public void EndTurn_TaxIncome(int peasantCount, int expectedTaxIncome)
{
var endTurnPackage = new EndTurnPackage {
PeasantCount = peasantCount
};
endTurnCalculator.EndTurn(endTurnPackage);
Assert.That(endTurnCalculator.TaxIncome, Is.EqualTo(expectedTaxIncome));
}
public void EndTurn(EndTurnPackage package)
{
endTurnPackage = package;
SetFoodProduced();
SetFoodConsumed();
SetPeasantsGained();
SetPeasantsLost();
SetTaxIncome();
}
public void EndTurn_PeasantsLost(int peasantCount, int foodCount, int expected)
{
int peasantsLost = Convert.ToInt32(peasantCount * endTurnSettings.PeasantLossRate);
mockRandomizer.Setup(x => x.GetRandomizedAmount(peasantsLost)).Returns(peasantsLost);
var endTurnPackage = new EndTurnPackage {
PeasantCount = peasantCount, FoodCount = foodCount
};
endTurnCalculator.EndTurn(endTurnPackage);
Assert.That(endTurnCalculator.PeasantsLost, Is.EqualTo(expected));
}
public void EndTurn_FoodConsumed(int peasantCount, int foodCount, int expected)
{
int nonRandomAmount = Convert.ToInt32(peasantCount * endTurnSettings.FoodConsumptionRate);
mockRandomizer.Setup(x => x.GetRandomizedAmount(nonRandomAmount)).Returns(nonRandomAmount);
var endTurnPackage = new EndTurnPackage {
PeasantCount = peasantCount, FoodCount = foodCount
};
endTurnCalculator.EndTurn(endTurnPackage);
Assert.That(endTurnCalculator.FoodConsumed, Is.EqualTo(expected));
}
public void EndTurn_FoodProduced(int farmCount, int expectedAmount)
{
int nonRandomAmount = Convert.ToInt32(farmCount * endTurnSettings.FoodProductionRate);
mockRandomizer.Setup(x => x.GetRandomizedAmount(nonRandomAmount)).Returns(expectedAmount);
var endTurnPackage = new EndTurnPackage {
FarmCount = farmCount
};
endTurnCalculator.EndTurn(endTurnPackage);
Assert.That(endTurnCalculator.FoodProduced, Is.EqualTo(expectedAmount));
}
