public void Should_serialize_and_deserialize_bson() { var sut = ReadonlyList.Create(1, 2, 3); var serialized = sut.SerializeAndDeserializeBson(); Assert.Equal(sut, serialized); }
public void Should_make_correct_equal_comparisons() { var list1a = ReadonlyList.Create(1); var list1b = ReadonlyList.Create(1); var listOtherValue = ReadonlyList.Create(2); var listOtherSize = ReadonlyList.Create(1, 2); Assert.Equal(list1a, list1b); Assert.Equal(list1a.GetHashCode(), list1b.GetHashCode()); Assert.True(list1a.Equals((object)list1b)); Assert.NotEqual(list1a, listOtherValue); Assert.NotEqual(list1a.GetHashCode(), listOtherValue.GetHashCode()); Assert.False(list1a.Equals((object)listOtherValue)); Assert.NotEqual(list1a, listOtherSize); Assert.NotEqual(list1a.GetHashCode(), listOtherSize.GetHashCode()); Assert.False(list1a.Equals((object)listOtherSize)); }
public virtual bool Equals(ReadonlyList <T>?other) { return(this.EqualsList(other)); }
public void Should_return_empty_instance_for_empty_enumerable() { var result = Enumerable.Empty <int>().ToReadonlyList(); Assert.Same(ReadonlyList.Empty <int>(), result); }
public void Should_return_empty_instance_for_null_array() { var result = ReadonlyList.Create((int[]?)null); Assert.Same(ReadonlyList.Empty <int>(), result); }