Uses of Class
dk.rode.thesis.interpreter.AbstractExpression

Packages that use AbstractExpression

dk.rode.thesis.builder	Implementations and examples of the Builder design pattern [Gamma95, p.97].
dk.rode.thesis.interpreter	Implementations and examples of the Interpreter design pattern [Gamma95, p.243].

Uses of AbstractExpression in dk.rode.thesis.builder

Subclasses of AbstractExpression in dk.rode.thesis.builder

class

TypedFlowExpression<E> A typed flow expression represents one or more expressions to be evaluated in order, one at a time, where the type of value the evaluation of the expressions produces associated with it at runtime.

Uses of AbstractExpression in dk.rode.thesis.interpreter

Subclasses of AbstractExpression in dk.rode.thesis.interpreter

class	AndExpression A logical and expression for two expressions evaluating to a Boolean value.
class	AssignmentExpression<E> An assignment expression assigns the result of the evaluation of an expression to a variable.
class	BinaryExpression<T,E> A binary expression represents any expression that involves (at least) two sub-expressions as operands.
class	BreakExpression<E> A break expression allows the interpretation of a given expression syntax-tree to break at the point of the break expression, and possibly continue the interpretation starting from a specified target expression.
class	CompareExpression<E extends Comparable<? super E>> A compare expression can compare two expressions evaluating to the same Comparable type as smaller than, smaller than or equal, equal, not equal, greater than, or equal or greater than.
class	ConditionalExpression<E> A conditional expression represents an if-then-else expression.
class	CurrentExpression<E> A current expression will invoke current() on a given sequence when evaluated.
class	EqualExpression An equal expression can determine if the result of evaluating two expressions is equal or not, regardless of types.
class	FlowExpression<E> A flow expression represents one or more expressions to be evaluated in order, one at a time.
class	NextExpression<E> A next expression will invoke next() a number of times on a given sequence when evaluated.
class	NotExpression A not expression (!)
class	OrExpression A logical or expression for two expressions evaluating to a Boolean value.
class	ResetExpression<E> A reset expression will invoke reset() on a given sequence when evaluated.
class	ReverseExpression<E> A reverse expression will invoke reverse() on a given reversible sequence when evaluated, if so specified and only if possible.
class	SequenceExpression<T,E> A sequence expression represents a terminal expression used to manipulate a given sequence.
class	SetExpression<E extends Comparable<? super E>> A set expression will fast-forward the value of a given bounded sequence to match a specific value, if possible.