/// <summary>
/// Creates the appropriate initial graph for a
/// <see cref="NodeComposer{T}" />.
/// </summary>
/// <typeparam name="T">The type of specimen to compose.</typeparam>
/// <returns>
/// A new <see cref="NodeComposer{T}" /> instance with an appropriate
/// initial underlying graph.
/// </returns>
public static NodeComposer <T> CreateComposer <T>()
{
return(new NodeComposer <T>(
SpecimenBuilderNodeFactory.CreateTypedNode(
typeof(T),
new MethodInvoker(
new ModestConstructorQuery()))));
}
public void AUT_SpecimenBuilderNodeFactory_CreateTypedNode_Static_Method_DirectCall_No_Exception_Thrown_Test()
{
// Arrange
this.ValidateExecuteCondition(MethodCreateTypedNode);
var targetType = this.CreateType <Type>();
var factory = this.CreateType <ISpecimenBuilder>();
// Act
Action executeAction = () => SpecimenBuilderNodeFactory.CreateTypedNode(targetType, factory);
// Assert
Should.NotThrow(executeAction);
}
public void AUT_SpecimenBuilderNodeFactory_CreateTypedNode_Static_Method_DirectCall_Result_ShouldNotBe_Null_Test()
{
// Arrange
this.ValidateExecuteCondition(MethodCreateTypedNode);
var targetType = this.CreateType <Type>();
var factory = this.CreateType <ISpecimenBuilder>();
var returnedValue = default(FilteringSpecimenBuilder);
// Act
Action executeAction = () => returnedValue = SpecimenBuilderNodeFactory.CreateTypedNode(targetType, factory);
ActionAnalyzer.DoesActionThrowException(executeAction);
// Assert
returnedValue.ShouldNotBeNull();
}