False defines the behavior of its single instance, false -- logical negation. Notice how the truth-value checks become direct message sends, without the need for explicit testing.

Be aware however that most of these methods are not sent as real messages in normal use. Most are inline coded by the compiler as test and jump bytecodes - avoiding the overhead of the full message sends. So simply redefining these methods here will have no effect.

	logical operations
	& not |

	printing
	printOn:

	controlling	top
	and: Nonevaluating conjunction -- answer with false since the receiver is false.
	ifFalse: Answer the value of alternativeBlock. Execution does not actually reach here because the expression is compiled in-line.
	ifFalse:ifTrue: Answer the value of falseAlternativeBlock. Execution does not actually reach here because the expression is compiled in-line.
	ifTrue: Since the condition is false, answer the value of the false alternative, which is nil. Execution does not actually reach here because the expression is compiled in-line.
	ifTrue:ifFalse: Answer the value of falseAlternativeBlock. Execution does not actually reach here because the expression is compiled in-line.
	or: Nonevaluating disjunction -- answer value of alternativeBlock.

	logical operations	top
	& Evaluating conjunction -- answer false since receiver is false.
	not Negation -- answer true since the receiver is false.
	| Evaluating disjunction (OR) -- answer with the argument, aBoolean.

	printing	top
	printOn: Append to the argument, aStream, a sequence of characters that identifies the receiver.

	as yet unclassified	top
	initializedInstance Answer an instance of the receiver which in some sense is initialized. In the case of Morphs, this will yield an instance that can be attached to the Hand after having received the same kind of basic initialization that would be obtained from an instance chosen from the 'new morph' menu. Return nil if the receiver is reluctant for some reason to return such a thing