public void PolymorphicAnnotationsTest()
{
Annotation3 three = new Annotation3();
Annotation3Subtype threeSub = new Annotation3Subtype();
TestAnnotatable annotatable = new TestAnnotatable();
annotatable.SetAnnotation(three);
annotatable.SetAnnotation(threeSub);
// TODO: ckerer: call the combination engine with an annotatable where the entries are reversed!
Annotation3 retrievedThree = annotatable.GetAnnotation <Annotation3>();
this.Assert.AreSame(three, retrievedThree,
"Expected retrieved annotation to be reference equal with originally set one.");
Annotation3Subtype retrievedThreeSub = annotatable.GetAnnotation <Annotation3Subtype>();
this.Assert.AreSame(threeSub, retrievedThreeSub,
"Expected retrieved annotation to be reference equal with originally set one.");
annotatable.SetAnnotation <Annotation3Subtype>(null);
retrievedThreeSub = annotatable.GetAnnotation <Annotation3Subtype>();
this.Assert.IsNull(retrievedThreeSub, "Expected to not find an annotation of type Annotation3Subtype.");
retrievedThree = annotatable.GetAnnotation <Annotation3>();
this.Assert.AreSame(three, retrievedThree,
"Expected retrieved annotation to be reference equal with originally set one.");
annotatable.SetAnnotation <Annotation3>(null);
retrievedThree = annotatable.GetAnnotation <Annotation3>();
this.Assert.IsNull(retrievedThreeSub, "Expected to not find an annotation of type Annotation3Subtype.");
}
public void SingletonAnnotationsTest()
{
TestAnnotatable annotatable = new TestAnnotatable();
Annotation1 one = new Annotation1();
annotatable.SetAnnotation(one);
Annotation1 retrievedOne = annotatable.GetAnnotation <Annotation1>();
this.Assert.AreSame(one, retrievedOne,
"Expected retrieved annotation to be reference equal with set annotation.");
Annotation1 anotherOne = new Annotation1();
annotatable.SetAnnotation <Annotation1>(anotherOne);
retrievedOne = annotatable.GetAnnotation <Annotation1>();
this.Assert.AreSame(anotherOne, retrievedOne,
"Expected retrieved annotation to be reference equal with new annotation replacing original one.");
Annotation2 retrievedTwo = annotatable.GetAnnotation <Annotation2>();
this.Assert.IsNull(retrievedTwo, "Expected to not find an annotation of type Annotation2.");
annotatable.SetAnnotation <Annotation2>(null);
retrievedTwo = annotatable.GetAnnotation <Annotation2>();
this.Assert.IsNull(retrievedTwo, "Expected to not find an annotation of type Annotation2.");
annotatable.SetAnnotation <Annotation1>(null);
retrievedOne = annotatable.GetAnnotation <Annotation1>();
this.Assert.IsNull(retrievedOne, "Expected to not find an annotation of type Annotation1.");
}
public void SingletonAnnotationsTest()
{
TestAnnotatable annotatable = new TestAnnotatable();
Annotation1 one = new Annotation1();
annotatable.SetAnnotation(one);
Annotation1 retrievedOne = annotatable.GetAnnotation<Annotation1>();
this.Assert.AreSame(one, retrievedOne,
"Expected retrieved annotation to be reference equal with set annotation.");
Annotation1 anotherOne = new Annotation1();
annotatable.SetAnnotation<Annotation1>(anotherOne);
retrievedOne = annotatable.GetAnnotation<Annotation1>();
this.Assert.AreSame(anotherOne, retrievedOne,
"Expected retrieved annotation to be reference equal with new annotation replacing original one.");
Annotation2 retrievedTwo = annotatable.GetAnnotation<Annotation2>();
this.Assert.IsNull(retrievedTwo, "Expected to not find an annotation of type Annotation2.");
annotatable.SetAnnotation<Annotation2>(null);
retrievedTwo = annotatable.GetAnnotation<Annotation2>();
this.Assert.IsNull(retrievedTwo, "Expected to not find an annotation of type Annotation2.");
annotatable.SetAnnotation<Annotation1>(null);
retrievedOne = annotatable.GetAnnotation<Annotation1>();
this.Assert.IsNull(retrievedOne, "Expected to not find an annotation of type Annotation1.");
}
public void EmptyAnnotationsTest()
{
TestAnnotatable annotatable = new TestAnnotatable();
Annotation1 retrievedOne = annotatable.GetAnnotation<Annotation1>();
this.Assert.IsNull(retrievedOne, "Expected to not find an annotation of type Annotation1.");
annotatable.SetAnnotation<Annotation1>(null);
retrievedOne = annotatable.GetAnnotation<Annotation1>();
this.Assert.IsNull(retrievedOne, "Expected to not find an annotation of type Annotation1.");
}
public void EmptyAnnotationsTest()
{
TestAnnotatable annotatable = new TestAnnotatable();
Annotation1 retrievedOne = annotatable.GetAnnotation <Annotation1>();
this.Assert.IsNull(retrievedOne, "Expected to not find an annotation of type Annotation1.");
annotatable.SetAnnotation <Annotation1>(null);
retrievedOne = annotatable.GetAnnotation <Annotation1>();
this.Assert.IsNull(retrievedOne, "Expected to not find an annotation of type Annotation1.");
}
public void MultipleAnnotationsTest()
{
// this triggers resizing the array (from 2 to 4 items) and filling it up to the last spot
Annotation1 one = new Annotation1();
Annotation2 two = new Annotation2();
Annotation3 three = new Annotation3();
Annotation4 four = new Annotation4();
TestAnnotatable annotatable = new TestAnnotatable();
annotatable.SetAnnotation(one);
annotatable.SetAnnotation(two);
annotatable.SetAnnotation(three);
annotatable.SetAnnotation(four);
// TODO: ckerer: call the combination engine with an annotatable with 3 and 4 elements here!
Annotation3 retrievedThree = annotatable.GetAnnotation <Annotation3>();
this.Assert.AreSame(three, retrievedThree,
"Expected retrieved annotation to be reference equal with originally set one.");
Annotation4 retrievedFour = annotatable.GetAnnotation <Annotation4>();
this.Assert.AreSame(four, retrievedFour,
"Expected retrieved annotation to be reference equal with originally set one.");
annotatable.SetAnnotation <Annotation3>(null);
retrievedThree = annotatable.GetAnnotation <Annotation3>();
this.Assert.IsNull(retrievedThree, "Expected to not find an annotation of type Annotation3.");
retrievedFour = annotatable.GetAnnotation <Annotation4>();
this.Assert.AreSame(four, retrievedFour,
"Expected retrieved annotation to be reference equal with originally set one.");
annotatable.SetAnnotation <Annotation3>(null);
retrievedThree = annotatable.GetAnnotation <Annotation3>();
this.Assert.IsNull(retrievedThree, "Expected to not find an annotation of type Annotation3.");
annotatable.SetAnnotation <Annotation4>(null);
retrievedFour = annotatable.GetAnnotation <Annotation4>();
this.Assert.IsNull(retrievedFour, "Expected to not find an annotation of type Annotation4.");
}
public void MultipleAnnotationsTest()
{
// this triggers resizing the array (from 2 to 4 items) and filling it up to the last spot
Annotation1 one = new Annotation1();
Annotation2 two = new Annotation2();
Annotation3 three = new Annotation3();
Annotation4 four = new Annotation4();
TestAnnotatable annotatable = new TestAnnotatable();
annotatable.SetAnnotation(one);
annotatable.SetAnnotation(two);
annotatable.SetAnnotation(three);
annotatable.SetAnnotation(four);
// TODO: ckerer: call the combination engine with an annotatable with 3 and 4 elements here!
Annotation3 retrievedThree = annotatable.GetAnnotation<Annotation3>();
this.Assert.AreSame(three, retrievedThree,
"Expected retrieved annotation to be reference equal with originally set one.");
Annotation4 retrievedFour = annotatable.GetAnnotation<Annotation4>();
this.Assert.AreSame(four, retrievedFour,
"Expected retrieved annotation to be reference equal with originally set one.");
annotatable.SetAnnotation<Annotation3>(null);
retrievedThree = annotatable.GetAnnotation<Annotation3>();
this.Assert.IsNull(retrievedThree, "Expected to not find an annotation of type Annotation3.");
retrievedFour = annotatable.GetAnnotation<Annotation4>();
this.Assert.AreSame(four, retrievedFour,
"Expected retrieved annotation to be reference equal with originally set one.");
annotatable.SetAnnotation<Annotation3>(null);
retrievedThree = annotatable.GetAnnotation<Annotation3>();
this.Assert.IsNull(retrievedThree, "Expected to not find an annotation of type Annotation3.");
annotatable.SetAnnotation<Annotation4>(null);
retrievedFour = annotatable.GetAnnotation<Annotation4>();
this.Assert.IsNull(retrievedFour, "Expected to not find an annotation of type Annotation4.");
}
public void PolymorphicAnnotationsTest()
{
Annotation3 three = new Annotation3();
Annotation3Subtype threeSub = new Annotation3Subtype();
TestAnnotatable annotatable = new TestAnnotatable();
annotatable.SetAnnotation(three);
annotatable.SetAnnotation(threeSub);
// TODO: ckerer: call the combination engine with an annotatable where the entries are reversed!
Annotation3 retrievedThree = annotatable.GetAnnotation<Annotation3>();
this.Assert.AreSame(three, retrievedThree,
"Expected retrieved annotation to be reference equal with originally set one.");
Annotation3Subtype retrievedThreeSub = annotatable.GetAnnotation<Annotation3Subtype>();
this.Assert.AreSame(threeSub, retrievedThreeSub,
"Expected retrieved annotation to be reference equal with originally set one.");
annotatable.SetAnnotation<Annotation3Subtype>(null);
retrievedThreeSub = annotatable.GetAnnotation<Annotation3Subtype>();
this.Assert.IsNull(retrievedThreeSub, "Expected to not find an annotation of type Annotation3Subtype.");
retrievedThree = annotatable.GetAnnotation<Annotation3>();
this.Assert.AreSame(three, retrievedThree,
"Expected retrieved annotation to be reference equal with originally set one.");
annotatable.SetAnnotation<Annotation3>(null);
retrievedThree = annotatable.GetAnnotation<Annotation3>();
this.Assert.IsNull(retrievedThreeSub, "Expected to not find an annotation of type Annotation3Subtype.");
}
