public void Calculate_RecipeProducesMultipleOfRequiredItem_rightamounnt() // no unused
{
var context = new TestGameContext
{
Player = new Player(),
Recipes = new RecipeStore(new[] { TestRecipes.MeatStock, TestRecipes.PreparedMeat })
};
var calculator = new CalculatorA(context);
var parts = calculator.Calculate("Meat Stock", 1);
var scrapMeat = Assert.Single(parts, p => p.Name == "Scrap Meat");
Assert.Equal(20, scrapMeat.Amount);
}
public void Calculate_SecondStepRecipeWithAdditionalProduct_AdditionalProductIsCountedAsUnused()
{
var context = new TestGameContext
{
Player = new Player(),
Recipes = new RecipeStore(new[] { TestRecipes.MeatStock, TestRecipes.PreparedMeat })
};
var calculator = new CalculatorA(context);
var parts = calculator.Calculate("Meat Stock");
var preparedMeat = Assert.Single(parts.Unused);
Assert.Equal("Prepared Meat", preparedMeat.Name);
Assert.Equal(10, preparedMeat.Amount);
}
public void Calculate_RecipeWithAdditionalProduct_AdditionalProductIsCountedAsUnused()
{
var context = new TestGameContext
{
Player = new Player(),
Recipes = new RecipeStore(new[] { TestRecipes.PreparedMeat })
};
var calculator = new CalculatorA(context);
var parts = calculator.Calculate("Prepared Meat");
var tailings = Assert.Single(parts.Unused);
Assert.Equal("Scrap Meat", tailings.Name);
Assert.Equal(2, tailings.Amount);
}
public void Calculate_SingleStepRecipe_CorrectPartsList()
{
var context = new TestGameContext
{
Player = new Player(),
Recipes = new RecipeStore(new[] { TestRecipes.IronBar })
};
var calculator = new CalculatorA(context);
var parts = calculator.Calculate("Iron Bar");
var ironOre = Assert.Single(parts);
Assert.Equal("Iron Ore", ironOre.Name);
Assert.Equal(10, ironOre.Amount);
}
public void Calculate_MultiStepRecipe_CorrectPartsList()
{
var recipe = TestRecipes.IronGearFromIronBar;
var context = new TestGameContext
{
Player = new Player(),
Recipes = new RecipeStore(new [] { TestRecipes.IronGearFromIronBar, TestRecipes.IronBar })
};
var calculator = new CalculatorA(context);
var parts = calculator.Calculate("Iron Gear");
Assert.Equal(2, parts.Count());
var ironOre = Assert.Single(parts, p => p.Name == "Iron Ore");
Assert.Equal(30, ironOre.Amount);
var ironBar = Assert.Single(parts, p => p.Name == "Iron Bar");
Assert.Equal(3, ironBar.Amount);
}
public void Calculate_UnusedItems_Consumed()
{
var simmeredMeat = new Recipe
{
Products = TestRecipes.SimmeredMeat.Products,
Ingredients = TestRecipes.SimmeredMeat.Ingredients.Reverse().ToArray(),
Skills = TestRecipes.SimmeredMeat.Skills,
Tables = TestRecipes.SimmeredMeat.Tables
};
//simmeredMeat = TestRecipes.SimmeredMeat;
var context = new TestGameContext
{
Player = new Player(),
Recipes = new RecipeStore(new[] { simmeredMeat, TestRecipes.PreparedMeat, TestRecipes.MeatStock, TestRecipes.ScrapMeat })
};
var filter = new PreferredFilter();
// Scrap Meat using Raw Meat
filter.Add("Scrap Meat", TestRecipes.ScrapMeat);
var calculator = new CalculatorA(context);
var parts = calculator.Calculate("Simmered Meat", 1, filter);
// Todo: these assertions should change when we move beyond just tracking unused, to try to use the unused.
//var preparedMeat = Assert.Single(parts, p => p.Name == "Prepared Meat");
//Assert.Equal(5, preparedMeat.Amount);
//var preparedMeatUnused = Assert.Single(parts.Unused, p => p.Name == "Scrap Meat");
//Assert.Equal(10, preparedMeatUnused.Amount);
//var scrapMeat = Assert.Single(parts, p => p.Name == "Scrap Meat");
//Assert.Equal(40, scrapMeat.Amount);
//var scrapMeatUnused = Assert.Single(parts.Unused, p => p.Name == "Prepared Meat");
//Assert.Equal(20, scrapMeatUnused.Amount);
// When Simmered Meat recipe has Prepared Meat First OR Prepared Meat is the preferred recipe to create Scrap Meat
//var preparedMeat = Assert.Single(parts, p => p.Name == "Prepared Meat");
//Assert.Equal(5, preparedMeat.Amount);
//var scrapMeat = Assert.Single(parts, p => p.Name == "Scrap Meat");
//Assert.Equal(40, scrapMeat.Amount);
//var scrapMeatUnused = Assert.Single(parts.Unused, p => p.Name == "Prepared Meat");
//Assert.Equal(15, scrapMeatUnused.Amount);
// When Simmered Meat recipe has Prepared Meat Last AND Raw Meat is the preferred recipe to create Scrap Meat
// Whith smart ordering we should not have any unused
var preparedMeat = Assert.Single(parts, p => p.Name == "Prepared Meat");
Assert.Equal(5, preparedMeat.Amount);
var scrapMeat = Assert.Single(parts, p => p.Name == "Scrap Meat");
Assert.Equal(40, scrapMeat.Amount);
// From creating the Prepared Meat last
var scrapMeatUnused = Assert.Single(parts.Unused, p => p.Name == "Scrap Meat");
Assert.Equal(10, scrapMeatUnused.Amount);
}
