org.scalautils.TripleEqualsSupport
Determine whether a numeric object is outside the passed Spread, returning a Boolean.
Determine whether a numeric object is outside the passed Spread, returning a Boolean.
the Spread against which to compare the value passed to the constructor as leftSide
true if the value passed to the constructor as leftSide is not within the Spread passed to this method.
Compare two objects for inequality, returning a Boolean, using the Constraint instance passed as constraint.
Compare two objects for inequality, returning a Boolean, using the Constraint instance passed as constraint.
the object to compare for inequality with leftSide, passed to the constructor
an implicit Constraint instance that enforces a relationship between types L and R and
defines a way of calculating equality for objects of type L
true if the leftSide and rightSide objects are not equal according to the passed Constraint instance.
Determine whether a numeric object is within the passed Spread, returning a Boolean.
Determine whether a numeric object is within the passed Spread, returning a Boolean.
the Spread against which to compare the value passed to the constructor as leftSide
true if the value passed to the constructor as leftSide is not within the Spread passed to this method.
Compare two objects for equality, returning a Boolean, using the Constraint instance passed as constraint.
Compare two objects for equality, returning a Boolean, using the Constraint instance passed as constraint.
the object to compare for equality with leftSide, passed to the constructor
an implicit Constraint instance that enforces a relationship between types L and R and
defines a way of calculating equality for objects of type L
true if the leftSide and rightSide objects are equal according to the passed Constraint instance.
An object to convert to Equalizer, which represents the value
on the left side of a === or !== invocation.
Class used via an implicit conversion to enable two objects to be compared with
===and!==with aBooleanresult and an enforced type constraint between two object types. For example:You can also check numeric values against another with a tolerance. Here are some examples: