public void ensureSameWidthsProducesSameToString()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(4, 14, 8);
ProductSlotWidths otherInstance = ProductSlotWidths.valueOf(4, 14, 8);
Assert.Equal(slotWidths.ToString(), otherInstance.ToString());
}
public void ensureSameWidthsProducesSameHashCode()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(4, 14, 8);
ProductSlotWidths otherInstance = ProductSlotWidths.valueOf(4, 14, 8);
Assert.Equal(slotWidths.GetHashCode(), otherInstance.GetHashCode());
}
public void ensureSameWidthsInstanceIsEqual()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(3, 14, 8);
ProductSlotWidths otherInstance = ProductSlotWidths.valueOf(3, 14, 8);
Assert.Equal(slotWidths, otherInstance);
}
public void ensureDifferentRecommendedWidthProducesDifferenceHashCode()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(4, 14, 8);
ProductSlotWidths otherInstance = ProductSlotWidths.valueOf(4, 16, 10);
Assert.NotEqual(slotWidths.GetHashCode(), otherInstance.GetHashCode());
}
public void ensureDifferentTypeObjectIsNotEqual()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(3, 14, 8);
CustomizedDimensions customizedDimensions = CustomizedDimensions.valueOf(3, 14, 8);
Assert.False(slotWidths.Equals(customizedDimensions));
}
public void ensureDifferentRecommendedWidthInstanceIsNotEqual()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(3, 14, 8);
ProductSlotWidths otherInstance = ProductSlotWidths.valueOf(3, 14, 9);
Assert.NotEqual(slotWidths, otherInstance);
}
public void ensureApplyAllRestrictionsReturnsNullIfProductDoesNotObeyRestrictions()
{
ProductCategory cat = new ProductCategory("All Products");
Color black = Color.valueOf("Deep Black", 0, 0, 0, 0);
Color white = Color.valueOf("Blinding White", 255, 255, 255, 0);
List <Color> colors = new List <Color>()
{
black, white
};
Finish glossy = Finish.valueOf("Glossy", 100);
Finish matte = Finish.valueOf("Matte", 0);
List <Finish> finishes = new List <Finish>()
{
glossy, matte
};
Material material = new Material("#001", "Really Expensive Wood", "ola.jpg", colors, finishes);
Material material2 = new Material("#002", "Expensive Wood", "ola.jpg", colors, finishes);
Dimension heightDimension = new SingleValueDimension(50);
Dimension widthDimension = new DiscreteDimensionInterval(new List <double>()
{
60, 65, 70, 80, 90, 105
});
Dimension depthDimension = new ContinuousDimensionInterval(10, 25, 5);
Measurement measurement = new Measurement(heightDimension, widthDimension, depthDimension);
Product product = new Product("Test", "Shelf", "shelf.glb", cat, new List <Material>()
{
material, material2
}, new List <Measurement>()
{
measurement
}, ProductSlotWidths.valueOf(4, 4, 4));
Product product2 = new Product("Test", "Shelf", "shelf.glb", cat, new List <Material>()
{
material
}, new List <Measurement>()
{
measurement
}, ProductSlotWidths.valueOf(4, 4, 4));
CustomizedDimensions customDimension = CustomizedDimensions.valueOf(50, 80, 25);
CustomizedMaterial customMaterial = CustomizedMaterial.valueOf(material2, white, matte);
CustomizedProduct customizedProduct = CustomizedProductBuilder.createCustomizedProduct("reference", product, customDimension).build();
customizedProduct.changeCustomizedMaterial(customMaterial);
customizedProduct.finalizeCustomization();
RestrictableImpl instance = new RestrictableImpl();
instance.addRestriction(new Restriction("same material", new SameMaterialAndFinishAlgorithm()));
Assert.Null(instance.applyAllRestrictions(customizedProduct, product2));
}
public void ensureFromEntityWithEmptyUnitUsesMinimumUnit()
{
double minWidth = 25;
double maxWidth = 50;
double recommendedWidth = 35;
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(minWidth, maxWidth, recommendedWidth);
GetProductSlotWidthsModelView result = ProductSlotWidthsModelViewService.fromEntity(slotWidths, "");
string expectedUnit = MeasurementUnitService.getMinimumUnit();
Assert.Equal(expectedUnit, result.unit);
}
/// <summary>
/// Converts an instance of AddProductSlotWidthsModelView into an instance of ProductSlotWidths.
/// </summary>
/// <param name="modelView">Instance of AddProductSlotWidthsModelView.</param>
/// <returns>The created instance of ProductSlotWidths.</returns>
/// <exception cref="System.ArgumentNullException">Thrown when the provided instance of AddProductSlotWidthsModelView is null.</exception>
public static ProductSlotWidths fromModelView(AddProductSlotWidthsModelView modelView)
{
if (modelView == null)
{
throw new ArgumentNullException(ERROR_NULL_MODEL_VIEW);
}
double minWidth = MeasurementUnitService.convertFromUnit(modelView.minWidth, modelView.unit);
double maxWidth = MeasurementUnitService.convertFromUnit(modelView.maxWidth, modelView.unit);
double recommendedWidth = MeasurementUnitService.convertFromUnit(modelView.recommendedWidth, modelView.unit);
return(ProductSlotWidths.valueOf(minWidth, maxWidth, recommendedWidth));
}
public void ensureNullCustomizedProductCollectionIsInvalid()
{
//Creates measurements and a material for the product
List <Measurement> measurements = new List <Measurement>()
{
new Measurement(new DiscreteDimensionInterval(new List <Double>()
{
500.0
}),
new DiscreteDimensionInterval(new List <Double>()
{
500.0
}), new DiscreteDimensionInterval(new List <Double>()
{
500.0
}))
};
//Creates colors and finishes for the product's material list and customized product's customized material
Color color = Color.valueOf("Blue", 1, 2, 3, 0);
List <Color> colors = new List <Color>()
{
color
};
Finish finish = Finish.valueOf("Super shiny", 90);
List <Finish> finishes = new List <Finish>()
{
finish
};
Material material = new Material("123", "456, how original", "ola.jpg", colors, finishes);
//Creates a product for the customized product collection's customized product
Product product = new Product("0L4", "H4H4", "goodmeme.glb", new ProductCategory("Drawers"), new List <Material>()
{
material
}, measurements, ProductSlotWidths.valueOf(1, 5, 4));
Assert.Throws <ArgumentException>(() => new CollectionProduct(null,
CustomizedProductBuilder.createCustomizedProduct("reference", product,
CustomizedDimensions.valueOf(500.0, 500.0, 500.0))
.withMaterial(CustomizedMaterial.valueOf(material, color, finish)).build()));
}
public void ensureFromEntityCreatesModelViewWithExpectedData()
{
double minWidth = 25;
double maxWidth = 50;
double recommendedWidth = 35;
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(minWidth, maxWidth, recommendedWidth);
GetProductSlotWidthsModelView result = ProductSlotWidthsModelViewService.fromEntity(slotWidths);
GetProductSlotWidthsModelView expected = new GetProductSlotWidthsModelView();
expected.minWidth = minWidth;
expected.maxWidth = maxWidth;
expected.recommendedWidth = recommendedWidth;
expected.unit = MeasurementUnitService.getMinimumUnit();
Assert.Equal(expected.minWidth, result.minWidth);
Assert.Equal(expected.maxWidth, result.maxWidth);
Assert.Equal(expected.recommendedWidth, result.recommendedWidth);
Assert.Equal(expected.unit, result.unit);
}
public void ensureApplyAllRestrictionsReturnsNullIfCustomizedProductArgumentNull()
{
ProductCategory cat = new ProductCategory("All Products");
Color black = Color.valueOf("Deep Black", 0, 0, 0, 0);
Color white = Color.valueOf("Blinding White", 255, 255, 255, 0);
List <Color> colors = new List <Color>()
{
black, white
};
Finish glossy = Finish.valueOf("Glossy", 100);
Finish matte = Finish.valueOf("Matte", 0);
List <Finish> finishes = new List <Finish>()
{
glossy, matte
};
Material material = new Material("#001", "Really Expensive Wood", "ola.jpg", colors, finishes);
Dimension heightDimension = new SingleValueDimension(50);
Dimension widthDimension = new DiscreteDimensionInterval(new List <double>()
{
60, 65, 70, 80, 90, 105
});
Dimension depthDimension = new ContinuousDimensionInterval(10, 25, 5);
Measurement measurement = new Measurement(heightDimension, widthDimension, depthDimension);
Product product = new Product("Test", "Shelf", "shelf.glb", cat, new List <Material>()
{
material
}, new List <Measurement>()
{
measurement
}, ProductSlotWidths.valueOf(4, 4, 4));
Assert.Null(new RestrictableImpl().applyAllRestrictions(null, product));
}
private Product buildProduct()
{
List <Material> materials = new List <Material>()
{
buildMaterial()
};
Dimension height = new ContinuousDimensionInterval(40, 300, 1);
Dimension width = new ContinuousDimensionInterval(40, 300, 1);
Dimension depth = new ContinuousDimensionInterval(40, 320, 1);
Measurement measurement = new Measurement(height, width, depth);
List <Measurement> measurements = new List <Measurement>()
{
measurement
};
ProductSlotWidths productSlotWidths = ProductSlotWidths.valueOf(20, 50, 30);
Product product = new Product("001", "This Is a Product", "model.obj", buildCategory(), materials, measurements, productSlotWidths);
return(product);
}
private Product buildValidProduct()
{
Dimension firstHeightDimension = new ContinuousDimensionInterval(50, 100, 2);
Dimension firstWidthDimension = new DiscreteDimensionInterval(new List <double>()
{
75, 80, 85, 90, 95, 120
});
Dimension firstDepthDimension = new SingleValueDimension(25);
Measurement firstMeasurement = new Measurement(firstHeightDimension, firstWidthDimension, firstDepthDimension);
Dimension sideDimension = new SingleValueDimension(60);
Measurement secondMeasurement = new Measurement(sideDimension, sideDimension, sideDimension);
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(25, 50, 35);
return(new Product("#429", "Fabulous Closet", "fabcloset.glb", buildValidCategory(), new List <Material>()
{
buildValidMaterial()
}, new List <Measurement>()
{
firstMeasurement, secondMeasurement
}, slotWidths));
}
public void ensureFromEntityWithUnitConvertsValues()
{
double minWidth = 25;
double maxWidth = 50;
double recommendedWidth = 35;
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(minWidth, maxWidth, recommendedWidth);
string unit = "dm";
GetProductSlotWidthsModelView result = ProductSlotWidthsModelViewService.fromEntity(slotWidths, unit);
GetProductSlotWidthsModelView expected = new GetProductSlotWidthsModelView();
expected.minWidth = MeasurementUnitService.convertToUnit(minWidth, unit);
expected.maxWidth = MeasurementUnitService.convertToUnit(maxWidth, unit);
expected.recommendedWidth = MeasurementUnitService.convertToUnit(recommendedWidth, unit);
expected.unit = unit;
Assert.Equal(expected.minWidth, result.minWidth);
Assert.Equal(expected.maxWidth, result.maxWidth);
Assert.Equal(expected.recommendedWidth, result.recommendedWidth);
Assert.Equal(expected.unit, result.unit);
}
public void ensureProductSlotWidthsCantBeCreatedIfMaxWidthIsPositiveInfinity()
{
Action positiveInfinityMaxSlotWidth = () => ProductSlotWidths.valueOf(9, double.PositiveInfinity, 15);
Assert.Throws <ArgumentException>(positiveInfinityMaxSlotWidth);
}
public void ensureProductSlotWidthsIsCreated()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(3, 14, 8);
Assert.NotNull(slotWidths);
}
public void ensureSameInstanceIsEqual()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(3, 14, 8);
Assert.True(slotWidths.Equals(slotWidths));
}
public void ensureNullObjectIsNotEqual()
{
ProductSlotWidths slotWidths = ProductSlotWidths.valueOf(3, 14, 8);
Assert.False(slotWidths.Equals(null));
}
public void ensureProductSlotWidthsCantBeCreatedIfRecommendedWidthIsPositiveInfinity()
{
Action positiveInfinityRecSlotWidth = () => ProductSlotWidths.valueOf(9, 21, double.PositiveInfinity);
Assert.Throws <ArgumentException>(positiveInfinityRecSlotWidth);
}
public void ensureProductSlotWidthsCantBeCreatedIfMinWidthIsNaN()
{
Action nanMinSlotWidth = () => ProductSlotWidths.valueOf(double.NaN, 21, 15);
Assert.Throws <ArgumentException>(nanMinSlotWidth);
}
public void ensureProductSlotWidthsCantBeCreatedIfMinWidthIsNegativeInfinity()
{
Action negativeInfinityMinSlotWidth = () => ProductSlotWidths.valueOf(double.NegativeInfinity, 21, 15);
Assert.Throws <ArgumentException>(negativeInfinityMinSlotWidth);
}
public void testToDTO()
{
//Creates measurements and a material for the product
List <Measurement> measurements = new List <Measurement>()
{
new Measurement(new DiscreteDimensionInterval(new List <Double>()
{
500.0
}),
new DiscreteDimensionInterval(new List <Double>()
{
500.0
}), new DiscreteDimensionInterval(new List <Double>()
{
500.0
}))
};
//Creates colors and finishes for the product's material list
List <Color> colors = new List <Color>()
{
Color.valueOf("Blue", 1, 2, 3, 0)
};
List <Finish> finishes = new List <Finish>()
{
Finish.valueOf("Super shiny", 40)
};
//Creates a material list
List <Material> materials = new List <Material>()
{
new Material("123", "456, how original", "ola.jpg", colors, finishes)
};
//Creates a parent product
Product parent = new Product("Kinda bad", "Anakin", "kindabad.glb", new ProductCategory("Drawers"), materials, measurements, ProductSlotWidths.valueOf(1, 5, 4));
//Creates a child product
Product child = new Product("Not so bad", "Luke", "notsobad.glb", new ProductCategory("Drawers"), materials, measurements, ProductSlotWidths.valueOf(1, 5, 4));
Component component = new Component(parent, child);
ComponentDTO expected = new ComponentDTO();
expected.product = child.toDTO();
ComponentDTO actual = component.toDTO();
Assert.Equal(expected.product.complements, actual.product.complements);
Assert.Equal(expected.product.designation, actual.product.designation);
Assert.Equal(expected.product.dimensions.Capacity, actual.product.dimensions.Capacity);
Assert.Equal(expected.product.productCategory.name, actual.product.productCategory.name);
Assert.Equal(expected.product.productMaterials.Count, actual.product.productMaterials.Count);
Assert.Equal(expected.product.productMaterials.Capacity, actual.product.productMaterials.Capacity);
Assert.Equal(expected.product.reference, actual.product.reference);
Assert.Equal(expected.product.id, actual.product.id);
}
public void ensureCreationIsSuccessfulWithValidRestrictionListAValidProductAndAMandatoryOption()
{
//Creates measurements and a material for the product
List <Measurement> measurements = new List <Measurement>()
{
new Measurement(new DiscreteDimensionInterval(new List <Double>()
{
500.0
}),
new DiscreteDimensionInterval(new List <Double>()
{
500.0
}), new DiscreteDimensionInterval(new List <Double>()
{
500.0
}))
};
//Creates colors and finishes for the product's material list
List <Color> colors = new List <Color>()
{
Color.valueOf("Blue", 1, 2, 3, 0)
};
List <Finish> finishes = new List <Finish>()
{
Finish.valueOf("Super shiny", 40)
};
//Creates a material list
List <Material> materials = new List <Material>()
{
new Material("123", "456, how original", "ola.jpg", colors, finishes)
};
//Creates a parent product
Product parent = new Product("Kinda bad", "Anakin", "kindabad.glb", new ProductCategory("Drawers"), materials, measurements, ProductSlotWidths.valueOf(1, 5, 4));
//Creates a child product
Product child = new Product("Not so bad", "Luke", "notsobad.glb", new ProductCategory("Drawers"), materials, measurements, ProductSlotWidths.valueOf(1, 5, 4));
Assert.NotNull(new Component(parent, child, new List <Restriction>()
{
new Restriction("POIS", new SameMaterialAndFinishAlgorithm())
}, true));
}
public void ensureApplyAllRestrictionsReturnsRestrictedProduct()
{
ProductCategory cat = new ProductCategory("All Products");
Color black = Color.valueOf("Deep Black", 0, 0, 0, 0);
Color white = Color.valueOf("Blinding White", 255, 255, 255, 0);
List <Color> colors = new List <Color>()
{
black, white
};
Finish glossy = Finish.valueOf("Glossy", 100);
Finish matte = Finish.valueOf("Matte", 0);
List <Finish> finishes = new List <Finish>()
{
glossy, matte
};
Material material = new Material("#001", "Really Expensive Wood", "ola.jpg", colors, finishes);
Material material2 = new Material("#002", "Expensive Wood", "ola.jpg", colors, finishes);
Dimension heightDimension = new SingleValueDimension(50);
Dimension widthDimension = new DiscreteDimensionInterval(new List <double>()
{
60, 65, 70, 80, 90, 105
});
Dimension depthDimension = new ContinuousDimensionInterval(10, 25, 5);
Measurement measurement = new Measurement(heightDimension, widthDimension, depthDimension);
Product product = new Product("Test", "Shelf", "shelf.glb", cat, new List <Material>()
{
material, material2
}, new List <Measurement>()
{
measurement
}, ProductSlotWidths.valueOf(4, 4, 4));
Product product2 = new Product("Test", "Shelf", "shelf.glb", cat, new List <Material>()
{
material, material2
}, new List <Measurement>()
{
measurement
}, ProductSlotWidths.valueOf(4, 4, 4));
CustomizedDimensions customDimension = CustomizedDimensions.valueOf(50, 80, 25);
CustomizedMaterial customMaterial = CustomizedMaterial.valueOf(material, white, matte);
CustomizedProduct customizedProduct = CustomizedProductBuilder.createCustomizedProduct("reference", product, customDimension).build();
customizedProduct.changeCustomizedMaterial(customMaterial);
customizedProduct.finalizeCustomization();
RestrictableImpl instance = new RestrictableImpl();
instance.addRestriction(new Restriction("same material", new SameMaterialAndFinishAlgorithm()));
WidthPercentageAlgorithm algorithm = new WidthPercentageAlgorithm();
Input minInput = Input.valueOf("Minimum Percentage", "From 0 to 1");
Input maxInput = Input.valueOf("Maximum Percentage", "From 0 to 1");
Dictionary <Input, string> inputs = new Dictionary <Input, string>();
inputs.Add(minInput, "0.8");
inputs.Add(maxInput, "1.0");
algorithm.setInputValues(inputs);
instance.addRestriction(new Restriction("width percentage", algorithm));
Product returned = instance.applyAllRestrictions(customizedProduct, product2);
Assert.True(returned.productMaterials.Count == 1);
Assert.True(returned.productMaterials[0].material.Equals(material));
Assert.True(returned.productMeasurements[0].measurement.width.getMinValue() == 65);
Assert.True(returned.productMeasurements[0].measurement.width.getMaxValue() == 80);
}
public void ensureProductSlotWidthsCantBeCreatedIfMaxWidthIsNegative()
{
Action negativeMaxSlotWidth = () => ProductSlotWidths.valueOf(9, -1, 15);
Assert.Throws <ArgumentException>(negativeMaxSlotWidth);
}
public void ensureValidRestrictionCanBeAddedToTheComponentsRestrictionsList()
{
//Creates measurements and a material for the product
List <Measurement> measurements = new List <Measurement>()
{
new Measurement(new DiscreteDimensionInterval(new List <Double>()
{
500.0
}),
new DiscreteDimensionInterval(new List <Double>()
{
500.0
}), new DiscreteDimensionInterval(new List <Double>()
{
500.0
}))
};
//Creates colors and finishes for the product's material list
List <Color> colors = new List <Color>()
{
Color.valueOf("Blue", 1, 2, 3, 0)
};
List <Finish> finishes = new List <Finish>()
{
Finish.valueOf("Super shiny", 40)
};
//Creates a material list
List <Material> materials = new List <Material>()
{
new Material("123", "456, how original", "ola.jpg", colors, finishes)
};
//Creates a parent product
Product parent = new Product("Kinda bad", "Anakin", "kindabad.glb", new ProductCategory("Drawers"), materials, measurements, ProductSlotWidths.valueOf(1, 5, 4));
//Creates a child product
Product child = new Product("Not so bad", "Luke", "notsobad.glb", new ProductCategory("Drawers"), materials, measurements, ProductSlotWidths.valueOf(1, 5, 4));
Component component = new Component(parent, child, new List <Restriction>()
{
new Restriction("FUNCIONE", new SameMaterialAndFinishAlgorithm())
});
Action addRestrictionAction = () => component.addRestriction(new Restriction("FUNCIONOU", new SameMaterialAndFinishAlgorithm()));
Exception exception = Record.Exception(addRestrictionAction);
Assert.Null(exception);
}
public void ensureProductSlotWidthsCantBeCreatedIfMaxWidthIsZero()
{
Action zeroMaxSlotWidth = () => ProductSlotWidths.valueOf(9, 0, 15);
Assert.Throws <ArgumentException>(zeroMaxSlotWidth);
}
public void ensureNullChildProductIsNotValid()
{
//Creates measurements and a material for the product
List <Measurement> measurements = new List <Measurement>()
{
new Measurement(new DiscreteDimensionInterval(new List <Double>()
{
500.0
}),
new DiscreteDimensionInterval(new List <Double>()
{
500.0
}), new DiscreteDimensionInterval(new List <Double>()
{
500.0
}))
};
//Creates colors and finishes for the product's material list
List <Color> colors = new List <Color>()
{
Color.valueOf("Blue", 1, 2, 3, 0)
};
List <Finish> finishes = new List <Finish>()
{
Finish.valueOf("Super shiny", 40)
};
//Creates a material list
List <Material> materials = new List <Material>()
{
new Material("123", "456, how original", "ola.jpg", colors, finishes)
};
//Creates a parent product
Product parent = new Product("Kinda bad", "Anakin", "kindabad.glb", new ProductCategory("Drawers"), materials, measurements, ProductSlotWidths.valueOf(1, 5, 4));
Assert.Throws <ArgumentException>(() => new Component(parent, null));
Assert.Throws <ArgumentException>(() => new Component(parent, null, true));
Assert.Throws <ArgumentException>(() => new Component(parent, null, new List <Restriction>()
{
new Restriction("ISTO É", new SameMaterialAndFinishAlgorithm())
}));
Assert.Throws <ArgumentException>(() => new Component(parent, null, new List <Restriction>()
{
new Restriction("ISTO É", new SameMaterialAndFinishAlgorithm())
}, true));
}
public void ensureProductSlotWidthsCantBeCreatedIfRecommendedWidthIsNaN()
{
Action nanRecSlotWidth = () => ProductSlotWidths.valueOf(9, 21, double.NaN);
Assert.Throws <ArgumentException>(nanRecSlotWidth);
}
