A type representing well-known equality comparison strategies for item comparison.
It can be one of the following string literals:
"loose": Uses loose equality (==) for comparison. Double equals (==)
will perform a type conversion when comparing two things, and will handle
NaN, -0, and +0 specially to conform to IEEE 754 (so NaN != NaN, and -0 == +0)
"strict": Uses strict equality (===) for comparison. Triple equals (===)
will do the same comparison as double equals (including the special handling
for NaN, -0, and +0) but without type conversion; if the types differ, false
is returned.
"sameValue": Uses Object.is() for comparison. Object.is() does no type
conversion and no special handling for NaN, -0, and +0 (giving it the same
behavior as === except on those special numeric values).
"sameValueZero": Uses Object.is() but +0 and -0 are considered equal.
A type representing well-known equality comparison strategies for item comparison.
It can be one of the following string literals:
"loose": Uses loose equality (==) for comparison. Double equals (==) will perform a type conversion when comparing two things, and will handle NaN, -0, and +0 specially to conform to IEEE 754 (so NaN != NaN, and -0 == +0)"strict": Uses strict equality (===) for comparison. Triple equals (===) will do the same comparison as double equals (including the special handling for NaN, -0, and +0) but without type conversion; if the types differ, false is returned."sameValue": UsesObject.is()for comparison. Object.is() does no type conversion and no special handling for NaN, -0, and +0 (giving it the same behavior as === except on those special numeric values)."sameValueZero": UsesObject.is()but +0 and -0 are considered equal.