public TestClassBuilder() : base(new TestClass())
{
DefaultValues = new Dictionary <string, Func <dynamic> >
{
{ GenericExtensions.GetPropertyName <TestClass, TestClass>(tc => tc.MeToo), () => new TestClass() }
};
}
public EnvironmentalWorldDataBuilder() : base(new EnvironmentalWorldData())
{
DefaultValues = new Dictionary <string, Func <dynamic> >
{
{ GenericExtensions.GetPropertyName <EnvironmentalWorldData, EnvironmentalCellGrid>(wd => wd.Grid), () => new EnvironmentalCellGrid(0) },
{ GenericExtensions.GetPropertyName <EnvironmentalWorldData, SeasonalTime>(wd => wd.Season), () => SeasonalTime.Spring }
};
}
public StandardWorldBuilder() : base(new StandardWorld())
{
DefaultValues = new Dictionary <string, Func <dynamic> >
{
{ GenericExtensions.GetPropertyName <StandardWorld, StandardWorldData>(w => w.Data), () => new StandardWorldData() },
{ GenericExtensions.GetPropertyName <StandardWorld, IFindNeighbours <StandardCell, StandardCellGrid> >(w => w.NeighbourFinder), () => new OpenNeighbourFinder <StandardCell, StandardCellGrid>() },
{ GenericExtensions.GetPropertyName <StandardWorld, ICalculateCell <StandardCell, StandardCellGrid, StandardWorldData> >(w => w.CellCalculator), () => new StandardCellCalculator() },
{ GenericExtensions.GetPropertyName <StandardWorld, IGenerateWorld <StandardCell, StandardCellGrid, StandardWorldData, StandardWorld> >(w => w.WorldGenerator), () => new StandardWorldGenerator() }
};
}
public static void SkipIfContainsNestedProperties <T, TReturn>(this ModelStateDictionary modelState, Expression <Func <T, TReturn> > expression)
{
var propName = GenericExtensions.GetPropertyName(expression);
modelState
.Keys
.Where(x => x.Contains(propName) && !x.Equals(propName))
.ToList()
.ForEach(key => modelState[key].Errors.Clear());
}
public EnvironmentalWorldBuilder() : base(new EnvironmentalWorld())
{
DefaultValues = new Dictionary <string, Func <dynamic> >
{
{ GenericExtensions.GetPropertyName <EnvironmentalWorld, EnvironmentalWorldData>(w => w.Data), () => new StandardWorldData() },
{ GenericExtensions.GetPropertyName <EnvironmentalWorld, IFindNeighbours <EnvironmentalCell, EnvironmentalCellGrid> >(w => w.NeighbourFinder), () => new OpenNeighbourFinder <EnvironmentalCell, EnvironmentalCellGrid>() },
{ GenericExtensions.GetPropertyName <EnvironmentalWorld, ICalculateCell <EnvironmentalCell, EnvironmentalCellGrid, EnvironmentalWorldData> >(w => w.CellCalculator), () => new EnvironmentalCellCalculator(new Random()) },
{ GenericExtensions.GetPropertyName <EnvironmentalWorld, IGenerateWorld <EnvironmentalCell, EnvironmentalCellGrid, EnvironmentalWorldData, EnvironmentalWorld> >(w => w.WorldGenerator), () => new EnvironmentalWorldGenerator() },
{ GenericExtensions.GetPropertyName <EnvironmentalWorld, ICalculateSeason>(w => w.SeasonCalculator), () => new NoSeasonCalculator() }
};
}
public void GetPropertyName_Field_IsName()
{
// arrange
const string expected = nameof(TestClass.IAmMostDefinitelyNotAProperty);
// act
var result = GenericExtensions.GetPropertyName <TestClass, string>(tc => tc.IAmMostDefinitelyNotAProperty);
// assert
Assert.AreEqual(expected, result);
}
public void GetPropertyName_ComplexProperty_IsName()
{
// arrange
const string expected = nameof(TestClass.MeToo);
// act
var result = GenericExtensions.GetPropertyName <TestClass, TestClass>(tc => tc.MeToo);
// assert
Assert.AreEqual(expected, result);
}
public void GetPropertyName_PrimitiveProperty_IsName()
{
// arrange
const string expected = nameof(TestClass.IAmAProperty);
// act
var result = GenericExtensions.GetPropertyName <TestClass, int>(tc => tc.IAmAProperty);
// assert
Assert.AreEqual(expected, result);
}