public void SelectAReferenceType()
{
var values = new TestReferenceType[] { new TestReferenceType(), new TestReferenceType(), new TestReferenceType() };
var actual = values.GetRandom();
Assert.IsType <TestReferenceType>(actual);
}
public void ReferenceTypesCanBeCloned()
{
var original = new TestReferenceType {TestField = 123, TestProperty = 456};
TestReferenceType clone = this.cloneFactory.DeepFieldClone(original);
Assert.AreNotSame(original, clone);
Assert.AreEqual(original.TestField, clone.TestField);
Assert.AreEqual(original.TestProperty, clone.TestProperty);
}
/// <summary>
/// Замена конструктора, процедура инициализации объекта
/// </summary>
public PoolSupportedObjectWithFields Init()
{
_valueField = ValueFieldProtected = ValueFieldWrongAndPublic = 5;
_testReferenceType = new TestReferenceType();
TestReferenceTypeProtected = new TestReferenceType();
TestReferenceTypeWrongAndPublic = new TestReferenceType();
return(this);
}
public void ReferenceTypesCanBeCloned()
{
var original = new TestReferenceType {
TestField = 123, TestProperty = 456
};
TestReferenceType clone = this.cloneFactory.DeepFieldClone(original);
Assert.AreNotSame(original, clone);
Assert.AreEqual(original.TestField, clone.TestField);
Assert.AreEqual(original.TestProperty, clone.TestProperty);
}
public void ShallowClonesOfArraysCanBeMade()
{
var original = new TestReferenceType[] {
new TestReferenceType()
{
TestField = 123, TestProperty = 456
}
};
TestReferenceType[] clone = this.cloneFactory.ShallowFieldClone(original);
Assert.AreSame(original[0], clone[0]);
}
public void TopologicalSortEdges_SimpleDependancyChainWithDuplicateItems_ThrowsArgumentException()
{
List <TestReferenceType> items =
Enumerable.Range(1, Random.Next(10, 100)).Select(n => new TestReferenceType()).ToList();
// Edges are such that each entry is dependent on the entry next in the list
List <KeyValuePair <TestReferenceType, TestReferenceType> > edges =
items.Skip(1)
.Zip(items, (a, b) => new KeyValuePair <TestReferenceType, TestReferenceType>(a, b))
.ToList();
// Introduce duplicate item
items.Add(items[Random.Next(0, items.Count)]);
IEnumerable <TestReferenceType> result = items.TopologicalSortEdges(edges);
TestReferenceType firstStep = result.First();
}
public void TopologicalSortEdges_SimpleLoopingDependancyChain_ThrowsAInvalidOperationExceptionOnFirstStep()
{
IEnumerable <TestReferenceType> enumerable =
Enumerable.Range(1, Random.Next(10, 100)).Select(n => new TestReferenceType()).ToList();
// Edges are such that each entry is dependent on the entry next in the list
List <KeyValuePair <TestReferenceType, TestReferenceType> > edges =
enumerable.Skip(1).Zip(
enumerable,
(a, b) => new KeyValuePair <TestReferenceType, TestReferenceType>(a, b)).ToList();
// Then add loop by connecting first entry to last
edges.Add(new KeyValuePair <TestReferenceType, TestReferenceType>(enumerable.First(), enumerable.Last()));
IEnumerable <TestReferenceType> result = enumerable.TopologicalSortEdges(edges);
TestReferenceType firstStep = result.First();
}
public void DeepClonesOfArraysCanBeMade()
{
var original = new TestReferenceType[, ] {
{
new TestReferenceType()
{
TestField = 123, TestProperty = 456
}
}
};
TestReferenceType[,] clone = this.cloneFactory.DeepFieldClone(original);
Assert.AreNotSame(original[0, 0], clone[0, 0]);
Assert.AreEqual(original[0, 0].TestField, clone[0, 0].TestField);
Assert.AreEqual(original[0, 0].TestProperty, clone[0, 0].TestProperty);
}
