public void InitializeCommand_Negative_Test(ICommand command, CommandSchema commandSchema, CommandInput commandInput)
{
// Arrange
var initializer = new CommandInitializer();
// Act & Assert
initializer.Invoking(i => i.InitializeCommand(command, commandSchema, commandInput))
.Should().ThrowExactly <CliFxException>();
}
public void InitializeCommand_Test(ICommand command, CommandSchema commandSchema, CommandInput commandInput,
ICommand expectedCommand)
{
// Arrange
var initializer = new CommandInitializer();
// Act
initializer.InitializeCommand(command, commandSchema, commandInput);
// Assert
command.Should().BeEquivalentTo(expectedCommand, o => o.RespectingRuntimeTypes());
}
public static void AddCommand <T, TCommand>(this ArgsMapper <T> mapper,
Expression <Func <T, TCommand> > propertySelector, string name,
Action <ArgsCommandSettings <TCommand> > commandSettings)
where T : class
where TCommand : class
{
var command = CommandInitializer.Initialize(mapper,
propertySelector, name, commandSettings);
mapper.CommandValidationService.Validate(mapper, command);
mapper.Commands.Add(command);
}
public TriangulationViewModel(Canvas canvas, IService <Region> regionService, IController controller)
{
this.canvas = canvas;
this.regionService = regionService;
this.controller = controller;
region = this.regionService.Initialize();
algorithm = new DelaunayAlgorithm();
linesOnCanvas = new ConcurrentDictionary <Edge, Line>();
verticesOnCanvas = new ConcurrentDictionary <Vertex, Tuple <Ellipse, TextBlock> >();
canvasHelper = new CanvasHelper(this.canvas, CurrentZoom, verticesOnCanvas, linesOnCanvas);
initializer = new CommandInitializer(this);
//this.Initialize();
initializer.Initialize();
NumberOfPoints = 3;
}