public void Arrange()
{
_configurationProvider = new Mock <ICalculatorSettings>();
_configurationProvider.Setup(x => x.LevyPercentage).Returns(0.005m);
_configurationProvider.Setup(x => x.LevyAllowance).Returns(15000);
_configurationProvider.Setup(x => x.LevyTopupPercentage).Returns(1.1m);
_forecastCalculator = new ForecastCalculator(null, _configurationProvider.Object);
}
public void Arrange()
{
//Arrange
_myStandards = new List <CohortModel>();
for (var i = 0; i < StandardQty.Length - 1; i++)
{
_myStandards.Add(new CohortModel
{
Code = StandardCode[i],
Qty = StandardQty[i],
StartDate = StandardStartDate[i]
});
}
_myMultipleStandards = new List <CohortModel>();
for (var i = 0; i < StandardQty.Length; i++)
{
_myMultipleStandards.Add(new CohortModel
{
Code = StandardCode[i],
Qty = StandardQty[i],
StartDate = StandardStartDate[i]
});
}
_standardsRepository = new Mock <IApprenticeshipRepository>();
_standardsRepository.Setup(r => r.GetByCodeAsync("1")).Returns(Task.FromResult(new Apprenticeship
{
Price = 6000,
Duration = 12
}));
_standardsRepository.Setup(r => r.GetByCodeAsync("2")).Returns(Task.FromResult(new Apprenticeship
{
Price = 1400,
Duration = 12
}));
_configurationProvider = new Mock <ICalculatorSettings>();
_configurationProvider.Setup(cp => cp.LevyPercentage).Returns(0.005m);
_configurationProvider.Setup(cp => cp.LevyAllowance).Returns(15000);
_configurationProvider.Setup(cp => cp.LevyTopupPercentage).Returns(1.1m);
_configurationProvider.Setup(cp => cp.CopaymentPercentage).Returns(0.1m);
_configurationProvider.Setup(cp => cp.FinalTrainingPaymentPercentage).Returns(0m);
_configurationProvider.Setup(cp => cp.SunsettingPeriod).Returns(18);
_calculator = new ForecastCalculator(_standardsRepository.Object, _configurationProvider.Object);
}
public void ArePlanetsAndSunAligned()
{
var star = new Planet(0, 0);
var planets = new List <Planet>
{
new Planet(90, 500),
new Planet(90, 2000),
new Planet(90, 1000)
};
var system = new StarSystem(star, planets);
system.TranslateStep();
var calculator = new ForecastCalculator(system);
bool result = calculator.ArePlanetsAndSunAligned();
Assert.IsTrue(result);
}
public void TriangleHasMaxPerimeterTest()
{
var star = new Planet(0, 0);
var planets = new List <Planet>
{
new Planet(90, 500),
new Planet(225, 1000),
new Planet(315, 1500)
};
var system = new StarSystem(star, planets);
system.TranslateStep();
var calculator = new ForecastCalculator(system);
bool result = calculator.HasTriangleMaxPerimeter();
Assert.IsTrue(result);
}
public void StarNotContainedInTriangleNegativeOrientationTest()
{
var star = new Planet(0, 0);
var planets = new List <Planet>
{
new Planet(180, 500),
new Planet(135, 1000),
new Planet(225, 1500)
};
var system = new StarSystem(star, planets);
system.TranslateStep();
var calculator = new ForecastCalculator(system);
bool result = calculator.IsStarContainedInPlanetsTriangle();
Assert.IsFalse(result);
}
public void TriangleDoesNotHaveMaxPerimeterTest()
{
var star = new Planet(0, 0);
// a "not-so-perfect" case
var planets = new List <Planet>
{
new Planet(0, 500),
new Planet(90, 1000),
new Planet(225, 1500)
};
var system = new StarSystem(star, planets);
system.TranslateStep();
var calculator = new ForecastCalculator(system);
bool result = calculator.HasTriangleMaxPerimeter();
Assert.IsFalse(result);
}
public void ArePlanetsAlignedButNotWithSunTest()
{
var star = new Planet(0, 0);
var planets = new List <Planet>
{
new Planet(-1, 500),
new Planet(35, 1500),
new Planet(27, 1000)
};
var system = new StarSystem(star, planets);
system.TranslateStep();
var calculator = new ForecastCalculator(system);
bool result = calculator.ArePlanetsAligned();
Assert.IsTrue(result);
result = calculator.ArePlanetsAndSunAligned();
Assert.IsFalse(result);
}
