDays(4));
//IWeather endFreezeingDay = endFreezeingDayMock.Object;
WeatherTest endFreezeingDay = new WeatherTest {
Temperature = -11.0, Humidity = 1.0, Date = now.AddDays(4)
};
(forecastList as List <IWeather>).Add(endFreezeingDay);
//Mock<IWeather> endFreezeingMock = new Mock<IWeather>();
//endFreezeingMock.Setup(e => e.Temperature).Returns(-20);
//endFreezeingMock.Setup(e => e.Humidity).Returns(85);
//endFreezeingMock.Setup(e => e.Date).Returns(now.AddDays(5));
//IWeather endFreezeing = endFreezeingMock.Object;
WeatherTest endFreezeing = new WeatherTest {
Temperature = -20, Humidity = 85, Date = now.AddDays(5)
};
(forecastList as List <IWeather>).Add(endFreezeing);
Mock <IStationPosition> stationMock = new Mock <IStationPosition>();
IStationPosition station = stationMock.Object;
Mock <IAltitudeClient> altitudeClient = new Mock <IAltitudeClient>();
altitudeClient.Setup(o => o.GetAltitude(It.IsAny <double>(), It.IsAny <double>())).ReturnsAsync(new GmeElevation
{
Altitude = 0
});
Mock <ILogger> logger = new Mock <ILogger>();
var freezeAlgo = new FreezingAlgorithme(altitudeClient.Object, logger.Object);
//execute
FreezeForecast freeze = freezeAlgo.Execute(device, stationDevice, freezingToday, forecastList, station).Result;
//test
Check.That(freeze.FreezingStart.HasValue).IsEqualTo(true);
Check.That(altitudeClient.Object.GetAltitude(0, 0).Result.Altitude - stationDevice.Altitude).IsStrictlyLessThan(Math.Abs(100));
Console.WriteLine((forecastList as List <IWeather>).Count);
Check.That(freeze.FreezingProbabilityList.Count).IsEqualTo((forecastList as List <IWeather>).Count);
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now)).IsEqualTo(FreezeForecast.FreezingProbability.HIGH);
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now.AddDays(1))).IsEqualTo(FreezeForecast.FreezingProbability.ZERO);
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now.AddDays(2))).IsEqualTo(FreezeForecast.FreezingProbability.MEDIUM);
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now.AddDays(3))).IsEqualTo(FreezeForecast.FreezingProbability.IMMINENT);
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now.AddDays(4))).IsEqualTo(FreezeForecast.FreezingProbability.MEDIUM);
Check.That(freeze.FreezingProbabilityList.GetValueOrDefault(now.AddDays(5))).IsEqualTo(FreezeForecast.FreezingProbability.IMMINENT);
Check.That(freeze.FreezingEnd.HasValue).IsEqualTo(true);
}
public void Device_ToLogParents()
{
var deviceTest = new DeviceTest(_commonServices, DeviceType.UnknownDevice);
TestOutputHelper.WriteLine(deviceTest.ToString(LogLevel.Debug, LoggableFormat.ToLogWithParents));
}
