EqualityPolicy

Type Members

1. final class ASubtypeOfBEqualityConstraint[A, B] extends EqualityConstraint[A, B] with NativeSupport

   

   An implementation of Constraint for two types A and B that requires an Equality[B] and a conversion function from A to B.

   An implementation of Constraint for two types A and B that requires an Equality[B] and a conversion function from A to B.

2. final class AToBEnabledEqualityConstraint[A, B] extends EqualityConstraint[A, B]

   

3. final class AToBEquivalenceConstraint[A, B] extends Constraint[A, B]

   

   An implementation of Constraint for two types A and B that requires an Equality[B] and a conversion function from A to B.

   An implementation of Constraint for two types A and B that requires an Equality[B] and a conversion function from A to B.

4. final class BSubtypeOfAEqualityConstraint[A, B] extends EqualityConstraint[A, B] with NativeSupport

   

   An implementation of Constraint for two types A and B that requires an Equality[A] and a conversion function from B to A.

   An implementation of Constraint for two types A and B that requires an Equality[A] and a conversion function from B to A.

5. final class BToAEnabledEqualityConstraint[A, B] extends EqualityConstraint[A, B]

   

6. final class BToAEquivalenceConstraint[A, B] extends Constraint[A, B]

   

   An implementation of Constraint for two types A and B that requires an Equality[A] and a conversion function from B to A.

   An implementation of Constraint for two types A and B that requires an Equality[A] and a conversion function from B to A.

7. final class BasicConstraint[A, B] extends Constraint[A, B]

   

   An implementation of Constraint for two types A and B that requires an Equality[A] to which its areEqual method can delegate an equality comparison.

   An implementation of Constraint for two types A and B that requires an Equality[A] to which its areEqual method can delegate an equality comparison.

8. final class BasicEqualityConstraint[A, B] extends EqualityConstraint[A, B] with NativeSupport

   

   An implementation of Constraint for two types A and B that requires an Equality[A] to which its areEqual method can delegate an equality comparison.

   An implementation of Constraint for two types A and B that requires an Equality[A] to which its areEqual method can delegate an equality comparison.

9. final class EnabledEqualityConstraint[A] extends EqualityConstraint[A, A] with NativeSupport

   

10. final case class Spread[T](pivot: T, tolerance: T)(implicit evidence$1: Numeric[T]) extends Product with Serializable

    

    Class representing an spread (i.e., range) between two numbers.

    Class representing an spread (i.e., range) between two numbers.

    The spread is expressed in terms of a Numeric pivot and tolerance. The spread extends from pivot - tolerance to pivot + tolerance, inclusive.

    pivot

    the pivot number at the center of the spread

    tolerance

    the tolerance that determines the high and low point of the spread

11. final case class TripleEqualsInvocation[T](right: T, expectingEqual: Boolean) extends Product with Serializable

    

    Facilitates the “should ===” and “should !==” syntax of ScalaTest's matchers DSL.

    Facilitates the “should ===” and “should !==” syntax of ScalaTest's matchers DSL.

    Instances of this class are created and returned by the === and !== methods of trait EqualityPolicy.

    right

    the right-hand side value for an equality assertion

    expectingEqual

    true if the result of a === invocation; false if the result of a !== invocation.

12. final case class TripleEqualsInvocationOnSpread[T](spread: Spread[T], expectingEqual: Boolean) extends Product with Serializable

    

    Facilitates the “should === (x += y)” and “should !== (x += y)” syntax of ScalaTest's matchers DSL.

    Facilitates the “should === (x += y)” and “should !== (x += y)” syntax of ScalaTest's matchers DSL.

    Instances of this class are created and returned by the === and !== methods of trait EqualityPolicy.

    spread

    the Spread[T] against which to compare the left-hand value

    expectingEqual

    true if the result of a === invocation; false if the result of a !== invocation.