public void AddMoreThanOneDataSourceConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xpto")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xpto.csv");
});
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xtable")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xtable.csv");
});
});
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("xpto", cube.Config.DataSources["xpto"].Name);
Assert.AreEqual("xtable", cube.Config.DataSources["xtable"].Name);
}
public void DataSourceFieldsSetupConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xpto")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xpto.csv");
})
.AddField("xval", 0, typeof(int))
.AddField("yval", 1, typeof(int));
});
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("xval", cube.Config.DataSources["xpto"].Fields["xval"].Name);
Assert.AreEqual(0, cube.Config.DataSources["xpto"].Fields["xval"].Index);
Assert.AreEqual(typeof(int), cube.Config.DataSources["xpto"].Fields["xval"].FieldType);
Assert.AreEqual("yval", cube.Config.DataSources["xpto"].Fields["yval"].Name);
Assert.AreEqual(1, cube.Config.DataSources["xpto"].Fields["yval"].Index);
Assert.AreEqual(typeof(int), cube.Config.DataSources["xpto"].Fields["yval"].FieldType);
}
public void AddMoreThanOneDimensionConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.MetaData(mbuild =>
{
mbuild.AddDimension("x", (dimbuild) =>
{
dimbuild.Source("xtable")
.ValueField("xkey")
.DescField("xdesc");
})
.AddDimension("y", (dimbuild) =>
{
dimbuild.Source("ytable")
.ValueField("ykey")
.DescField("ydesc");
});
});
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("x", cube.Config.MetaData.Dimensions[0].Name);
Assert.AreEqual("x", cube.Config.MetaData.Dimensions["x"].Name);
Assert.AreEqual("y", cube.Config.MetaData.Dimensions[1].Name);
Assert.AreEqual("y", cube.Config.MetaData.Dimensions["y"].Name);
}
public void CalculateParallelCubeIntersectionFigureTest(double x1, double y1, double z1, double edge1,
double x2, double y2, double z2, double edge2,
double rwidth, double rlength, double rdepth)
{
// En los parámetros no se puede poner el sufijo m de decimal
decimal cx1, cy1, cz1, ce1, cx2, cy2, cz2, ce2;
FromDoubleToDecimal(x1, y1, z1, edge1, x2, y2, z2, edge2, out cx1, out cy1, out cz1, out ce1, out cx2, out cy2, out cz2, out ce2);
var width = (decimal)rwidth;
var length = (decimal)rlength;
var depth = (decimal)rdepth;
IIntersectionCalculator intersectionCalculator = new IntersectionCalculator();
Cube firstCube = CubeBuilder.CreateCube()
.CenteredAt(cx1, cy1, cz1)
.WithEdgeLength(ce1)
.Build();
Cube secondCube = CubeBuilder.CreateCube()
.CenteredAt(cx2, cy2, cz2)
.WithEdgeLength(ce2)
.Build();
Ortoedro result = intersectionCalculator.CalculateParallelCubeIntersectionFigure(firstCube, secondCube);
Assert.IsTrue(result.Width == width && result.Length == length && result.Depth == depth, "The resultant ortoedro dimensions are not the expected.");
}
public void Build_ShouldBuildCubeSuccessfully()
{
// Arrange
var builder = CubeBuilder.CreateEmpty();
builder.AddPiece((0, 0, 0), Pieces.YellowRedGreen, Orientation.YellowWhite, Orientation.RedOrange, Orientation.GreenBlue);
builder.AddPiece((1, 0, 0), Pieces.YellowRed, Orientation.YellowWhite, Orientation.RedOrange);
builder.AddPiece((2, 0, 0), Pieces.YellowRedBlue, Orientation.YellowWhite, Orientation.RedOrange, Orientation.GreenBlue);
builder.AddPiece((0, 1, 0), Pieces.RedGreen, Orientation.RedOrange, Orientation.GreenBlue);
builder.AddPiece((2, 1, 0), Pieces.RedBlue, Orientation.RedOrange, Orientation.GreenBlue);
builder.AddPiece((0, 2, 0), Pieces.RedGreenWhite, Orientation.RedOrange, Orientation.GreenBlue, Orientation.YellowWhite);
builder.AddPiece((1, 2, 0), Pieces.RedWhite, Orientation.RedOrange, Orientation.YellowWhite);
builder.AddPiece((2, 2, 0), Pieces.RedBlueWhite, Orientation.RedOrange, Orientation.GreenBlue, Orientation.YellowWhite);
builder.AddPiece((0, 0, 1), Pieces.YellowGreen, Orientation.YellowWhite, Orientation.GreenBlue);
builder.AddPiece((2, 0, 1), Pieces.YellowBlue, Orientation.YellowWhite, Orientation.GreenBlue);
builder.AddPiece((0, 0, 2), Pieces.YellowGreenOrange, Orientation.YellowWhite, Orientation.GreenBlue, Orientation.RedOrange);
builder.AddPiece((1, 0, 2), Pieces.YellowOrange, Orientation.YellowWhite, Orientation.RedOrange);
builder.AddPiece((1, 2, 2), Pieces.OrangeWhite, Orientation.RedOrange, Orientation.YellowWhite);
builder.AddPiece((2, 0, 2), Pieces.YellowBlueOrange, Orientation.YellowWhite, Orientation.GreenBlue, Orientation.RedOrange);
builder.AddPiece((0, 1, 2), Pieces.GreenOrange, Orientation.GreenBlue, Orientation.RedOrange);
builder.AddPiece((0, 2, 2), Pieces.GreenOrangeWhite, Orientation.GreenBlue, Orientation.RedOrange, Orientation.YellowWhite);
builder.AddPiece((0, 2, 1), Pieces.GreenWhite, Orientation.GreenBlue, Orientation.YellowWhite);
builder.AddPiece((2, 2, 1), Pieces.BlueWhite, Orientation.GreenBlue, Orientation.YellowWhite);
builder.AddPiece((2, 2, 2), Pieces.BlueOrangeWhite, Orientation.GreenBlue, Orientation.RedOrange, Orientation.YellowWhite);
builder.AddPiece((2, 1, 2), Pieces.BlueOrange, Orientation.GreenBlue, Orientation.RedOrange);
Cube cube = builder.Build();
}
public void CubesIntersectionDoNotCollideTest(double x1, double y1, double z1, double edge1,
double x2, double y2, double z2, double edge2)
{
// En los parámetros no se puede poner el sufijo m de decimal
decimal cx1, cy1, cz1, ce1, cx2, cy2, cz2, ce2;
FromDoubleToDecimal(x1, y1, z1, edge1, x2, y2, z2, edge2, out cx1, out cy1, out cz1, out ce1, out cx2, out cy2, out cz2, out ce2);
#region .: Configure mocks :.
_intersectionCalculatorMock.Expects.AtLeastOne.Method(m => m.FindParallelCubeIntersection(null, null)).WithAnyArguments().WillReturn(false);
_intersectionCalculatorMock.Expects.AtLeastOne.Method(m => m.CalculateParallelCubeIntersectionFigure(null, null)).WithAnyArguments().WillReturn(new Ortoedro());
_volumeCalculatorMock.Expects.AtLeastOne.Method(m => m.CalculateOrtoedroVolume(null)).WithAnyArguments().WillReturn(1);
#endregion .: Configure mocks :.
ICubesIntersection cubesIntersection = new CubesIntersection(_intersectionCalculatorMock.MockObject, _volumeCalculatorMock.MockObject);
Cube firstcube = CubeBuilder.CreateCube().CenteredAt(cx1, cy1, cz1).WithEdgeLength(ce1).Build();
Cube secondCube = CubeBuilder.CreateCube().CenteredAt(cx2, cy2, cz2).WithEdgeLength(ce2).Build();
Tuple <bool, decimal> result = cubesIntersection.GetCubesIntersection(firstcube, secondCube);
Assert.IsFalse(result.Item1, "Intersection should not have been found.");
Assert.IsTrue(result.Item2 == 0, "Wrong volume.");
}
public VoxelEffect(GraphicsDevice graphicsDevice)
: base(graphicsDevice, EffectHelper.LoadShaderBytes("voxelShader"))
{
BatchTechnique = Techniques["Batch"];
InstancingTechnique = Techniques["Instancing"];
MeshTechnique = Techniques["Mesh"];
InstancingDepthTechnique = Techniques["InstancingDepth"];
InstancingWithShadowTechnique = Techniques["InstancingWithShadow"];
InstancingShadowMapTechnique = Techniques["InstancingShadowMap"];
_paletteParam = Parameters["Palette"];
_positionParam = Parameters["ChunkPosition"];
_viewParam = Parameters["View"];
_projectionParam = Parameters["Projection"];
_dirLightMatrixParam = Parameters["DirectionalLightMatrix"];
_lightDirParam = Parameters["LightDirection"];
_diffuseLightParam = Parameters["DiffuseLight"];
_ambientLightParam = Parameters["AmbientLight"];
_shadowMapParam = Parameters["ShadowMap"];
Parameters["Normals"].SetValue(CubeBuilder.GetNormals());
}
static void CreateCube()
{
//
BrushBuilder builder = new CubeBuilder();
builder.Build();
}
void Awake()
{
_gameManager = FindObjectOfType <GameManager>();
if (_gameManager == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
_locationManager = _gameManager._locationManager;
if (_locationManager == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
_worldBuilder = GetComponentInChildren <WorldBuilder>();
if (_worldBuilder == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
_gridBuilder = GetComponentInChildren <GridBuilder>();
if (_gridBuilder == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
_cubeBuilder = GetComponentInChildren <CubeBuilder>();
if (_cubeBuilder == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
_mapPieceBuilder = GetComponentInChildren <MapPieceBuilder>();
if (_mapPieceBuilder == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
_outerZoneBuilder = GetComponentInChildren <OuterZoneBuilder>();
if (_outerZoneBuilder == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
_nodeBuilder = GetComponentInChildren <NodeBuilder>();
if (_nodeBuilder == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
_mapSettings = GetComponent <MapSettings>();
if (_mapSettings == null)
{
Debug.LogError("OOPSALA we have an ERROR!");
}
}
public void Given_TwoRandom_Cubes_GetIntersectionVolumeFromTwoCubesMethod_ShoulBe_Commutative_Operation()
{
var cubeA = CubeBuilder.Create().CenteredAt(0, 0, 0).WithEdgeLength(3).Build();
var cubeB = CubeBuilder.Create().CenteredAt(2, 2, 2).WithEdgeLength(2).Build();
_service.AreCubesColliding(cubeA, cubeB).Should().BeTrue();
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(_service.GetIntersectionVolumeFromTwoCubes(cubeB, cubeA));
}
public void MolapAddDateDimensionInit_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello2")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("sales"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("sales")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//tableWithDate.csv")
.SetHasHeader();
})
.AddField("category", 0, typeof(int))
.AddField("sex", 1, typeof(int))
.AddField("place", 2, typeof(int))
.AddDateField("date", 3, "yyyy-MM-dd")
.AddField("expenses", 4, typeof(double))
.AddField("items", 5, typeof(int));
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("categories")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//dimension1.csv")
.SetHasHeader();
});
})
.MetaData(mbuild =>
{
mbuild.AddDimension("category", (dimbuild) =>
{
dimbuild.Source("categories")
.ValueField("id")
.DescField("description");
})
.AddDimension("date", dimbuild =>
{
dimbuild
.SetToDateSource(DateTimeLevels.YEAR, DateTimeLevels.MONTH_WITH_YEAR, DateTimeLevels.MONTH, DateTimeLevels.DAY)
.SetLevelDimensions("Year", "Year Month", "Month", "Day");
});
});
Cube <int> cube = builder.Create <int>();
cube.Initialize();
Assert.AreEqual("Year", cube.Schema.Dimensions["Year"].Name);
Assert.AreEqual(ItemType.Dimension, cube.Schema.Dimensions["Year"].ItemType);
Assert.Greater(cube.Schema.Dimensions["Year"].ID, 1);
}
public void Given_Two_Cubes_Overlapped_With_Similar_Edge_Side_Should_Collide()
{
var cubeA = CubeBuilder.Create().CenteredAt(2, 2, 2).WithEdgeLength(2).Build();
var cubeB = CubeBuilder.Create().CenteredAt(3, 2, 2).WithEdgeLength(2).Build();
_service.AreEdgesColliding(cubeA.Width, cubeB.Width).Should().BeTrue();
_service.AreEdgesColliding(cubeA.Height, cubeB.Height).Should().BeTrue();
_service.AreEdgesColliding(cubeA.Height, cubeB.Depth).Should().BeTrue();
}
private void InitializeBuilders()
{
platformBuilder = new PlatformBuilder(platformParent, platformsStats.Platform, platformsStats.Corner, platformsStats.Finish,
platformsStats.LengthOfPlatform, platformsStats.WidthOfPlatform);
coinBuilder = new CoinBuilder(coinsParent, coinsStats.CoinsPrefab, maxLengthAmountCoins,
maxWidthAmountCoins, coinsStats.CoinsSide, PositionToSpawn.AfterObstacles);
obstacleBuilder = new ObstacleBuilder(obstaclesParent, obstaclesStats.ObstaclesPrefab, obstaclesStats.SideOfObstacles);
cubeBuilder = new CubeBuilder(cubesParent, cubesStats.CubesPrefab, cubesStats.SideCubes, PositionToSpawn.BeforeObstacles);
}
internal static CubeConfig GetConfig()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("New_Cube")
.Storage(store => { store.SetStoreType(StorageType.Molap); });
return(builder.CreateConfig());
}
public void SetNameConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello");
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("hello", cube.Name);
}
[InlineData(1, 1, 0)] // center
public void AddThreeCornerPiece_ThrowsArgumentException_WhenCoordinateIsInvalid(int x, int y, int z)
{
// Arrange
var builder = CubeBuilder.CreateEmpty();
var coordinate = new CubeCoordinates(x, y, z);
// Act & Assert
Assert.Throws <ArgumentException>(
() => builder.AddPiece(coordinate, Pieces.RedBlueWhite));
}
public void SetSourceConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"));
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("xpto", cube.Source);
}
void Awake()
{
_mapSettings = FindObjectOfType <MapSettings> ();
_GridManager = FindObjectOfType <GridManager> ();
_TerrainDataSimple_Builder = FindObjectOfType <TerrainDataSimple_Builder> ();
_TerrainDataFull_Builder = FindObjectOfType <TerrainDataFull_Builder> ();
_TerrainCubes_Builder = FindObjectOfType <TerrainCubes_Builder> ();
_CubeBuilder = FindObjectOfType <CubeBuilder> ();
_CubeSocial = FindObjectOfType <CubeSocial> ();
}
////////////////////////////////////////////////
////////////////////////////////////////////////
void Awake()
{
if (_instance != null && _instance != this)
{
Destroy(gameObject);
}
else
{
_instance = this;
}
}
internal BlenderAxis(Game game, EditorCamera camera) : base(game)
{
this.camera = camera;
float size = 0.3f;
float distance = 0.5f;
cubes.Add(CubeBuilder.MakeBasicCube(game.GraphicsDevice, Vector3.Zero, Vector3.UnitX * size, -Vector3.UnitY * size, Vector3.UnitZ * size), Color.White);
cubes.Add(CubeBuilder.MakeBasicCube(game.GraphicsDevice, Vector3.UnitX * distance, Vector3.UnitX * size, -Vector3.UnitY * size, Vector3.UnitZ * size), Color.Red);
cubes.Add(CubeBuilder.MakeBasicCube(game.GraphicsDevice, Vector3.UnitY * distance, Vector3.UnitX * size, -Vector3.UnitY * size, Vector3.UnitZ * size), Color.Green);
cubes.Add(CubeBuilder.MakeBasicCube(game.GraphicsDevice, Vector3.UnitZ * distance, Vector3.UnitX * size, -Vector3.UnitY * size, Vector3.UnitZ * size), Color.Blue);
}
public static Model3DGroup CreateSelection()
{
var cubeBuilder = new CubeBuilder(MovementConstants.ScaleFactor + 0.01D);
var cube = cubeBuilder.Create(System.Windows.Media.Colors.Red, 0, 0, 0);
var group = new Model3DGroup();
@group.Children.Add(cube);
return(@group);
}
public void GetFirstCubeMatrixPosition_withCorrectOriginpoint_should_return_true()
{
//Arrange
var cube = new CubeBuilder().WithSize(4).WithCenterX(4).WithCenterY(4).WithCenterZ(4).Build();
var point = new PointBuilder().WithX(2).WithY(2).WithZ(2).Build();
//Act
var result = cubeManager.GetFirstCubeMatrixPosition(cube);
//Assert
Assert.IsTrue(ComparePoints(result, point));
}
public void HasCollision_collideWithOtherCube_should_return_true()
{
//Arrange
var cube1 = new CubeBuilder().WithSize(4).WithCenterX(4).WithCenterY(4).WithCenterZ(4).Build();
var cube2 = new CubeBuilder().WithSize(4).WithCenterX(6).WithCenterY(6).WithCenterZ(4).Build();
//Act
var result = cubeManager.HasCollision(cube1, cube2);
//Assert
Assert.IsTrue(result);
}
public void HasCollision_notCollideWithOtherCube_should_return_false()
{
//Arrange
var cube1 = new CubeBuilder().WithSize(2).WithCenterX(2).WithCenterY(2).WithCenterZ(2).Build();
var cube2 = new CubeBuilder().WithSize(3).WithCenterX(5).WithCenterY(4).WithCenterZ(4).Build();
//ACT
var result = cubeManager.HasCollision(cube1, cube2);
//Assert
Assert.IsFalse(result);
}
public void MolapAddDimensionInit_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("sales"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("sales")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//table.csv")
.SetHasHeader();
})
.AddField("category", 0, typeof(int))
.AddField("sex", 1, typeof(int))
.AddField("place", 2, typeof(int))
.AddField("expenses", 3, typeof(double))
.AddField("items", 4, typeof(int));
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("categories")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//dimension1.csv")
.SetHasHeader();
});
})
.MetaData(mbuild =>
{
mbuild.AddDimension("category", (dimbuild) =>
{
dimbuild.Source("categories")
.ValueField("id")
.DescField("description");
});
});
Cube <int> cube = builder.Create <int>();
cube.Initialize();
Assert.AreEqual("category", cube.Schema.Dimensions["category"].Name);
Assert.AreEqual("categories", cube.Schema.Dimensions["category"].DataSource.Name);
Assert.AreEqual(ItemType.Dimension, cube.Schema.Dimensions["category"].ItemType);
Assert.Greater(cube.Schema.Dimensions["category"].ID, 0);
}
public void GetIntersectionVolume_withCorrectResult_should_return_true()
{
//Arrange
var cube1 = new CubeBuilder().WithSize(4).WithCenterX(4).WithCenterY(4).WithCenterZ(4).Build();
var cube2 = new CubeBuilder().WithSize(4).WithCenterX(6).WithCenterY(6).WithCenterZ(4).Build();
float expectedResult = 16;
//Act
var result = cubeManager.GetIntersectionVolume(cube1, cube2);
//Assert
Assert.AreEqual(result, expectedResult);
}
public void AddTwoCornerPiece_AddsThePieceToTheRightPlace()
{
// Arrange
var builder = CubeBuilder.CreateEmpty();
var coordinate = new CubeCoordinates(1, 2, 0);
// Act
builder.AddPiece(coordinate, Pieces.RedWhite);
// Assert
Assert.Equal(27 - 1 - 6 - 1, builder.EmptyPieceSpaces);
Assert.Equal(Pieces.RedWhite, builder.GetPiece((1, 2, 0)));
}
public void AddThreeCornerPiece_AddsThePieceToTheRightPlace()
{
// Arrange
var builder = CubeBuilder.CreateEmpty();
var coordinate = new CubeCoordinates(0, 0, 0);
// Act
builder.AddPiece(coordinate, Pieces.RedBlueWhite, Orientation.RedOrange, Orientation.GreenBlue, Orientation.YellowWhite);
// Assert
Assert.Equal(27 - 1 - 6 - 1, builder.EmptyPieceSpaces);
Assert.Equal(Pieces.RedBlueWhite, builder.GetPiece((0, 0, 0)));
}
// GET: Home
public ActionResult Index()
{
var firstRequest = repository.GetResultForFirstYear();
var secondRequest = repository.GetResultForYear(2012);
var thirdRequest = repository.GetInternetSalesAmount();
var fourthRequest = repository.TestExecuteReader();
var fifthRequest = repository.TestExecuteXmlReader();
var dmvQuery = repository.TestDmv();
var viewModel = CubeBuilder.BuildViewModel(thirdRequest);
return(View(viewModel));
}
public void MolapAddMeasureInit_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xpto")
.SetSourceType(DataSourceType.CSV)
.AddField("x", 0, typeof(int))
.AddField("varx1", 2, typeof(int))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xpto.csv");
});
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xtable")
.SetSourceType(DataSourceType.CSV)
.AddField("xkey", 0, typeof(int))
.AddField("xdesc", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xtable.csv");
});
})
.MetaData(mbuild =>
{
mbuild.AddDimension("x", (dimbuild) =>
{
dimbuild.Source("xtable")
.ValueField("xkey")
.DescField("xdesc");
})
.AddMeasure("var1", mesbuild =>
{
mesbuild.ValueField("varx1")
.SetType(typeof(int));
});
});
Cube <int> cube = builder.Create <int>();
cube.Initialize();
Assert.AreEqual("var1", cube.Schema.Measures["var1"].Name);
Assert.AreEqual(ItemType.Measure, cube.Schema.Measures["var1"].ItemType);
Assert.AreEqual(typeof(int), cube.Schema.Measures["var1"].DataType);
}
static void CreateCube () {
//
BrushBuilder builder = new CubeBuilder();
builder.Build();
}