Interface ISetComparable<T>
- Namespace
- PAC.Interfaces
Defines how to determine whether two sets are equal / one is a subset of the other.
public interface ISetComparable<T>Type Parameters
TThe type to define set comparison against.
- Extension Methods
Remarks
If T1 implements ISetComparable<T2> and T2 implements ISetComparable<T1>, it is up to implementers to ensure the logical symmetries of the methods.
See the documentation of each method for more detail on these symmetries.
Methods
IsSubsetOf(T)
Whether this as a set is a subset of other as a set.
bool IsSubsetOf(T other)Parameters
otherT
Returns
Remarks
Recall that 'this is subset of other' means that every element of this is an element of other, ignoring order
and duplicate elements.
If T1 implements ISetComparable<T2> and T2 implements ISetComparable<T1>, then T1.IsSubsetOf(T2) should be logically equivalent to
T2.IsSupersetOf(T1).
- See Also
IsSupersetOf(T)
Whether this as a set is a superset of other as a set.
bool IsSupersetOf(T other)Parameters
otherT
Returns
Remarks
Recall that 'this is superset of other' means that every element of other is an element of this, ignoring order
and duplicate elements.
If T1 implements ISetComparable<T2> and T2 implements ISetComparable<T1>, then T1.IsSupersetOf(T2) should be logically equivalent to
T2.IsSubsetOf(T1).
- See Also
SetEquals(T)
Whether this as a set is equal to other as a set.
bool SetEquals(T other)Parameters
otherT
Returns
Remarks
Recall that set equality means they have precisely the same elements, ignoring order and duplicate elements.
If T1 implements ISetComparable<T2> and T2 implements ISetComparable<T1>, then T1.SetEquals(T2) should be logically equivalent to
T2.SetEquals(T1).