public void TestComponents()
{
SODesignAlternative alternative = new SODesignAlternative("default");
// Components should not be null
Assert.NotNull(alternative.Components);
// Components should be empty on the start
Assert.IsEmpty(alternative.Components);
// Add a component
SOComponent component = new SOComponent("default");
alternative.AddComponent(component);
// Components should no longer be empty
Assert.IsNotEmpty(alternative.Components);
Assert.AreEqual(1, alternative.Components.Length);
// Component should match
Assert.AreEqual(component, alternative.Components[0]);
// Clear the components
alternative.ClearComponents();
// Components should be empty on the start
Assert.IsEmpty(alternative.Components);
}
/// <summary>
/// Adds an alternative to the design
/// </summary>
/// <param name="alternative">Alternative to add</param>
public void AddAlternative(SODesignAlternative alternative)
{
if (this.m_Alternatives == null)
{
this.ReInit();
}
this.m_Alternatives.Add(alternative);
this.m_CurrentIndex = this.m_Alternatives.Count - 1;
}
public void TestAddAlternative()
{
SODesign design = new SODesign("test_design");
// design should not be null
Assert.NotNull(design);
// first design alternative should be the default one
Assert.IsNotEmpty(design.Alternatives);
Assert.AreEqual(1, design.Alternatives.Length);
Assert.AreEqual(SODesign.DEFAULT_ALTERNATIVE_NAME, design.Alternatives[0].Name);
// add an alternative
SODesignAlternative alternative = new SODesignAlternative("alternative_0001");
design.AddAlternative(alternative);
// second design alternative should now exist
Assert.AreEqual(2, design.Alternatives.Length);
Assert.AreEqual("alternative_0001", design.Alternatives[1].Name);
}
public void TestCurrentAlternative()
{
SODesign design = new SODesign("test_design");
// design should not be null
Assert.NotNull(design);
// current alternative should be the first alternative
Assert.AreEqual(1, design.Alternatives.Length);
Assert.NotNull(design.CurrentAlternative);
Assert.AreEqual(SODesign.DEFAULT_ALTERNATIVE_NAME, design.CurrentAlternative.Name);
SODesignAlternative alternative = new SODesignAlternative("alternative_0001");
design.AddAlternative(alternative);
// current alternative should be the second alternative
Assert.AreEqual(2, design.Alternatives.Length);
Assert.NotNull(design.CurrentAlternative);
Assert.AreEqual("alternative_0001", design.CurrentAlternative.Name);
}
public void TestFlattenedComponents()
{
SODesignAlternative alternative = new SODesignAlternative("default");
// Components should not be null
Assert.NotNull(alternative.Components);
// Components should be empty on the start
Assert.IsEmpty(alternative.Components);
// Add a component
SOComponent component1 = new SOComponent("0001");
SOComponent component2 = new SOComponent("0002");
SOComponent component3 = new SOComponent("0003");
SOComponent component4 = new SOComponent("0004");
SOComponent component5 = new SOComponent("0005");
alternative.AddComponent(component1);
component1.AddSubComponent(component2);
component2.AddSubComponent(component3);
component1.AddSubComponent(component4);
alternative.AddComponent(component5);
// FlattenedComponents should contain a list of 5 components now
Assert.IsNotEmpty(alternative.FlattenedComponents);
Assert.AreEqual(5, alternative.FlattenedComponents.Length);
}
/// <summary>
/// Adds an alternative to the design
/// </summary>
/// <param name="alternative">Alternative to add</param>
public void AddAlternative(SODesignAlternative alternative)
{
if (this.m_Alternatives == null) { this.ReInit(); }
this.m_Alternatives.Add(alternative);
this.m_CurrentIndex = this.m_Alternatives.Count - 1;
}
