public void Add_Concurrent_AddsOnlyOneElement(TestType value)
{
var pSet = new P_OptimizedSet <TestType>();
pSet = pSet.Add(value);
pSet = pSet.Add(value);
Assert.Equal(1, pSet.Elements.Count(v => Equals(v.Value, value)));
}
public void Lookup_ReAdded_ReturnsFalse(TestType value)
{
var pSet = new P_OptimizedSet <TestType>();
pSet = pSet.Add(value);
pSet = pSet.Remove(value);
pSet = pSet.Add(value);
var lookup = pSet.Lookup(value);
Assert.False(lookup);
}
public void Lookup_AddedAndNotRemoved_ReturnsTrue(TestType value)
{
var pSet = new P_OptimizedSet <TestType>();
pSet = pSet.Add(value);
var lookup = pSet.Lookup(value);
Assert.True(lookup);
}
public void Add_AddsElementToAddsSet(TestType value)
{
var pSet = new P_OptimizedSet <TestType>();
pSet = pSet.Add(value);
var expectedElement = new P_OptimizedSetElement <TestType>(value, false);
Assert.Contains(expectedElement, pSet.Elements);
}
public void Remove_AddsRemovedFlagToElement(TestType value)
{
var pSet = new P_OptimizedSet <TestType>();
pSet = pSet.Add(value);
pSet = pSet.Remove(value);
var expectedElement = new P_OptimizedSetElement <TestType>(value, true);
var notExpectedElement = new P_OptimizedSetElement <TestType>(value, false);
Assert.Contains(expectedElement, pSet.Elements);
Assert.DoesNotContain(notExpectedElement, pSet.Elements);
}